Apex Dynamics MGOHK Right-Angle Extra High Torque Gearboxes (115-320)

The APEX Dynamics MGOHK series pairs a hypoid right-angle input stage with the extra-high-torque MGOH planetary output (standard flange), for compact heavy-duty axis drives.

Key features

Right-angle hypoid input, 2 to 4 stages, ratios i=4 to 5,500
Extra high torque: up to 5,905 Nm nominal output torque (frame 320)
Backlash <=4 arcmin; torsional rigidity 27 to 1,275 Nm/arcmin
Four application directions A/B/C/D (6, 9, 12, 3 o'clock)
Standard output flange with enhanced axial and radial load capacity
IP67 protection, lubricated for life, any mounting position

Specifications

Frame sizes	115, 140, 170, 240, 285, 320 (115: 2-stage only)
Ratios	2-stage i=4-55; 3-stage i=64-385; 4-stage i=400-5,500
Output	standard flange
Backlash	<=4 arcmin
Emergency stop torque T2NOT	2x nominal output torque T2N
Max. axial load F2a	2,900 / 4,070 / 13,700 / 29,000 / 40,000 / 46,000 N
Efficiency	>=95% to >=90% depending on stages
Operating temperature	-10 to +90 C
Protection	IP67
Lubrication	Lubricant, all mounting positions
Ordering	Code + "/" motor make and model (e.g. MGOHK115-016-A / MOTOR); anti-rust cover optional
Source	APEX Dynamics MGOH/MGOHK catalog, p. 19-35

MGOHK115-004-A		Frame: 115 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 75 Nm
MGOHK115-004-B		Frame: 115 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 75 Nm
MGOHK115-004-C		Frame: 115 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 75 Nm
MGOHK115-004-D		Frame: 115 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 75 Nm
MGOHK115-005.5-A		Frame: 115 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 105 Nm
MGOHK115-005.5-B		Frame: 115 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 105 Nm
MGOHK115-005.5-C		Frame: 115 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 105 Nm
MGOHK115-005.5-D		Frame: 115 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 105 Nm
MGOHK115-008-A		Frame: 115 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 150 Nm
MGOHK115-008-B		Frame: 115 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 150 Nm
MGOHK115-008-C		Frame: 115 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 150 Nm
MGOHK115-008-D		Frame: 115 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 150 Nm
MGOHK115-011-A		Frame: 115 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 210 Nm
MGOHK115-011-B		Frame: 115 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 210 Nm
MGOHK115-011-C		Frame: 115 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 210 Nm
MGOHK115-011-D		Frame: 115 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 210 Nm
MGOHK115-016-A		Frame: 115 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 240 Nm
MGOHK115-016-B		Frame: 115 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 240 Nm
MGOHK115-016-C		Frame: 115 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 240 Nm
MGOHK115-016-D		Frame: 115 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 240 Nm
MGOHK115-020-A		Frame: 115 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 230 Nm
MGOHK115-020-B		Frame: 115 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 230 Nm
MGOHK115-020-C		Frame: 115 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 230 Nm
MGOHK115-020-D		Frame: 115 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 230 Nm
MGOHK115-022-A		Frame: 115 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-022-B		Frame: 115 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-022-C		Frame: 115 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-022-D		Frame: 115 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-027.5-A		Frame: 115 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-027.5-B		Frame: 115 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-027.5-C		Frame: 115 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-027.5-D		Frame: 115 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-028-A		Frame: 115 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 220 Nm
MGOHK115-028-B		Frame: 115 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 220 Nm
MGOHK115-028-C		Frame: 115 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 220 Nm
MGOHK115-028-D		Frame: 115 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 220 Nm
MGOHK115-038.5-A		Frame: 115 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-038.5-B		Frame: 115 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-038.5-C		Frame: 115 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-038.5-D		Frame: 115 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 245 Nm
MGOHK115-040-A		Frame: 115 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 192 Nm
MGOHK115-040-B		Frame: 115 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 192 Nm
MGOHK115-040-C		Frame: 115 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 192 Nm
MGOHK115-040-D		Frame: 115 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 192 Nm
MGOHK115-055-A		Frame: 115 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 250 Nm
MGOHK115-055-B		Frame: 115 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 250 Nm
MGOHK115-055-C		Frame: 115 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 250 Nm
MGOHK115-055-D		Frame: 115 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 250 Nm
MGOHK140-004-A		Frame: 140 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-004-B		Frame: 140 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-004-C		Frame: 140 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-004-D		Frame: 140 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-005.5-A		Frame: 140 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 440 Nm
MGOHK140-005.5-B		Frame: 140 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 440 Nm
MGOHK140-005.5-C		Frame: 140 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 440 Nm
MGOHK140-005.5-D		Frame: 140 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 440 Nm
MGOHK140-008-A		Frame: 140 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 525 Nm
MGOHK140-008-B		Frame: 140 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 525 Nm
MGOHK140-008-C		Frame: 140 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 525 Nm
MGOHK140-008-D		Frame: 140 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 525 Nm
MGOHK140-011-A		Frame: 140 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 455 Nm
MGOHK140-011-B		Frame: 140 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 455 Nm
MGOHK140-011-C		Frame: 140 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 455 Nm
MGOHK140-011-D		Frame: 140 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 455 Nm
MGOHK140-016-A		Frame: 140 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 450 Nm
MGOHK140-016-B		Frame: 140 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 450 Nm
MGOHK140-016-C		Frame: 140 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 450 Nm
MGOHK140-016-D		Frame: 140 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 450 Nm
MGOHK140-020-A		Frame: 140 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 435 Nm
MGOHK140-020-B		Frame: 140 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 435 Nm
MGOHK140-020-C		Frame: 140 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 435 Nm
MGOHK140-020-D		Frame: 140 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 435 Nm
MGOHK140-022-A		Frame: 140 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 465 Nm
MGOHK140-022-B		Frame: 140 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 465 Nm
MGOHK140-022-C		Frame: 140 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 465 Nm
MGOHK140-022-D		Frame: 140 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 465 Nm
MGOHK140-027.5-A		Frame: 140 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 465 Nm
MGOHK140-027.5-B		Frame: 140 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 465 Nm
MGOHK140-027.5-C		Frame: 140 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 465 Nm
MGOHK140-027.5-D		Frame: 140 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 465 Nm
MGOHK140-028-A		Frame: 140 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 415 Nm
MGOHK140-028-B		Frame: 140 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 415 Nm
MGOHK140-028-C		Frame: 140 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 415 Nm
MGOHK140-028-D		Frame: 140 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 415 Nm
MGOHK140-038.5-A		Frame: 140 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 470 Nm
MGOHK140-038.5-B		Frame: 140 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 470 Nm
MGOHK140-038.5-C		Frame: 140 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 470 Nm
MGOHK140-038.5-D		Frame: 140 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 470 Nm
MGOHK140-040-A		Frame: 140 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-040-B		Frame: 140 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-040-C		Frame: 140 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-040-D		Frame: 140 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-055-A		Frame: 140 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 475 Nm
MGOHK140-055-B		Frame: 140 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 475 Nm
MGOHK140-055-C		Frame: 140 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 475 Nm
MGOHK140-055-D		Frame: 140 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 475 Nm
MGOHK140-064-A		Frame: 140 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 380 Nm
MGOHK140-064-B		Frame: 140 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 380 Nm
MGOHK140-064-C		Frame: 140 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 380 Nm
MGOHK140-064-D		Frame: 140 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 380 Nm
MGOHK140-088-A		Frame: 140 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-088-B		Frame: 140 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-088-C		Frame: 140 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-088-D		Frame: 140 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-100-A		Frame: 140 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 370 Nm
MGOHK140-100-B		Frame: 140 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 370 Nm
MGOHK140-100-C		Frame: 140 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 370 Nm
MGOHK140-100-D		Frame: 140 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 370 Nm
MGOHK140-110-A		Frame: 140 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-110-B		Frame: 140 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-110-C		Frame: 140 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-110-D		Frame: 140 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-137.5-A		Frame: 140 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-137.5-B		Frame: 140 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-137.5-C		Frame: 140 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-137.5-D		Frame: 140 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 480 Nm
MGOHK140-140-A		Frame: 140 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 370 Nm
MGOHK140-140-B		Frame: 140 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 370 Nm
MGOHK140-140-C		Frame: 140 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 370 Nm
MGOHK140-140-D		Frame: 140 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 370 Nm
MGOHK140-154-A		Frame: 140 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 485 Nm
MGOHK140-154-B		Frame: 140 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 485 Nm
MGOHK140-154-C		Frame: 140 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 485 Nm
MGOHK140-154-D		Frame: 140 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 485 Nm
MGOHK140-160-A		Frame: 140 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 380 Nm
MGOHK140-160-B		Frame: 140 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 380 Nm
MGOHK140-160-C		Frame: 140 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 380 Nm
MGOHK140-160-D		Frame: 140 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 380 Nm
MGOHK140-200-A		Frame: 140 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 390 Nm
MGOHK140-200-B		Frame: 140 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 390 Nm
MGOHK140-200-C		Frame: 140 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 390 Nm
MGOHK140-200-D		Frame: 140 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 390 Nm
MGOHK140-220-A		Frame: 140 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 490 Nm
MGOHK140-220-B		Frame: 140 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 490 Nm
MGOHK140-220-C		Frame: 140 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 490 Nm
MGOHK140-220-D		Frame: 140 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 490 Nm
MGOHK140-280-A		Frame: 140 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-280-B		Frame: 140 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-280-C		Frame: 140 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-280-D		Frame: 140 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-385-A		Frame: 140 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 495 Nm
MGOHK140-385-B		Frame: 140 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 495 Nm
MGOHK140-385-C		Frame: 140 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 495 Nm
MGOHK140-385-D		Frame: 140 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 495 Nm
MGOHK140-400-A		Frame: 140 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 390 Nm
MGOHK140-400-B		Frame: 140 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 390 Nm
MGOHK140-400-C		Frame: 140 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 390 Nm
MGOHK140-400-D		Frame: 140 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 390 Nm
MGOHK140-440-A		Frame: 140 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 450 Nm
MGOHK140-440-B		Frame: 140 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 450 Nm
MGOHK140-440-C		Frame: 140 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 450 Nm
MGOHK140-440-D		Frame: 140 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 450 Nm
MGOHK140-500-A		Frame: 140 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-500-B		Frame: 140 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-500-C		Frame: 140 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-500-D		Frame: 140 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 400 Nm
MGOHK140-550-A		Frame: 140 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 490 Nm
MGOHK140-550-B		Frame: 140 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 490 Nm
MGOHK140-550-C		Frame: 140 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 490 Nm
MGOHK140-550-D		Frame: 140 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 490 Nm
MGOHK140-700-A		Frame: 140 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 455 Nm
MGOHK140-700-B		Frame: 140 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 455 Nm
MGOHK140-700-C		Frame: 140 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 455 Nm
MGOHK140-700-D		Frame: 140 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 455 Nm
MGOHK140-770-A		Frame: 140 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 495 Nm
MGOHK140-770-B		Frame: 140 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 495 Nm
MGOHK140-770-C		Frame: 140 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 495 Nm
MGOHK140-770-D		Frame: 140 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 495 Nm
MGOHK140-1000-A		Frame: 140 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 525 Nm
MGOHK140-1000-B		Frame: 140 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 525 Nm
MGOHK140-1000-C		Frame: 140 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 525 Nm
MGOHK140-1000-D		Frame: 140 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 525 Nm
MGOHK140-1078-A		Frame: 140 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 500 Nm
MGOHK140-1078-B		Frame: 140 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 500 Nm
MGOHK140-1078-C		Frame: 140 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 500 Nm
MGOHK140-1078-D		Frame: 140 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 500 Nm
MGOHK140-1400-A		Frame: 140 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 540 Nm
MGOHK140-1400-B		Frame: 140 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 540 Nm
MGOHK140-1400-C		Frame: 140 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 540 Nm
MGOHK140-1400-D		Frame: 140 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 540 Nm
MGOHK140-1540-A		Frame: 140 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 500 Nm
MGOHK140-1540-B		Frame: 140 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 500 Nm
MGOHK140-1540-C		Frame: 140 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 500 Nm
MGOHK140-1540-D		Frame: 140 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 500 Nm
MGOHK140-1600-A		Frame: 140 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 565 Nm
MGOHK140-1600-B		Frame: 140 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 565 Nm
MGOHK140-1600-C		Frame: 140 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 565 Nm
MGOHK140-1600-D		Frame: 140 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 565 Nm
MGOHK140-2000-A		Frame: 140 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 565 Nm
MGOHK140-2000-B		Frame: 140 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 565 Nm
MGOHK140-2000-C		Frame: 140 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 565 Nm
MGOHK140-2000-D		Frame: 140 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 565 Nm
MGOHK140-2695-A		Frame: 140 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-2695-B		Frame: 140 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-2695-C		Frame: 140 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-2695-D		Frame: 140 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-2800-A		Frame: 140 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 540 Nm
MGOHK140-2800-B		Frame: 140 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 540 Nm
MGOHK140-2800-C		Frame: 140 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 540 Nm
MGOHK140-2800-D		Frame: 140 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 540 Nm
MGOHK140-3850-A		Frame: 140 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-3850-B		Frame: 140 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-3850-C		Frame: 140 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-3850-D		Frame: 140 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 510 Nm
MGOHK140-4000-A		Frame: 140 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 225 Nm
MGOHK140-4000-B		Frame: 140 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 225 Nm
MGOHK140-4000-C		Frame: 140 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 225 Nm
MGOHK140-4000-D		Frame: 140 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 225 Nm
MGOHK140-5500-A		Frame: 140 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 315 Nm
MGOHK140-5500-B		Frame: 140 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 315 Nm
MGOHK140-5500-C		Frame: 140 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 315 Nm
MGOHK140-5500-D		Frame: 140 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 315 Nm
MGOHK170-004-A		Frame: 170 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-004-B		Frame: 170 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-004-C		Frame: 170 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-004-D		Frame: 170 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-005.5-A		Frame: 170 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 745 Nm
MGOHK170-005.5-B		Frame: 170 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 745 Nm
MGOHK170-005.5-C		Frame: 170 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 745 Nm
MGOHK170-005.5-D		Frame: 170 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 745 Nm
MGOHK170-008-A		Frame: 170 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-008-B		Frame: 170 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-008-C		Frame: 170 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-008-D		Frame: 170 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-011-A		Frame: 170 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 765 Nm
MGOHK170-011-B		Frame: 170 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 765 Nm
MGOHK170-011-C		Frame: 170 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 765 Nm
MGOHK170-011-D		Frame: 170 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 765 Nm
MGOHK170-016-A		Frame: 170 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 840 Nm
MGOHK170-016-B		Frame: 170 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 840 Nm
MGOHK170-016-C		Frame: 170 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 840 Nm
MGOHK170-016-D		Frame: 170 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 840 Nm
MGOHK170-020-A		Frame: 170 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-020-B		Frame: 170 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-020-C		Frame: 170 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-020-D		Frame: 170 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-022-A		Frame: 170 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 780 Nm
MGOHK170-022-B		Frame: 170 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 780 Nm
MGOHK170-022-C		Frame: 170 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 780 Nm
MGOHK170-022-D		Frame: 170 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 780 Nm
MGOHK170-027.5-A		Frame: 170 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 785 Nm
MGOHK170-027.5-B		Frame: 170 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 785 Nm
MGOHK170-027.5-C		Frame: 170 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 785 Nm
MGOHK170-027.5-D		Frame: 170 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 785 Nm
MGOHK170-028-A		Frame: 170 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 775 Nm
MGOHK170-028-B		Frame: 170 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 775 Nm
MGOHK170-028-C		Frame: 170 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 775 Nm
MGOHK170-028-D		Frame: 170 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 775 Nm
MGOHK170-038.5-A		Frame: 170 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 795 Nm
MGOHK170-038.5-B		Frame: 170 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 795 Nm
MGOHK170-038.5-C		Frame: 170 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 795 Nm
MGOHK170-038.5-D		Frame: 170 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 795 Nm
MGOHK170-040-A		Frame: 170 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 740 Nm
MGOHK170-040-B		Frame: 170 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 740 Nm
MGOHK170-040-C		Frame: 170 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 740 Nm
MGOHK170-040-D		Frame: 170 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 740 Nm
MGOHK170-055-A		Frame: 170 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 805 Nm
MGOHK170-055-B		Frame: 170 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 805 Nm
MGOHK170-055-C		Frame: 170 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 805 Nm
MGOHK170-055-D		Frame: 170 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 805 Nm
MGOHK170-064-A		Frame: 170 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 700 Nm
MGOHK170-064-B		Frame: 170 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 700 Nm
MGOHK170-064-C		Frame: 170 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 700 Nm
MGOHK170-064-D		Frame: 170 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 700 Nm
MGOHK170-088-A		Frame: 170 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 815 Nm
MGOHK170-088-B		Frame: 170 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 815 Nm
MGOHK170-088-C		Frame: 170 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 815 Nm
MGOHK170-088-D		Frame: 170 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 815 Nm
MGOHK170-100-A		Frame: 170 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 670 Nm
MGOHK170-100-B		Frame: 170 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 670 Nm
MGOHK170-100-C		Frame: 170 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 670 Nm
MGOHK170-100-D		Frame: 170 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 670 Nm
MGOHK170-110-A		Frame: 170 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 820 Nm
MGOHK170-110-B		Frame: 170 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 820 Nm
MGOHK170-110-C		Frame: 170 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 820 Nm
MGOHK170-110-D		Frame: 170 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 820 Nm
MGOHK170-137.5-A		Frame: 170 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-137.5-B		Frame: 170 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-137.5-C		Frame: 170 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-137.5-D		Frame: 170 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-140-A		Frame: 170 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 650 Nm
MGOHK170-140-B		Frame: 170 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 650 Nm
MGOHK170-140-C		Frame: 170 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 650 Nm
MGOHK170-140-D		Frame: 170 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 650 Nm
MGOHK170-154-A		Frame: 170 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-154-B		Frame: 170 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-154-C		Frame: 170 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-154-D		Frame: 170 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-160-A		Frame: 170 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 655 Nm
MGOHK170-160-B		Frame: 170 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 655 Nm
MGOHK170-160-C		Frame: 170 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 655 Nm
MGOHK170-160-D		Frame: 170 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 655 Nm
MGOHK170-200-A		Frame: 170 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 665 Nm
MGOHK170-200-B		Frame: 170 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 665 Nm
MGOHK170-200-C		Frame: 170 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 665 Nm
MGOHK170-200-D		Frame: 170 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 665 Nm
MGOHK170-220-A		Frame: 170 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 835 Nm
MGOHK170-220-B		Frame: 170 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 835 Nm
MGOHK170-220-C		Frame: 170 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 835 Nm
MGOHK170-220-D		Frame: 170 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 835 Nm
MGOHK170-280-A		Frame: 170 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 690 Nm
MGOHK170-280-B		Frame: 170 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 690 Nm
MGOHK170-280-C		Frame: 170 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 690 Nm
MGOHK170-280-D		Frame: 170 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 690 Nm
MGOHK170-385-A		Frame: 170 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 850 Nm
MGOHK170-385-B		Frame: 170 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 850 Nm
MGOHK170-385-C		Frame: 170 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 850 Nm
MGOHK170-385-D		Frame: 170 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 850 Nm
MGOHK170-400-A		Frame: 170 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 675 Nm
MGOHK170-400-B		Frame: 170 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 675 Nm
MGOHK170-400-C		Frame: 170 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 675 Nm
MGOHK170-400-D		Frame: 170 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 675 Nm
MGOHK170-440-A		Frame: 170 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 835 Nm
MGOHK170-440-B		Frame: 170 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 835 Nm
MGOHK170-440-C		Frame: 170 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 835 Nm
MGOHK170-440-D		Frame: 170 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 835 Nm
MGOHK170-500-A		Frame: 170 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 715 Nm
MGOHK170-500-B		Frame: 170 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 715 Nm
MGOHK170-500-C		Frame: 170 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 715 Nm
MGOHK170-500-D		Frame: 170 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 715 Nm
MGOHK170-550-A		Frame: 170 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-550-B		Frame: 170 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-550-C		Frame: 170 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-550-D		Frame: 170 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-700-A		Frame: 170 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-700-B		Frame: 170 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-700-C		Frame: 170 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-700-D		Frame: 170 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 825 Nm
MGOHK170-770-A		Frame: 170 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 850 Nm
MGOHK170-770-B		Frame: 170 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 850 Nm
MGOHK170-770-C		Frame: 170 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 850 Nm
MGOHK170-770-D		Frame: 170 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 850 Nm
MGOHK170-1000-A		Frame: 170 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-1000-B		Frame: 170 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-1000-C		Frame: 170 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-1000-D		Frame: 170 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-1078-A		Frame: 170 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 860 Nm
MGOHK170-1078-B		Frame: 170 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 860 Nm
MGOHK170-1078-C		Frame: 170 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 860 Nm
MGOHK170-1078-D		Frame: 170 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 860 Nm
MGOHK170-1400-A		Frame: 170 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-1400-B		Frame: 170 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-1400-C		Frame: 170 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-1400-D		Frame: 170 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-1540-A		Frame: 170 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 870 Nm
MGOHK170-1540-B		Frame: 170 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 870 Nm
MGOHK170-1540-C		Frame: 170 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 870 Nm
MGOHK170-1540-D		Frame: 170 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 870 Nm
MGOHK170-1600-A		Frame: 170 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-1600-B		Frame: 170 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-1600-C		Frame: 170 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-1600-D		Frame: 170 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-2000-A		Frame: 170 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-2000-B		Frame: 170 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-2000-C		Frame: 170 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-2000-D		Frame: 170 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 810 Nm
MGOHK170-2695-A		Frame: 170 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 880 Nm
MGOHK170-2695-B		Frame: 170 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 880 Nm
MGOHK170-2695-C		Frame: 170 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 880 Nm
MGOHK170-2695-D		Frame: 170 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 880 Nm
MGOHK170-2800-A		Frame: 170 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-2800-B		Frame: 170 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-2800-C		Frame: 170 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-2800-D		Frame: 170 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
MGOHK170-3850-A		Frame: 170 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 980 Nm
MGOHK170-3850-B		Frame: 170 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 980 Nm
MGOHK170-3850-C		Frame: 170 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 980 Nm
MGOHK170-3850-D		Frame: 170 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 980 Nm
MGOHK170-4000-A		Frame: 170 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 650 Nm
MGOHK170-4000-B		Frame: 170 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 650 Nm
MGOHK170-4000-C		Frame: 170 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 650 Nm
MGOHK170-4000-D		Frame: 170 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 650 Nm
MGOHK170-5500-A		Frame: 170 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 895 Nm
MGOHK170-5500-B		Frame: 170 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 895 Nm
MGOHK170-5500-C		Frame: 170 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 895 Nm
MGOHK170-5500-D		Frame: 170 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 895 Nm
MGOHK240-004-A		Frame: 240 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,728 Nm
MGOHK240-004-B		Frame: 240 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,728 Nm
MGOHK240-004-C		Frame: 240 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,728 Nm
MGOHK240-004-D		Frame: 240 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,728 Nm
MGOHK240-005.5-A		Frame: 240 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,665 Nm
MGOHK240-005.5-B		Frame: 240 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,665 Nm
MGOHK240-005.5-C		Frame: 240 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,665 Nm
MGOHK240-005.5-D		Frame: 240 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,665 Nm
MGOHK240-008-A		Frame: 240 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,584 Nm
MGOHK240-008-B		Frame: 240 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,584 Nm
MGOHK240-008-C		Frame: 240 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,584 Nm
MGOHK240-008-D		Frame: 240 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,584 Nm
MGOHK240-011-A		Frame: 240 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,710 Nm
MGOHK240-011-B		Frame: 240 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,710 Nm
MGOHK240-011-C		Frame: 240 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,710 Nm
MGOHK240-011-D		Frame: 240 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,710 Nm
MGOHK240-016-A		Frame: 240 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-016-B		Frame: 240 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-016-C		Frame: 240 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-016-D		Frame: 240 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-020-A		Frame: 240 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-020-B		Frame: 240 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-020-C		Frame: 240 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-020-D		Frame: 240 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-022-A		Frame: 240 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,740 Nm
MGOHK240-022-B		Frame: 240 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,740 Nm
MGOHK240-022-C		Frame: 240 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,740 Nm
MGOHK240-022-D		Frame: 240 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,740 Nm
MGOHK240-027.5-A		Frame: 240 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,750 Nm
MGOHK240-027.5-B		Frame: 240 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,750 Nm
MGOHK240-027.5-C		Frame: 240 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,750 Nm
MGOHK240-027.5-D		Frame: 240 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,750 Nm
MGOHK240-028-A		Frame: 240 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-028-B		Frame: 240 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-028-C		Frame: 240 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-028-D		Frame: 240 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-038.5-A		Frame: 240 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,770 Nm
MGOHK240-038.5-B		Frame: 240 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,770 Nm
MGOHK240-038.5-C		Frame: 240 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,770 Nm
MGOHK240-038.5-D		Frame: 240 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,770 Nm
MGOHK240-040-A		Frame: 240 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,725 Nm
MGOHK240-040-B		Frame: 240 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,725 Nm
MGOHK240-040-C		Frame: 240 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,725 Nm
MGOHK240-040-D		Frame: 240 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,725 Nm
MGOHK240-055-A		Frame: 240 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,785 Nm
MGOHK240-055-B		Frame: 240 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,785 Nm
MGOHK240-055-C		Frame: 240 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,785 Nm
MGOHK240-055-D		Frame: 240 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,785 Nm
MGOHK240-064-A		Frame: 240 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,770 Nm
MGOHK240-064-B		Frame: 240 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,770 Nm
MGOHK240-064-C		Frame: 240 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,770 Nm
MGOHK240-064-D		Frame: 240 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,770 Nm
MGOHK240-088-A		Frame: 240 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-088-B		Frame: 240 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-088-C		Frame: 240 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-088-D		Frame: 240 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,800 Nm
MGOHK240-100-A		Frame: 240 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,695 Nm
MGOHK240-100-B		Frame: 240 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,695 Nm
MGOHK240-100-C		Frame: 240 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,695 Nm
MGOHK240-100-D		Frame: 240 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,695 Nm
MGOHK240-110-A		Frame: 240 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,810 Nm
MGOHK240-110-B		Frame: 240 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,810 Nm
MGOHK240-110-C		Frame: 240 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,810 Nm
MGOHK240-110-D		Frame: 240 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,810 Nm
MGOHK240-137.5-A		Frame: 240 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,820 Nm
MGOHK240-137.5-B		Frame: 240 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,820 Nm
MGOHK240-137.5-C		Frame: 240 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,820 Nm
MGOHK240-137.5-D		Frame: 240 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,820 Nm
MGOHK240-140-A		Frame: 240 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,640 Nm
MGOHK240-140-B		Frame: 240 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,640 Nm
MGOHK240-140-C		Frame: 240 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,640 Nm
MGOHK240-140-D		Frame: 240 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,640 Nm
MGOHK240-154-A		Frame: 240 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,825 Nm
MGOHK240-154-B		Frame: 240 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,825 Nm
MGOHK240-154-C		Frame: 240 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,825 Nm
MGOHK240-154-D		Frame: 240 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,825 Nm
MGOHK240-160-A		Frame: 240 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,620 Nm
MGOHK240-160-B		Frame: 240 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,620 Nm
MGOHK240-160-C		Frame: 240 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,620 Nm
MGOHK240-160-D		Frame: 240 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,620 Nm
MGOHK240-200-A		Frame: 240 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,585 Nm
MGOHK240-200-B		Frame: 240 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,585 Nm
MGOHK240-200-C		Frame: 240 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,585 Nm
MGOHK240-200-D		Frame: 240 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,585 Nm
MGOHK240-220-A		Frame: 240 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-220-B		Frame: 240 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-220-C		Frame: 240 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-220-D		Frame: 240 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-280-A		Frame: 240 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,605 Nm
MGOHK240-280-B		Frame: 240 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,605 Nm
MGOHK240-280-C		Frame: 240 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,605 Nm
MGOHK240-280-D		Frame: 240 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,605 Nm
MGOHK240-385-A		Frame: 240 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,845 Nm
MGOHK240-385-B		Frame: 240 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,845 Nm
MGOHK240-385-C		Frame: 240 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,845 Nm
MGOHK240-385-D		Frame: 240 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,845 Nm
MGOHK240-400-A		Frame: 240 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,565 Nm
MGOHK240-400-B		Frame: 240 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,565 Nm
MGOHK240-400-C		Frame: 240 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,565 Nm
MGOHK240-400-D		Frame: 240 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,565 Nm
MGOHK240-440-A		Frame: 240 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-440-B		Frame: 240 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-440-C		Frame: 240 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-440-D		Frame: 240 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-500-A		Frame: 240 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,635 Nm
MGOHK240-500-B		Frame: 240 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,635 Nm
MGOHK240-500-C		Frame: 240 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,635 Nm
MGOHK240-500-D		Frame: 240 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,635 Nm
MGOHK240-550-A		Frame: 240 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,860 Nm
MGOHK240-550-B		Frame: 240 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,860 Nm
MGOHK240-550-C		Frame: 240 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,860 Nm
MGOHK240-550-D		Frame: 240 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,860 Nm
MGOHK240-700-A		Frame: 240 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,850 Nm
MGOHK240-700-B		Frame: 240 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,850 Nm
MGOHK240-700-C		Frame: 240 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,850 Nm
MGOHK240-700-D		Frame: 240 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,850 Nm
MGOHK240-770-A		Frame: 240 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,870 Nm
MGOHK240-770-B		Frame: 240 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,870 Nm
MGOHK240-770-C		Frame: 240 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,870 Nm
MGOHK240-770-D		Frame: 240 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,870 Nm
MGOHK240-1000-A		Frame: 240 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,100 Nm
MGOHK240-1000-B		Frame: 240 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,100 Nm
MGOHK240-1000-C		Frame: 240 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,100 Nm
MGOHK240-1000-D		Frame: 240 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,100 Nm
MGOHK240-1078-A		Frame: 240 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,890 Nm
MGOHK240-1078-B		Frame: 240 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,890 Nm
MGOHK240-1078-C		Frame: 240 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,890 Nm
MGOHK240-1078-D		Frame: 240 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,890 Nm
MGOHK240-1400-A		Frame: 240 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,220 Nm
MGOHK240-1400-B		Frame: 240 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,220 Nm
MGOHK240-1400-C		Frame: 240 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,220 Nm
MGOHK240-1400-D		Frame: 240 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,220 Nm
MGOHK240-1540-A		Frame: 240 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,910 Nm
MGOHK240-1540-B		Frame: 240 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,910 Nm
MGOHK240-1540-C		Frame: 240 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,910 Nm
MGOHK240-1540-D		Frame: 240 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,910 Nm
MGOHK240-1600-A		Frame: 240 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,225 Nm
MGOHK240-1600-B		Frame: 240 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,225 Nm
MGOHK240-1600-C		Frame: 240 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,225 Nm
MGOHK240-1600-D		Frame: 240 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,225 Nm
MGOHK240-2000-A		Frame: 240 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,240 Nm
MGOHK240-2000-B		Frame: 240 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,240 Nm
MGOHK240-2000-C		Frame: 240 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,240 Nm
MGOHK240-2000-D		Frame: 240 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,240 Nm
MGOHK240-2695-A		Frame: 240 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,935 Nm
MGOHK240-2695-B		Frame: 240 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,935 Nm
MGOHK240-2695-C		Frame: 240 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,935 Nm
MGOHK240-2695-D		Frame: 240 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,935 Nm
MGOHK240-2800-A		Frame: 240 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,225 Nm
MGOHK240-2800-B		Frame: 240 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,225 Nm
MGOHK240-2800-C		Frame: 240 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,225 Nm
MGOHK240-2800-D		Frame: 240 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,225 Nm
MGOHK240-3850-A		Frame: 240 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,610 Nm
MGOHK240-3850-B		Frame: 240 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,610 Nm
MGOHK240-3850-C		Frame: 240 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,610 Nm
MGOHK240-3850-D		Frame: 240 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,610 Nm
MGOHK240-4000-A		Frame: 240 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-4000-B		Frame: 240 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-4000-C		Frame: 240 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-4000-D		Frame: 240 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,840 Nm
MGOHK240-5500-A		Frame: 240 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,980 Nm
MGOHK240-5500-B		Frame: 240 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,980 Nm
MGOHK240-5500-C		Frame: 240 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,980 Nm
MGOHK240-5500-D		Frame: 240 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,980 Nm
MGOHK285-004-A		Frame: 285 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,805 Nm
MGOHK285-004-B		Frame: 285 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,805 Nm
MGOHK285-004-C		Frame: 285 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,805 Nm
MGOHK285-004-D		Frame: 285 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,805 Nm
MGOHK285-005.5-A		Frame: 285 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,590 Nm
MGOHK285-005.5-B		Frame: 285 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,590 Nm
MGOHK285-005.5-C		Frame: 285 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,590 Nm
MGOHK285-005.5-D		Frame: 285 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,590 Nm
MGOHK285-008-A		Frame: 285 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,610 Nm
MGOHK285-008-B		Frame: 285 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,610 Nm
MGOHK285-008-C		Frame: 285 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,610 Nm
MGOHK285-008-D		Frame: 285 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,610 Nm
MGOHK285-011-A		Frame: 285 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,655 Nm
MGOHK285-011-B		Frame: 285 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,655 Nm
MGOHK285-011-C		Frame: 285 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,655 Nm
MGOHK285-011-D		Frame: 285 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,655 Nm
MGOHK285-016-A		Frame: 285 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,015 Nm
MGOHK285-016-B		Frame: 285 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,015 Nm
MGOHK285-016-C		Frame: 285 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,015 Nm
MGOHK285-016-D		Frame: 285 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,015 Nm
MGOHK285-020-A		Frame: 285 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,015 Nm
MGOHK285-020-B		Frame: 285 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,015 Nm
MGOHK285-020-C		Frame: 285 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,015 Nm
MGOHK285-020-D		Frame: 285 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,015 Nm
MGOHK285-022-A		Frame: 285 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,685 Nm
MGOHK285-022-B		Frame: 285 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,685 Nm
MGOHK285-022-C		Frame: 285 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,685 Nm
MGOHK285-022-D		Frame: 285 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,685 Nm
MGOHK285-027.5-A		Frame: 285 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,700 Nm
MGOHK285-027.5-B		Frame: 285 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,700 Nm
MGOHK285-027.5-C		Frame: 285 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,700 Nm
MGOHK285-027.5-D		Frame: 285 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,700 Nm
MGOHK285-028-A		Frame: 285 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,872 Nm
MGOHK285-028-B		Frame: 285 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,872 Nm
MGOHK285-028-C		Frame: 285 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,872 Nm
MGOHK285-028-D		Frame: 285 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,872 Nm
MGOHK285-038.5-A		Frame: 285 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,574 Nm
MGOHK285-038.5-B		Frame: 285 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,574 Nm
MGOHK285-038.5-C		Frame: 285 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,574 Nm
MGOHK285-038.5-D		Frame: 285 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,574 Nm
MGOHK285-040-A		Frame: 285 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,728 Nm
MGOHK285-040-B		Frame: 285 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,728 Nm
MGOHK285-040-C		Frame: 285 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,728 Nm
MGOHK285-040-D		Frame: 285 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,728 Nm
MGOHK285-055-A		Frame: 285 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,376 Nm
MGOHK285-055-B		Frame: 285 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,376 Nm
MGOHK285-055-C		Frame: 285 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,376 Nm
MGOHK285-055-D		Frame: 285 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,376 Nm
MGOHK285-064-A		Frame: 285 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,880 Nm
MGOHK285-064-B		Frame: 285 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,880 Nm
MGOHK285-064-C		Frame: 285 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,880 Nm
MGOHK285-064-D		Frame: 285 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,880 Nm
MGOHK285-088-A		Frame: 285 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,185 Nm
MGOHK285-088-B		Frame: 285 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,185 Nm
MGOHK285-088-C		Frame: 285 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,185 Nm
MGOHK285-088-D		Frame: 285 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,185 Nm
MGOHK285-100-A		Frame: 285 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,760 Nm
MGOHK285-100-B		Frame: 285 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,760 Nm
MGOHK285-100-C		Frame: 285 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,760 Nm
MGOHK285-100-D		Frame: 285 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,760 Nm
MGOHK285-110-A		Frame: 285 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,800 Nm
MGOHK285-110-B		Frame: 285 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,800 Nm
MGOHK285-110-C		Frame: 285 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,800 Nm
MGOHK285-110-D		Frame: 285 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,800 Nm
MGOHK285-137.5-A		Frame: 285 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,815 Nm
MGOHK285-137.5-B		Frame: 285 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,815 Nm
MGOHK285-137.5-C		Frame: 285 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,815 Nm
MGOHK285-137.5-D		Frame: 285 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,815 Nm
MGOHK285-140-A		Frame: 285 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,680 Nm
MGOHK285-140-B		Frame: 285 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,680 Nm
MGOHK285-140-C		Frame: 285 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,680 Nm
MGOHK285-140-D		Frame: 285 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,680 Nm
MGOHK285-154-A		Frame: 285 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,820 Nm
MGOHK285-154-B		Frame: 285 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,820 Nm
MGOHK285-154-C		Frame: 285 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,820 Nm
MGOHK285-154-D		Frame: 285 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,820 Nm
MGOHK285-160-A		Frame: 285 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,650 Nm
MGOHK285-160-B		Frame: 285 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,650 Nm
MGOHK285-160-C		Frame: 285 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,650 Nm
MGOHK285-160-D		Frame: 285 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,650 Nm
MGOHK285-200-A		Frame: 285 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,600 Nm
MGOHK285-200-B		Frame: 285 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,600 Nm
MGOHK285-200-C		Frame: 285 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,600 Nm
MGOHK285-200-D		Frame: 285 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,600 Nm
MGOHK285-220-A		Frame: 285 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,850 Nm
MGOHK285-220-B		Frame: 285 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,850 Nm
MGOHK285-220-C		Frame: 285 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,850 Nm
MGOHK285-220-D		Frame: 285 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,850 Nm
MGOHK285-280-A		Frame: 285 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,755 Nm
MGOHK285-280-B		Frame: 285 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,755 Nm
MGOHK285-280-C		Frame: 285 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,755 Nm
MGOHK285-280-D		Frame: 285 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,755 Nm
MGOHK285-385-A		Frame: 285 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,890 Nm
MGOHK285-385-B		Frame: 285 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,890 Nm
MGOHK285-385-C		Frame: 285 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,890 Nm
MGOHK285-385-D		Frame: 285 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,890 Nm
MGOHK285-400-A		Frame: 285 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,605 Nm
MGOHK285-400-B		Frame: 285 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,605 Nm
MGOHK285-400-C		Frame: 285 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,605 Nm
MGOHK285-400-D		Frame: 285 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,605 Nm
MGOHK285-440-A		Frame: 285 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,840 Nm
MGOHK285-440-B		Frame: 285 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,840 Nm
MGOHK285-440-C		Frame: 285 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,840 Nm
MGOHK285-440-D		Frame: 285 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,840 Nm
MGOHK285-500-A		Frame: 285 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,725 Nm
MGOHK285-500-B		Frame: 285 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,725 Nm
MGOHK285-500-C		Frame: 285 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,725 Nm
MGOHK285-500-D		Frame: 285 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,725 Nm
MGOHK285-550-A		Frame: 285 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,870 Nm
MGOHK285-550-B		Frame: 285 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,870 Nm
MGOHK285-550-C		Frame: 285 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,870 Nm
MGOHK285-550-D		Frame: 285 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,870 Nm
MGOHK285-700-A		Frame: 285 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,040 Nm
MGOHK285-700-B		Frame: 285 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,040 Nm
MGOHK285-700-C		Frame: 285 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,040 Nm
MGOHK285-700-D		Frame: 285 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,040 Nm
MGOHK285-770-A		Frame: 285 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,895 Nm
MGOHK285-770-B		Frame: 285 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,895 Nm
MGOHK285-770-C		Frame: 285 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,895 Nm
MGOHK285-770-D		Frame: 285 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,895 Nm
MGOHK285-1000-A		Frame: 285 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,395 Nm
MGOHK285-1000-B		Frame: 285 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,395 Nm
MGOHK285-1000-C		Frame: 285 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,395 Nm
MGOHK285-1000-D		Frame: 285 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,395 Nm
MGOHK285-1078-A		Frame: 285 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,920 Nm
MGOHK285-1078-B		Frame: 285 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,920 Nm
MGOHK285-1078-C		Frame: 285 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,920 Nm
MGOHK285-1078-D		Frame: 285 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,920 Nm
MGOHK285-1400-A		Frame: 285 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,430 Nm
MGOHK285-1400-B		Frame: 285 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,430 Nm
MGOHK285-1400-C		Frame: 285 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,430 Nm
MGOHK285-1400-D		Frame: 285 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,430 Nm
MGOHK285-1540-A		Frame: 285 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,945 Nm
MGOHK285-1540-B		Frame: 285 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,945 Nm
MGOHK285-1540-C		Frame: 285 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,945 Nm
MGOHK285-1540-D		Frame: 285 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,945 Nm
MGOHK285-1600-A		Frame: 285 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,435 Nm
MGOHK285-1600-B		Frame: 285 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,435 Nm
MGOHK285-1600-C		Frame: 285 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,435 Nm
MGOHK285-1600-D		Frame: 285 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,435 Nm
MGOHK285-2000-A		Frame: 285 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,455 Nm
MGOHK285-2000-B		Frame: 285 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,455 Nm
MGOHK285-2000-C		Frame: 285 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,455 Nm
MGOHK285-2000-D		Frame: 285 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,455 Nm
MGOHK285-2695-A		Frame: 285 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,980 Nm
MGOHK285-2695-B		Frame: 285 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,980 Nm
MGOHK285-2695-C		Frame: 285 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,980 Nm
MGOHK285-2695-D		Frame: 285 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,980 Nm
MGOHK285-2800-A		Frame: 285 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,480 Nm
MGOHK285-2800-B		Frame: 285 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,480 Nm
MGOHK285-2800-C		Frame: 285 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,480 Nm
MGOHK285-2800-D		Frame: 285 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,480 Nm
MGOHK285-3850-A		Frame: 285 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,995 Nm
MGOHK285-3850-B		Frame: 285 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,995 Nm
MGOHK285-3850-C		Frame: 285 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,995 Nm
MGOHK285-3850-D		Frame: 285 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,995 Nm
MGOHK285-4000-A		Frame: 285 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,515 Nm
MGOHK285-4000-B		Frame: 285 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,515 Nm
MGOHK285-4000-C		Frame: 285 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,515 Nm
MGOHK285-4000-D		Frame: 285 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,515 Nm
MGOHK285-5500-A		Frame: 285 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,110 Nm
MGOHK285-5500-B		Frame: 285 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,110 Nm
MGOHK285-5500-C		Frame: 285 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,110 Nm
MGOHK285-5500-D		Frame: 285 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,110 Nm
MGOHK320-004-A		Frame: 320 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,545 Nm
MGOHK320-004-B		Frame: 320 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,545 Nm
MGOHK320-004-C		Frame: 320 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,545 Nm
MGOHK320-004-D		Frame: 320 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,545 Nm
MGOHK320-005.5-A		Frame: 320 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,700 Nm
MGOHK320-005.5-B		Frame: 320 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,700 Nm
MGOHK320-005.5-C		Frame: 320 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,700 Nm
MGOHK320-005.5-D		Frame: 320 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,700 Nm
MGOHK320-008-A		Frame: 320 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,680 Nm
MGOHK320-008-B		Frame: 320 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,680 Nm
MGOHK320-008-C		Frame: 320 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,680 Nm
MGOHK320-008-D		Frame: 320 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,680 Nm
MGOHK320-011-A		Frame: 320 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,800 Nm
MGOHK320-011-B		Frame: 320 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,800 Nm
MGOHK320-011-C		Frame: 320 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,800 Nm
MGOHK320-011-D		Frame: 320 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,800 Nm
MGOHK320-016-A		Frame: 320 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,935 Nm
MGOHK320-016-B		Frame: 320 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,935 Nm
MGOHK320-016-C		Frame: 320 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,935 Nm
MGOHK320-016-D		Frame: 320 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,935 Nm
MGOHK320-020-A		Frame: 320 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,935 Nm
MGOHK320-020-B		Frame: 320 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,935 Nm
MGOHK320-020-C		Frame: 320 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,935 Nm
MGOHK320-020-D		Frame: 320 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,935 Nm
MGOHK320-022-A		Frame: 320 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,815 Nm
MGOHK320-022-B		Frame: 320 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,815 Nm
MGOHK320-022-C		Frame: 320 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,815 Nm
MGOHK320-022-D		Frame: 320 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,815 Nm
MGOHK320-027.5-A		Frame: 320 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,840 Nm
MGOHK320-027.5-B		Frame: 320 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,840 Nm
MGOHK320-027.5-C		Frame: 320 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,840 Nm
MGOHK320-027.5-D		Frame: 320 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,840 Nm
MGOHK320-028-A		Frame: 320 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,600 Nm
MGOHK320-028-B		Frame: 320 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,600 Nm
MGOHK320-028-C		Frame: 320 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,600 Nm
MGOHK320-028-D		Frame: 320 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,600 Nm
MGOHK320-038.5-A		Frame: 320 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,885 Nm
MGOHK320-038.5-B		Frame: 320 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,885 Nm
MGOHK320-038.5-C		Frame: 320 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,885 Nm
MGOHK320-038.5-D		Frame: 320 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,885 Nm
MGOHK320-040-A		Frame: 320 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,880 Nm
MGOHK320-040-B		Frame: 320 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,880 Nm
MGOHK320-040-C		Frame: 320 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,880 Nm
MGOHK320-040-D		Frame: 320 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,880 Nm
MGOHK320-055-A		Frame: 320 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,790 Nm
MGOHK320-055-B		Frame: 320 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,790 Nm
MGOHK320-055-C		Frame: 320 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,790 Nm
MGOHK320-055-D		Frame: 320 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,790 Nm
MGOHK320-064-A		Frame: 320 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,760 Nm
MGOHK320-064-B		Frame: 320 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,760 Nm
MGOHK320-064-C		Frame: 320 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,760 Nm
MGOHK320-064-D		Frame: 320 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,760 Nm
MGOHK320-088-A		Frame: 320 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,970 Nm
MGOHK320-088-B		Frame: 320 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,970 Nm
MGOHK320-088-C		Frame: 320 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,970 Nm
MGOHK320-088-D		Frame: 320 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,970 Nm
MGOHK320-100-A		Frame: 320 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,520 Nm
MGOHK320-100-B		Frame: 320 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,520 Nm
MGOHK320-100-C		Frame: 320 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,520 Nm
MGOHK320-100-D		Frame: 320 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,520 Nm
MGOHK320-110-A		Frame: 320 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,990 Nm
MGOHK320-110-B		Frame: 320 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,990 Nm
MGOHK320-110-C		Frame: 320 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,990 Nm
MGOHK320-110-D		Frame: 320 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,990 Nm
MGOHK320-137.5-A		Frame: 320 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,020 Nm
MGOHK320-137.5-B		Frame: 320 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,020 Nm
MGOHK320-137.5-C		Frame: 320 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,020 Nm
MGOHK320-137.5-D		Frame: 320 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,020 Nm
MGOHK320-140-A		Frame: 320 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,360 Nm
MGOHK320-140-B		Frame: 320 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,360 Nm
MGOHK320-140-C		Frame: 320 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,360 Nm
MGOHK320-140-D		Frame: 320 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,360 Nm
MGOHK320-154-A		Frame: 320 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,035 Nm
MGOHK320-154-B		Frame: 320 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,035 Nm
MGOHK320-154-C		Frame: 320 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,035 Nm
MGOHK320-154-D		Frame: 320 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,035 Nm
MGOHK320-160-A		Frame: 320 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,300 Nm
MGOHK320-160-B		Frame: 320 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,300 Nm
MGOHK320-160-C		Frame: 320 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,300 Nm
MGOHK320-160-D		Frame: 320 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,300 Nm
MGOHK320-200-A		Frame: 320 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,200 Nm
MGOHK320-200-B		Frame: 320 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,200 Nm
MGOHK320-200-C		Frame: 320 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,200 Nm
MGOHK320-200-D		Frame: 320 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,200 Nm
MGOHK320-220-A		Frame: 320 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,070 Nm
MGOHK320-220-B		Frame: 320 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,070 Nm
MGOHK320-220-C		Frame: 320 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,070 Nm
MGOHK320-220-D		Frame: 320 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,070 Nm
MGOHK320-280-A		Frame: 320 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,490 Nm
MGOHK320-280-B		Frame: 320 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,490 Nm
MGOHK320-280-C		Frame: 320 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,490 Nm
MGOHK320-280-D		Frame: 320 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,490 Nm
MGOHK320-385-A		Frame: 320 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,130 Nm
MGOHK320-385-B		Frame: 320 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,130 Nm
MGOHK320-385-C		Frame: 320 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,130 Nm
MGOHK320-385-D		Frame: 320 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,130 Nm
MGOHK320-400-A		Frame: 320 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,300 Nm
MGOHK320-400-B		Frame: 320 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,300 Nm
MGOHK320-400-C		Frame: 320 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,300 Nm
MGOHK320-400-D		Frame: 320 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,300 Nm
MGOHK320-440-A		Frame: 320 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,060 Nm
MGOHK320-440-B		Frame: 320 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,060 Nm
MGOHK320-440-C		Frame: 320 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,060 Nm
MGOHK320-440-D		Frame: 320 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,060 Nm
MGOHK320-500-A		Frame: 320 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,490 Nm
MGOHK320-500-B		Frame: 320 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,490 Nm
MGOHK320-500-C		Frame: 320 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,490 Nm
MGOHK320-500-D		Frame: 320 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,490 Nm
MGOHK320-550-A		Frame: 320 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,110 Nm
MGOHK320-550-B		Frame: 320 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,110 Nm
MGOHK320-550-C		Frame: 320 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,110 Nm
MGOHK320-550-D		Frame: 320 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,110 Nm
MGOHK320-700-A		Frame: 320 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,905 Nm
MGOHK320-700-B		Frame: 320 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,905 Nm
MGOHK320-700-C		Frame: 320 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,905 Nm
MGOHK320-700-D		Frame: 320 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,905 Nm
MGOHK320-770-A		Frame: 320 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,150 Nm
MGOHK320-770-B		Frame: 320 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,150 Nm
MGOHK320-770-C		Frame: 320 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,150 Nm
MGOHK320-770-D		Frame: 320 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,150 Nm
MGOHK320-1000-A		Frame: 320 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-1000-B		Frame: 320 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-1000-C		Frame: 320 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-1000-D		Frame: 320 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-1078-A		Frame: 320 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,180 Nm
MGOHK320-1078-B		Frame: 320 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,180 Nm
MGOHK320-1078-C		Frame: 320 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,180 Nm
MGOHK320-1078-D		Frame: 320 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,180 Nm
MGOHK320-1400-A		Frame: 320 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-1400-B		Frame: 320 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-1400-C		Frame: 320 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-1400-D		Frame: 320 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-1540-A		Frame: 320 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,220 Nm
MGOHK320-1540-B		Frame: 320 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,220 Nm
MGOHK320-1540-C		Frame: 320 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,220 Nm
MGOHK320-1540-D		Frame: 320 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,220 Nm
MGOHK320-1600-A		Frame: 320 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,760 Nm
MGOHK320-1600-B		Frame: 320 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,760 Nm
MGOHK320-1600-C		Frame: 320 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,760 Nm
MGOHK320-1600-D		Frame: 320 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,760 Nm
MGOHK320-2000-A		Frame: 320 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-2000-B		Frame: 320 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-2000-C		Frame: 320 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-2000-D		Frame: 320 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-2695-A		Frame: 320 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,275 Nm
MGOHK320-2695-B		Frame: 320 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,275 Nm
MGOHK320-2695-C		Frame: 320 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,275 Nm
MGOHK320-2695-D		Frame: 320 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,275 Nm
MGOHK320-2800-A		Frame: 320 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-2800-B		Frame: 320 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-2800-C		Frame: 320 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-2800-D		Frame: 320 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-3850-A		Frame: 320 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,365 Nm
MGOHK320-3850-B		Frame: 320 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,365 Nm
MGOHK320-3850-C		Frame: 320 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,365 Nm
MGOHK320-3850-D		Frame: 320 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,365 Nm
MGOHK320-4000-A		Frame: 320 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-4000-B		Frame: 320 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-4000-C		Frame: 320 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-4000-D		Frame: 320 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
MGOHK320-5500-A		Frame: 320 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,515 Nm
MGOHK320-5500-B		Frame: 320 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,515 Nm
MGOHK320-5500-C		Frame: 320 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,515 Nm
MGOHK320-5500-D		Frame: 320 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,515 Nm

Planetary GearboxesApex Dynamics

868 product codes available in this family

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Apex Dynamics MGOHK Right-Angle Extra High Torque Gearboxes (115-320)

Brand Apex Dynamics·Planetary Gearboxes

Available part numbers (868)

MGOHK115-004-A, MGOHK115-004-B, MGOHK115-004-C, MGOHK115-004-D, MGOHK115-005.5-A, MGOHK115-005.5-B, MGOHK115-005.5-C, MGOHK115-005.5-D, MGOHK115-008-A, MGOHK115-008-B + 858 more — see full table ↓

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Product codes & specifications

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	Product code	Spec
	MGOHK115-004-A	Frame: 115 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 75 Nm
	MGOHK115-004-B	Frame: 115 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 75 Nm
	MGOHK115-004-C	Frame: 115 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 75 Nm
	MGOHK115-004-D	Frame: 115 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 75 Nm
	MGOHK115-005.5-A	Frame: 115 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 105 Nm
	MGOHK115-005.5-B	Frame: 115 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 105 Nm
	MGOHK115-005.5-C	Frame: 115 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 105 Nm
	MGOHK115-005.5-D	Frame: 115 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 105 Nm
	MGOHK115-008-A	Frame: 115 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 150 Nm
	MGOHK115-008-B	Frame: 115 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 150 Nm
	MGOHK115-008-C	Frame: 115 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 150 Nm
	MGOHK115-008-D	Frame: 115 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 150 Nm
	MGOHK115-011-A	Frame: 115 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 210 Nm
	MGOHK115-011-B	Frame: 115 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 210 Nm
	MGOHK115-011-C	Frame: 115 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 210 Nm
	MGOHK115-011-D	Frame: 115 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 210 Nm
	MGOHK115-016-A	Frame: 115 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 240 Nm
	MGOHK115-016-B	Frame: 115 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 240 Nm
	MGOHK115-016-C	Frame: 115 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 240 Nm
	MGOHK115-016-D	Frame: 115 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 240 Nm
	MGOHK115-020-A	Frame: 115 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 230 Nm
	MGOHK115-020-B	Frame: 115 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 230 Nm
	MGOHK115-020-C	Frame: 115 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 230 Nm
	MGOHK115-020-D	Frame: 115 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 230 Nm
	MGOHK115-022-A	Frame: 115 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-022-B	Frame: 115 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-022-C	Frame: 115 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-022-D	Frame: 115 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-027.5-A	Frame: 115 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-027.5-B	Frame: 115 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-027.5-C	Frame: 115 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-027.5-D	Frame: 115 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-028-A	Frame: 115 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 220 Nm
	MGOHK115-028-B	Frame: 115 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 220 Nm
	MGOHK115-028-C	Frame: 115 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 220 Nm
	MGOHK115-028-D	Frame: 115 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 220 Nm
	MGOHK115-038.5-A	Frame: 115 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-038.5-B	Frame: 115 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-038.5-C	Frame: 115 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-038.5-D	Frame: 115 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 245 Nm
	MGOHK115-040-A	Frame: 115 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 192 Nm
	MGOHK115-040-B	Frame: 115 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 192 Nm
	MGOHK115-040-C	Frame: 115 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 192 Nm
	MGOHK115-040-D	Frame: 115 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 192 Nm
	MGOHK115-055-A	Frame: 115 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 250 Nm
	MGOHK115-055-B	Frame: 115 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 250 Nm
	MGOHK115-055-C	Frame: 115 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 250 Nm
	MGOHK115-055-D	Frame: 115 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 250 Nm
	MGOHK140-004-A	Frame: 140 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-004-B	Frame: 140 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-004-C	Frame: 140 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-004-D	Frame: 140 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-005.5-A	Frame: 140 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 440 Nm
	MGOHK140-005.5-B	Frame: 140 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 440 Nm
	MGOHK140-005.5-C	Frame: 140 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 440 Nm
	MGOHK140-005.5-D	Frame: 140 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 440 Nm
	MGOHK140-008-A	Frame: 140 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 525 Nm
	MGOHK140-008-B	Frame: 140 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 525 Nm
	MGOHK140-008-C	Frame: 140 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 525 Nm
	MGOHK140-008-D	Frame: 140 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 525 Nm
	MGOHK140-011-A	Frame: 140 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 455 Nm
	MGOHK140-011-B	Frame: 140 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 455 Nm
	MGOHK140-011-C	Frame: 140 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 455 Nm
	MGOHK140-011-D	Frame: 140 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 455 Nm
	MGOHK140-016-A	Frame: 140 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 450 Nm
	MGOHK140-016-B	Frame: 140 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 450 Nm
	MGOHK140-016-C	Frame: 140 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 450 Nm
	MGOHK140-016-D	Frame: 140 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 450 Nm
	MGOHK140-020-A	Frame: 140 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 435 Nm
	MGOHK140-020-B	Frame: 140 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 435 Nm
	MGOHK140-020-C	Frame: 140 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 435 Nm
	MGOHK140-020-D	Frame: 140 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 435 Nm
	MGOHK140-022-A	Frame: 140 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 465 Nm
	MGOHK140-022-B	Frame: 140 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 465 Nm
	MGOHK140-022-C	Frame: 140 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 465 Nm
	MGOHK140-022-D	Frame: 140 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 465 Nm
	MGOHK140-027.5-A	Frame: 140 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 465 Nm
	MGOHK140-027.5-B	Frame: 140 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 465 Nm
	MGOHK140-027.5-C	Frame: 140 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 465 Nm
	MGOHK140-027.5-D	Frame: 140 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 465 Nm
	MGOHK140-028-A	Frame: 140 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 415 Nm
	MGOHK140-028-B	Frame: 140 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 415 Nm
	MGOHK140-028-C	Frame: 140 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 415 Nm
	MGOHK140-028-D	Frame: 140 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 415 Nm
	MGOHK140-038.5-A	Frame: 140 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 470 Nm
	MGOHK140-038.5-B	Frame: 140 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 470 Nm
	MGOHK140-038.5-C	Frame: 140 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 470 Nm
	MGOHK140-038.5-D	Frame: 140 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 470 Nm
	MGOHK140-040-A	Frame: 140 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-040-B	Frame: 140 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-040-C	Frame: 140 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-040-D	Frame: 140 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-055-A	Frame: 140 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 475 Nm
	MGOHK140-055-B	Frame: 140 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 475 Nm
	MGOHK140-055-C	Frame: 140 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 475 Nm
	MGOHK140-055-D	Frame: 140 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 475 Nm
	MGOHK140-064-A	Frame: 140 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 380 Nm
	MGOHK140-064-B	Frame: 140 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 380 Nm
	MGOHK140-064-C	Frame: 140 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 380 Nm
	MGOHK140-064-D	Frame: 140 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 380 Nm
	MGOHK140-088-A	Frame: 140 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-088-B	Frame: 140 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-088-C	Frame: 140 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-088-D	Frame: 140 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-100-A	Frame: 140 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 370 Nm
	MGOHK140-100-B	Frame: 140 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 370 Nm
	MGOHK140-100-C	Frame: 140 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 370 Nm
	MGOHK140-100-D	Frame: 140 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 370 Nm
	MGOHK140-110-A	Frame: 140 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-110-B	Frame: 140 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-110-C	Frame: 140 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-110-D	Frame: 140 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-137.5-A	Frame: 140 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-137.5-B	Frame: 140 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-137.5-C	Frame: 140 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-137.5-D	Frame: 140 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 480 Nm
	MGOHK140-140-A	Frame: 140 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 370 Nm
	MGOHK140-140-B	Frame: 140 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 370 Nm
	MGOHK140-140-C	Frame: 140 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 370 Nm
	MGOHK140-140-D	Frame: 140 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 370 Nm
	MGOHK140-154-A	Frame: 140 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 485 Nm
	MGOHK140-154-B	Frame: 140 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 485 Nm
	MGOHK140-154-C	Frame: 140 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 485 Nm
	MGOHK140-154-D	Frame: 140 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 485 Nm
	MGOHK140-160-A	Frame: 140 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 380 Nm
	MGOHK140-160-B	Frame: 140 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 380 Nm
	MGOHK140-160-C	Frame: 140 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 380 Nm
	MGOHK140-160-D	Frame: 140 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 380 Nm
	MGOHK140-200-A	Frame: 140 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 390 Nm
	MGOHK140-200-B	Frame: 140 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 390 Nm
	MGOHK140-200-C	Frame: 140 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 390 Nm
	MGOHK140-200-D	Frame: 140 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 390 Nm
	MGOHK140-220-A	Frame: 140 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 490 Nm
	MGOHK140-220-B	Frame: 140 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 490 Nm
	MGOHK140-220-C	Frame: 140 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 490 Nm
	MGOHK140-220-D	Frame: 140 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 490 Nm
	MGOHK140-280-A	Frame: 140 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-280-B	Frame: 140 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-280-C	Frame: 140 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-280-D	Frame: 140 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-385-A	Frame: 140 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 495 Nm
	MGOHK140-385-B	Frame: 140 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 495 Nm
	MGOHK140-385-C	Frame: 140 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 495 Nm
	MGOHK140-385-D	Frame: 140 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 495 Nm
	MGOHK140-400-A	Frame: 140 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 390 Nm
	MGOHK140-400-B	Frame: 140 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 390 Nm
	MGOHK140-400-C	Frame: 140 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 390 Nm
	MGOHK140-400-D	Frame: 140 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 390 Nm
	MGOHK140-440-A	Frame: 140 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 450 Nm
	MGOHK140-440-B	Frame: 140 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 450 Nm
	MGOHK140-440-C	Frame: 140 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 450 Nm
	MGOHK140-440-D	Frame: 140 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 450 Nm
	MGOHK140-500-A	Frame: 140 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-500-B	Frame: 140 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-500-C	Frame: 140 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-500-D	Frame: 140 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 400 Nm
	MGOHK140-550-A	Frame: 140 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 490 Nm
	MGOHK140-550-B	Frame: 140 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 490 Nm
	MGOHK140-550-C	Frame: 140 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 490 Nm
	MGOHK140-550-D	Frame: 140 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 490 Nm
	MGOHK140-700-A	Frame: 140 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 455 Nm
	MGOHK140-700-B	Frame: 140 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 455 Nm
	MGOHK140-700-C	Frame: 140 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 455 Nm
	MGOHK140-700-D	Frame: 140 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 455 Nm
	MGOHK140-770-A	Frame: 140 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 495 Nm
	MGOHK140-770-B	Frame: 140 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 495 Nm
	MGOHK140-770-C	Frame: 140 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 495 Nm
	MGOHK140-770-D	Frame: 140 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 495 Nm
	MGOHK140-1000-A	Frame: 140 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 525 Nm
	MGOHK140-1000-B	Frame: 140 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 525 Nm
	MGOHK140-1000-C	Frame: 140 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 525 Nm
	MGOHK140-1000-D	Frame: 140 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 525 Nm
	MGOHK140-1078-A	Frame: 140 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 500 Nm
	MGOHK140-1078-B	Frame: 140 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 500 Nm
	MGOHK140-1078-C	Frame: 140 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 500 Nm
	MGOHK140-1078-D	Frame: 140 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 500 Nm
	MGOHK140-1400-A	Frame: 140 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 540 Nm
	MGOHK140-1400-B	Frame: 140 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 540 Nm
	MGOHK140-1400-C	Frame: 140 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 540 Nm
	MGOHK140-1400-D	Frame: 140 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 540 Nm
	MGOHK140-1540-A	Frame: 140 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 500 Nm
	MGOHK140-1540-B	Frame: 140 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 500 Nm
	MGOHK140-1540-C	Frame: 140 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 500 Nm
	MGOHK140-1540-D	Frame: 140 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 500 Nm
	MGOHK140-1600-A	Frame: 140 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 565 Nm
	MGOHK140-1600-B	Frame: 140 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 565 Nm
	MGOHK140-1600-C	Frame: 140 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 565 Nm
	MGOHK140-1600-D	Frame: 140 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 565 Nm
	MGOHK140-2000-A	Frame: 140 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 565 Nm
	MGOHK140-2000-B	Frame: 140 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 565 Nm
	MGOHK140-2000-C	Frame: 140 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 565 Nm
	MGOHK140-2000-D	Frame: 140 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 565 Nm
	MGOHK140-2695-A	Frame: 140 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-2695-B	Frame: 140 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-2695-C	Frame: 140 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-2695-D	Frame: 140 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-2800-A	Frame: 140 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 540 Nm
	MGOHK140-2800-B	Frame: 140 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 540 Nm
	MGOHK140-2800-C	Frame: 140 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 540 Nm
	MGOHK140-2800-D	Frame: 140 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 540 Nm
	MGOHK140-3850-A	Frame: 140 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-3850-B	Frame: 140 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-3850-C	Frame: 140 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-3850-D	Frame: 140 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 510 Nm
	MGOHK140-4000-A	Frame: 140 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 225 Nm
	MGOHK140-4000-B	Frame: 140 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 225 Nm
	MGOHK140-4000-C	Frame: 140 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 225 Nm
	MGOHK140-4000-D	Frame: 140 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 225 Nm
	MGOHK140-5500-A	Frame: 140 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 315 Nm
	MGOHK140-5500-B	Frame: 140 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 315 Nm
	MGOHK140-5500-C	Frame: 140 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 315 Nm
	MGOHK140-5500-D	Frame: 140 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 315 Nm
	MGOHK170-004-A	Frame: 170 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-004-B	Frame: 170 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-004-C	Frame: 170 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-004-D	Frame: 170 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-005.5-A	Frame: 170 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 745 Nm
	MGOHK170-005.5-B	Frame: 170 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 745 Nm
	MGOHK170-005.5-C	Frame: 170 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 745 Nm
	MGOHK170-005.5-D	Frame: 170 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 745 Nm
	MGOHK170-008-A	Frame: 170 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-008-B	Frame: 170 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-008-C	Frame: 170 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-008-D	Frame: 170 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-011-A	Frame: 170 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 765 Nm
	MGOHK170-011-B	Frame: 170 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 765 Nm
	MGOHK170-011-C	Frame: 170 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 765 Nm
	MGOHK170-011-D	Frame: 170 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 765 Nm
	MGOHK170-016-A	Frame: 170 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 840 Nm
	MGOHK170-016-B	Frame: 170 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 840 Nm
	MGOHK170-016-C	Frame: 170 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 840 Nm
	MGOHK170-016-D	Frame: 170 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 840 Nm
	MGOHK170-020-A	Frame: 170 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-020-B	Frame: 170 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-020-C	Frame: 170 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-020-D	Frame: 170 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-022-A	Frame: 170 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 780 Nm
	MGOHK170-022-B	Frame: 170 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 780 Nm
	MGOHK170-022-C	Frame: 170 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 780 Nm
	MGOHK170-022-D	Frame: 170 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 780 Nm
	MGOHK170-027.5-A	Frame: 170 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 785 Nm
	MGOHK170-027.5-B	Frame: 170 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 785 Nm
	MGOHK170-027.5-C	Frame: 170 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 785 Nm
	MGOHK170-027.5-D	Frame: 170 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 785 Nm
	MGOHK170-028-A	Frame: 170 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 775 Nm
	MGOHK170-028-B	Frame: 170 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 775 Nm
	MGOHK170-028-C	Frame: 170 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 775 Nm
	MGOHK170-028-D	Frame: 170 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 775 Nm
	MGOHK170-038.5-A	Frame: 170 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 795 Nm
	MGOHK170-038.5-B	Frame: 170 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 795 Nm
	MGOHK170-038.5-C	Frame: 170 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 795 Nm
	MGOHK170-038.5-D	Frame: 170 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 795 Nm
	MGOHK170-040-A	Frame: 170 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 740 Nm
	MGOHK170-040-B	Frame: 170 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 740 Nm
	MGOHK170-040-C	Frame: 170 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 740 Nm
	MGOHK170-040-D	Frame: 170 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 740 Nm
	MGOHK170-055-A	Frame: 170 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 805 Nm
	MGOHK170-055-B	Frame: 170 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 805 Nm
	MGOHK170-055-C	Frame: 170 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 805 Nm
	MGOHK170-055-D	Frame: 170 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 805 Nm
	MGOHK170-064-A	Frame: 170 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 700 Nm
	MGOHK170-064-B	Frame: 170 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 700 Nm
	MGOHK170-064-C	Frame: 170 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 700 Nm
	MGOHK170-064-D	Frame: 170 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 700 Nm
	MGOHK170-088-A	Frame: 170 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 815 Nm
	MGOHK170-088-B	Frame: 170 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 815 Nm
	MGOHK170-088-C	Frame: 170 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 815 Nm
	MGOHK170-088-D	Frame: 170 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 815 Nm
	MGOHK170-100-A	Frame: 170 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 670 Nm
	MGOHK170-100-B	Frame: 170 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 670 Nm
	MGOHK170-100-C	Frame: 170 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 670 Nm
	MGOHK170-100-D	Frame: 170 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 670 Nm
	MGOHK170-110-A	Frame: 170 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 820 Nm
	MGOHK170-110-B	Frame: 170 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 820 Nm
	MGOHK170-110-C	Frame: 170 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 820 Nm
	MGOHK170-110-D	Frame: 170 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 820 Nm
	MGOHK170-137.5-A	Frame: 170 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-137.5-B	Frame: 170 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-137.5-C	Frame: 170 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-137.5-D	Frame: 170 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-140-A	Frame: 170 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 650 Nm
	MGOHK170-140-B	Frame: 170 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 650 Nm
	MGOHK170-140-C	Frame: 170 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 650 Nm
	MGOHK170-140-D	Frame: 170 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 650 Nm
	MGOHK170-154-A	Frame: 170 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-154-B	Frame: 170 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-154-C	Frame: 170 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-154-D	Frame: 170 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-160-A	Frame: 170 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 655 Nm
	MGOHK170-160-B	Frame: 170 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 655 Nm
	MGOHK170-160-C	Frame: 170 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 655 Nm
	MGOHK170-160-D	Frame: 170 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 655 Nm
	MGOHK170-200-A	Frame: 170 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 665 Nm
	MGOHK170-200-B	Frame: 170 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 665 Nm
	MGOHK170-200-C	Frame: 170 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 665 Nm
	MGOHK170-200-D	Frame: 170 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 665 Nm
	MGOHK170-220-A	Frame: 170 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 835 Nm
	MGOHK170-220-B	Frame: 170 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 835 Nm
	MGOHK170-220-C	Frame: 170 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 835 Nm
	MGOHK170-220-D	Frame: 170 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 835 Nm
	MGOHK170-280-A	Frame: 170 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 690 Nm
	MGOHK170-280-B	Frame: 170 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 690 Nm
	MGOHK170-280-C	Frame: 170 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 690 Nm
	MGOHK170-280-D	Frame: 170 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 690 Nm
	MGOHK170-385-A	Frame: 170 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 850 Nm
	MGOHK170-385-B	Frame: 170 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 850 Nm
	MGOHK170-385-C	Frame: 170 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 850 Nm
	MGOHK170-385-D	Frame: 170 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 850 Nm
	MGOHK170-400-A	Frame: 170 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 675 Nm
	MGOHK170-400-B	Frame: 170 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 675 Nm
	MGOHK170-400-C	Frame: 170 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 675 Nm
	MGOHK170-400-D	Frame: 170 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 675 Nm
	MGOHK170-440-A	Frame: 170 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 835 Nm
	MGOHK170-440-B	Frame: 170 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 835 Nm
	MGOHK170-440-C	Frame: 170 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 835 Nm
	MGOHK170-440-D	Frame: 170 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 835 Nm
	MGOHK170-500-A	Frame: 170 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 715 Nm
	MGOHK170-500-B	Frame: 170 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 715 Nm
	MGOHK170-500-C	Frame: 170 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 715 Nm
	MGOHK170-500-D	Frame: 170 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 715 Nm
	MGOHK170-550-A	Frame: 170 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-550-B	Frame: 170 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-550-C	Frame: 170 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-550-D	Frame: 170 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-700-A	Frame: 170 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-700-B	Frame: 170 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-700-C	Frame: 170 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-700-D	Frame: 170 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 825 Nm
	MGOHK170-770-A	Frame: 170 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 850 Nm
	MGOHK170-770-B	Frame: 170 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 850 Nm
	MGOHK170-770-C	Frame: 170 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 850 Nm
	MGOHK170-770-D	Frame: 170 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 850 Nm
	MGOHK170-1000-A	Frame: 170 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-1000-B	Frame: 170 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-1000-C	Frame: 170 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-1000-D	Frame: 170 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-1078-A	Frame: 170 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 860 Nm
	MGOHK170-1078-B	Frame: 170 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 860 Nm
	MGOHK170-1078-C	Frame: 170 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 860 Nm
	MGOHK170-1078-D	Frame: 170 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 860 Nm
	MGOHK170-1400-A	Frame: 170 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-1400-B	Frame: 170 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-1400-C	Frame: 170 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-1400-D	Frame: 170 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-1540-A	Frame: 170 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 870 Nm
	MGOHK170-1540-B	Frame: 170 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 870 Nm
	MGOHK170-1540-C	Frame: 170 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 870 Nm
	MGOHK170-1540-D	Frame: 170 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 870 Nm
	MGOHK170-1600-A	Frame: 170 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-1600-B	Frame: 170 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-1600-C	Frame: 170 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-1600-D	Frame: 170 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-2000-A	Frame: 170 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-2000-B	Frame: 170 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-2000-C	Frame: 170 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-2000-D	Frame: 170 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 810 Nm
	MGOHK170-2695-A	Frame: 170 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 880 Nm
	MGOHK170-2695-B	Frame: 170 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 880 Nm
	MGOHK170-2695-C	Frame: 170 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 880 Nm
	MGOHK170-2695-D	Frame: 170 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 880 Nm
	MGOHK170-2800-A	Frame: 170 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-2800-B	Frame: 170 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-2800-C	Frame: 170 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-2800-D	Frame: 170 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 845 Nm
	MGOHK170-3850-A	Frame: 170 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 980 Nm
	MGOHK170-3850-B	Frame: 170 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 980 Nm
	MGOHK170-3850-C	Frame: 170 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 980 Nm
	MGOHK170-3850-D	Frame: 170 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 980 Nm
	MGOHK170-4000-A	Frame: 170 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 650 Nm
	MGOHK170-4000-B	Frame: 170 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 650 Nm
	MGOHK170-4000-C	Frame: 170 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 650 Nm
	MGOHK170-4000-D	Frame: 170 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 650 Nm
	MGOHK170-5500-A	Frame: 170 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 895 Nm
	MGOHK170-5500-B	Frame: 170 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 895 Nm
	MGOHK170-5500-C	Frame: 170 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 895 Nm
	MGOHK170-5500-D	Frame: 170 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 895 Nm
	MGOHK240-004-A	Frame: 240 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,728 Nm
	MGOHK240-004-B	Frame: 240 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,728 Nm
	MGOHK240-004-C	Frame: 240 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,728 Nm
	MGOHK240-004-D	Frame: 240 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,728 Nm
	MGOHK240-005.5-A	Frame: 240 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,665 Nm
	MGOHK240-005.5-B	Frame: 240 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,665 Nm
	MGOHK240-005.5-C	Frame: 240 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,665 Nm
	MGOHK240-005.5-D	Frame: 240 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,665 Nm
	MGOHK240-008-A	Frame: 240 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,584 Nm
	MGOHK240-008-B	Frame: 240 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,584 Nm
	MGOHK240-008-C	Frame: 240 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,584 Nm
	MGOHK240-008-D	Frame: 240 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,584 Nm
	MGOHK240-011-A	Frame: 240 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,710 Nm
	MGOHK240-011-B	Frame: 240 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,710 Nm
	MGOHK240-011-C	Frame: 240 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,710 Nm
	MGOHK240-011-D	Frame: 240 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,710 Nm
	MGOHK240-016-A	Frame: 240 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-016-B	Frame: 240 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-016-C	Frame: 240 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-016-D	Frame: 240 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-020-A	Frame: 240 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-020-B	Frame: 240 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-020-C	Frame: 240 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-020-D	Frame: 240 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-022-A	Frame: 240 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,740 Nm
	MGOHK240-022-B	Frame: 240 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,740 Nm
	MGOHK240-022-C	Frame: 240 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,740 Nm
	MGOHK240-022-D	Frame: 240 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,740 Nm
	MGOHK240-027.5-A	Frame: 240 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,750 Nm
	MGOHK240-027.5-B	Frame: 240 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,750 Nm
	MGOHK240-027.5-C	Frame: 240 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,750 Nm
	MGOHK240-027.5-D	Frame: 240 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,750 Nm
	MGOHK240-028-A	Frame: 240 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-028-B	Frame: 240 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-028-C	Frame: 240 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-028-D	Frame: 240 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-038.5-A	Frame: 240 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,770 Nm
	MGOHK240-038.5-B	Frame: 240 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,770 Nm
	MGOHK240-038.5-C	Frame: 240 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,770 Nm
	MGOHK240-038.5-D	Frame: 240 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,770 Nm
	MGOHK240-040-A	Frame: 240 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,725 Nm
	MGOHK240-040-B	Frame: 240 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,725 Nm
	MGOHK240-040-C	Frame: 240 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,725 Nm
	MGOHK240-040-D	Frame: 240 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,725 Nm
	MGOHK240-055-A	Frame: 240 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,785 Nm
	MGOHK240-055-B	Frame: 240 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,785 Nm
	MGOHK240-055-C	Frame: 240 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,785 Nm
	MGOHK240-055-D	Frame: 240 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,785 Nm
	MGOHK240-064-A	Frame: 240 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,770 Nm
	MGOHK240-064-B	Frame: 240 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,770 Nm
	MGOHK240-064-C	Frame: 240 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,770 Nm
	MGOHK240-064-D	Frame: 240 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,770 Nm
	MGOHK240-088-A	Frame: 240 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-088-B	Frame: 240 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-088-C	Frame: 240 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-088-D	Frame: 240 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,800 Nm
	MGOHK240-100-A	Frame: 240 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,695 Nm
	MGOHK240-100-B	Frame: 240 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,695 Nm
	MGOHK240-100-C	Frame: 240 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,695 Nm
	MGOHK240-100-D	Frame: 240 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,695 Nm
	MGOHK240-110-A	Frame: 240 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,810 Nm
	MGOHK240-110-B	Frame: 240 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,810 Nm
	MGOHK240-110-C	Frame: 240 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,810 Nm
	MGOHK240-110-D	Frame: 240 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,810 Nm
	MGOHK240-137.5-A	Frame: 240 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,820 Nm
	MGOHK240-137.5-B	Frame: 240 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,820 Nm
	MGOHK240-137.5-C	Frame: 240 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,820 Nm
	MGOHK240-137.5-D	Frame: 240 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,820 Nm
	MGOHK240-140-A	Frame: 240 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,640 Nm
	MGOHK240-140-B	Frame: 240 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,640 Nm
	MGOHK240-140-C	Frame: 240 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,640 Nm
	MGOHK240-140-D	Frame: 240 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,640 Nm
	MGOHK240-154-A	Frame: 240 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,825 Nm
	MGOHK240-154-B	Frame: 240 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,825 Nm
	MGOHK240-154-C	Frame: 240 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,825 Nm
	MGOHK240-154-D	Frame: 240 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,825 Nm
	MGOHK240-160-A	Frame: 240 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,620 Nm
	MGOHK240-160-B	Frame: 240 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,620 Nm
	MGOHK240-160-C	Frame: 240 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,620 Nm
	MGOHK240-160-D	Frame: 240 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,620 Nm
	MGOHK240-200-A	Frame: 240 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,585 Nm
	MGOHK240-200-B	Frame: 240 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,585 Nm
	MGOHK240-200-C	Frame: 240 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,585 Nm
	MGOHK240-200-D	Frame: 240 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,585 Nm
	MGOHK240-220-A	Frame: 240 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-220-B	Frame: 240 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-220-C	Frame: 240 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-220-D	Frame: 240 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-280-A	Frame: 240 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,605 Nm
	MGOHK240-280-B	Frame: 240 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,605 Nm
	MGOHK240-280-C	Frame: 240 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,605 Nm
	MGOHK240-280-D	Frame: 240 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,605 Nm
	MGOHK240-385-A	Frame: 240 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,845 Nm
	MGOHK240-385-B	Frame: 240 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,845 Nm
	MGOHK240-385-C	Frame: 240 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,845 Nm
	MGOHK240-385-D	Frame: 240 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,845 Nm
	MGOHK240-400-A	Frame: 240 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,565 Nm
	MGOHK240-400-B	Frame: 240 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,565 Nm
	MGOHK240-400-C	Frame: 240 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,565 Nm
	MGOHK240-400-D	Frame: 240 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,565 Nm
	MGOHK240-440-A	Frame: 240 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-440-B	Frame: 240 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-440-C	Frame: 240 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-440-D	Frame: 240 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-500-A	Frame: 240 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,635 Nm
	MGOHK240-500-B	Frame: 240 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,635 Nm
	MGOHK240-500-C	Frame: 240 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,635 Nm
	MGOHK240-500-D	Frame: 240 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,635 Nm
	MGOHK240-550-A	Frame: 240 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,860 Nm
	MGOHK240-550-B	Frame: 240 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,860 Nm
	MGOHK240-550-C	Frame: 240 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,860 Nm
	MGOHK240-550-D	Frame: 240 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,860 Nm
	MGOHK240-700-A	Frame: 240 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,850 Nm
	MGOHK240-700-B	Frame: 240 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,850 Nm
	MGOHK240-700-C	Frame: 240 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,850 Nm
	MGOHK240-700-D	Frame: 240 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,850 Nm
	MGOHK240-770-A	Frame: 240 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,870 Nm
	MGOHK240-770-B	Frame: 240 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,870 Nm
	MGOHK240-770-C	Frame: 240 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,870 Nm
	MGOHK240-770-D	Frame: 240 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,870 Nm
	MGOHK240-1000-A	Frame: 240 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,100 Nm
	MGOHK240-1000-B	Frame: 240 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,100 Nm
	MGOHK240-1000-C	Frame: 240 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,100 Nm
	MGOHK240-1000-D	Frame: 240 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,100 Nm
	MGOHK240-1078-A	Frame: 240 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,890 Nm
	MGOHK240-1078-B	Frame: 240 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,890 Nm
	MGOHK240-1078-C	Frame: 240 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,890 Nm
	MGOHK240-1078-D	Frame: 240 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,890 Nm
	MGOHK240-1400-A	Frame: 240 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,220 Nm
	MGOHK240-1400-B	Frame: 240 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,220 Nm
	MGOHK240-1400-C	Frame: 240 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,220 Nm
	MGOHK240-1400-D	Frame: 240 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,220 Nm
	MGOHK240-1540-A	Frame: 240 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,910 Nm
	MGOHK240-1540-B	Frame: 240 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,910 Nm
	MGOHK240-1540-C	Frame: 240 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,910 Nm
	MGOHK240-1540-D	Frame: 240 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,910 Nm
	MGOHK240-1600-A	Frame: 240 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,225 Nm
	MGOHK240-1600-B	Frame: 240 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,225 Nm
	MGOHK240-1600-C	Frame: 240 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,225 Nm
	MGOHK240-1600-D	Frame: 240 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,225 Nm
	MGOHK240-2000-A	Frame: 240 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,240 Nm
	MGOHK240-2000-B	Frame: 240 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,240 Nm
	MGOHK240-2000-C	Frame: 240 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,240 Nm
	MGOHK240-2000-D	Frame: 240 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,240 Nm
	MGOHK240-2695-A	Frame: 240 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,935 Nm
	MGOHK240-2695-B	Frame: 240 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,935 Nm
	MGOHK240-2695-C	Frame: 240 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,935 Nm
	MGOHK240-2695-D	Frame: 240 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,935 Nm
	MGOHK240-2800-A	Frame: 240 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,225 Nm
	MGOHK240-2800-B	Frame: 240 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,225 Nm
	MGOHK240-2800-C	Frame: 240 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,225 Nm
	MGOHK240-2800-D	Frame: 240 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,225 Nm
	MGOHK240-3850-A	Frame: 240 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,610 Nm
	MGOHK240-3850-B	Frame: 240 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,610 Nm
	MGOHK240-3850-C	Frame: 240 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,610 Nm
	MGOHK240-3850-D	Frame: 240 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,610 Nm
	MGOHK240-4000-A	Frame: 240 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-4000-B	Frame: 240 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-4000-C	Frame: 240 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-4000-D	Frame: 240 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,840 Nm
	MGOHK240-5500-A	Frame: 240 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,980 Nm
	MGOHK240-5500-B	Frame: 240 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,980 Nm
	MGOHK240-5500-C	Frame: 240 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,980 Nm
	MGOHK240-5500-D	Frame: 240 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,980 Nm
	MGOHK285-004-A	Frame: 285 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,805 Nm
	MGOHK285-004-B	Frame: 285 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,805 Nm
	MGOHK285-004-C	Frame: 285 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,805 Nm
	MGOHK285-004-D	Frame: 285 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,805 Nm
	MGOHK285-005.5-A	Frame: 285 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,590 Nm
	MGOHK285-005.5-B	Frame: 285 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,590 Nm
	MGOHK285-005.5-C	Frame: 285 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,590 Nm
	MGOHK285-005.5-D	Frame: 285 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,590 Nm
	MGOHK285-008-A	Frame: 285 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,610 Nm
	MGOHK285-008-B	Frame: 285 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,610 Nm
	MGOHK285-008-C	Frame: 285 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,610 Nm
	MGOHK285-008-D	Frame: 285 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,610 Nm
	MGOHK285-011-A	Frame: 285 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,655 Nm
	MGOHK285-011-B	Frame: 285 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,655 Nm
	MGOHK285-011-C	Frame: 285 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,655 Nm
	MGOHK285-011-D	Frame: 285 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,655 Nm
	MGOHK285-016-A	Frame: 285 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,015 Nm
	MGOHK285-016-B	Frame: 285 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,015 Nm
	MGOHK285-016-C	Frame: 285 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,015 Nm
	MGOHK285-016-D	Frame: 285 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,015 Nm
	MGOHK285-020-A	Frame: 285 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,015 Nm
	MGOHK285-020-B	Frame: 285 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,015 Nm
	MGOHK285-020-C	Frame: 285 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,015 Nm
	MGOHK285-020-D	Frame: 285 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,015 Nm
	MGOHK285-022-A	Frame: 285 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,685 Nm
	MGOHK285-022-B	Frame: 285 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,685 Nm
	MGOHK285-022-C	Frame: 285 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,685 Nm
	MGOHK285-022-D	Frame: 285 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,685 Nm
	MGOHK285-027.5-A	Frame: 285 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,700 Nm
	MGOHK285-027.5-B	Frame: 285 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,700 Nm
	MGOHK285-027.5-C	Frame: 285 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,700 Nm
	MGOHK285-027.5-D	Frame: 285 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,700 Nm
	MGOHK285-028-A	Frame: 285 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,872 Nm
	MGOHK285-028-B	Frame: 285 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,872 Nm
	MGOHK285-028-C	Frame: 285 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,872 Nm
	MGOHK285-028-D	Frame: 285 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,872 Nm
	MGOHK285-038.5-A	Frame: 285 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,574 Nm
	MGOHK285-038.5-B	Frame: 285 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,574 Nm
	MGOHK285-038.5-C	Frame: 285 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,574 Nm
	MGOHK285-038.5-D	Frame: 285 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,574 Nm
	MGOHK285-040-A	Frame: 285 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 1,728 Nm
	MGOHK285-040-B	Frame: 285 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 1,728 Nm
	MGOHK285-040-C	Frame: 285 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 1,728 Nm
	MGOHK285-040-D	Frame: 285 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 1,728 Nm
	MGOHK285-055-A	Frame: 285 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,376 Nm
	MGOHK285-055-B	Frame: 285 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,376 Nm
	MGOHK285-055-C	Frame: 285 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,376 Nm
	MGOHK285-055-D	Frame: 285 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,376 Nm
	MGOHK285-064-A	Frame: 285 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,880 Nm
	MGOHK285-064-B	Frame: 285 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,880 Nm
	MGOHK285-064-C	Frame: 285 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,880 Nm
	MGOHK285-064-D	Frame: 285 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,880 Nm
	MGOHK285-088-A	Frame: 285 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,185 Nm
	MGOHK285-088-B	Frame: 285 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,185 Nm
	MGOHK285-088-C	Frame: 285 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,185 Nm
	MGOHK285-088-D	Frame: 285 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,185 Nm
	MGOHK285-100-A	Frame: 285 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,760 Nm
	MGOHK285-100-B	Frame: 285 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,760 Nm
	MGOHK285-100-C	Frame: 285 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,760 Nm
	MGOHK285-100-D	Frame: 285 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,760 Nm
	MGOHK285-110-A	Frame: 285 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,800 Nm
	MGOHK285-110-B	Frame: 285 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,800 Nm
	MGOHK285-110-C	Frame: 285 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,800 Nm
	MGOHK285-110-D	Frame: 285 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,800 Nm
	MGOHK285-137.5-A	Frame: 285 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,815 Nm
	MGOHK285-137.5-B	Frame: 285 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,815 Nm
	MGOHK285-137.5-C	Frame: 285 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,815 Nm
	MGOHK285-137.5-D	Frame: 285 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,815 Nm
	MGOHK285-140-A	Frame: 285 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,680 Nm
	MGOHK285-140-B	Frame: 285 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,680 Nm
	MGOHK285-140-C	Frame: 285 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,680 Nm
	MGOHK285-140-D	Frame: 285 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,680 Nm
	MGOHK285-154-A	Frame: 285 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,820 Nm
	MGOHK285-154-B	Frame: 285 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,820 Nm
	MGOHK285-154-C	Frame: 285 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,820 Nm
	MGOHK285-154-D	Frame: 285 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,820 Nm
	MGOHK285-160-A	Frame: 285 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,650 Nm
	MGOHK285-160-B	Frame: 285 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,650 Nm
	MGOHK285-160-C	Frame: 285 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,650 Nm
	MGOHK285-160-D	Frame: 285 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,650 Nm
	MGOHK285-200-A	Frame: 285 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,600 Nm
	MGOHK285-200-B	Frame: 285 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,600 Nm
	MGOHK285-200-C	Frame: 285 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,600 Nm
	MGOHK285-200-D	Frame: 285 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,600 Nm
	MGOHK285-220-A	Frame: 285 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,850 Nm
	MGOHK285-220-B	Frame: 285 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,850 Nm
	MGOHK285-220-C	Frame: 285 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,850 Nm
	MGOHK285-220-D	Frame: 285 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,850 Nm
	MGOHK285-280-A	Frame: 285 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,755 Nm
	MGOHK285-280-B	Frame: 285 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,755 Nm
	MGOHK285-280-C	Frame: 285 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,755 Nm
	MGOHK285-280-D	Frame: 285 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,755 Nm
	MGOHK285-385-A	Frame: 285 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,890 Nm
	MGOHK285-385-B	Frame: 285 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,890 Nm
	MGOHK285-385-C	Frame: 285 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,890 Nm
	MGOHK285-385-D	Frame: 285 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,890 Nm
	MGOHK285-400-A	Frame: 285 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,605 Nm
	MGOHK285-400-B	Frame: 285 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,605 Nm
	MGOHK285-400-C	Frame: 285 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,605 Nm
	MGOHK285-400-D	Frame: 285 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,605 Nm
	MGOHK285-440-A	Frame: 285 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,840 Nm
	MGOHK285-440-B	Frame: 285 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,840 Nm
	MGOHK285-440-C	Frame: 285 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,840 Nm
	MGOHK285-440-D	Frame: 285 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,840 Nm
	MGOHK285-500-A	Frame: 285 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,725 Nm
	MGOHK285-500-B	Frame: 285 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,725 Nm
	MGOHK285-500-C	Frame: 285 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,725 Nm
	MGOHK285-500-D	Frame: 285 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,725 Nm
	MGOHK285-550-A	Frame: 285 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,870 Nm
	MGOHK285-550-B	Frame: 285 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,870 Nm
	MGOHK285-550-C	Frame: 285 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,870 Nm
	MGOHK285-550-D	Frame: 285 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,870 Nm
	MGOHK285-700-A	Frame: 285 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,040 Nm
	MGOHK285-700-B	Frame: 285 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,040 Nm
	MGOHK285-700-C	Frame: 285 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,040 Nm
	MGOHK285-700-D	Frame: 285 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,040 Nm
	MGOHK285-770-A	Frame: 285 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,895 Nm
	MGOHK285-770-B	Frame: 285 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,895 Nm
	MGOHK285-770-C	Frame: 285 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,895 Nm
	MGOHK285-770-D	Frame: 285 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,895 Nm
	MGOHK285-1000-A	Frame: 285 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,395 Nm
	MGOHK285-1000-B	Frame: 285 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,395 Nm
	MGOHK285-1000-C	Frame: 285 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,395 Nm
	MGOHK285-1000-D	Frame: 285 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,395 Nm
	MGOHK285-1078-A	Frame: 285 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,920 Nm
	MGOHK285-1078-B	Frame: 285 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,920 Nm
	MGOHK285-1078-C	Frame: 285 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,920 Nm
	MGOHK285-1078-D	Frame: 285 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,920 Nm
	MGOHK285-1400-A	Frame: 285 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,430 Nm
	MGOHK285-1400-B	Frame: 285 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,430 Nm
	MGOHK285-1400-C	Frame: 285 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,430 Nm
	MGOHK285-1400-D	Frame: 285 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,430 Nm
	MGOHK285-1540-A	Frame: 285 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,945 Nm
	MGOHK285-1540-B	Frame: 285 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,945 Nm
	MGOHK285-1540-C	Frame: 285 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,945 Nm
	MGOHK285-1540-D	Frame: 285 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,945 Nm
	MGOHK285-1600-A	Frame: 285 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,435 Nm
	MGOHK285-1600-B	Frame: 285 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,435 Nm
	MGOHK285-1600-C	Frame: 285 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,435 Nm
	MGOHK285-1600-D	Frame: 285 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,435 Nm
	MGOHK285-2000-A	Frame: 285 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,455 Nm
	MGOHK285-2000-B	Frame: 285 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,455 Nm
	MGOHK285-2000-C	Frame: 285 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,455 Nm
	MGOHK285-2000-D	Frame: 285 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,455 Nm
	MGOHK285-2695-A	Frame: 285 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,980 Nm
	MGOHK285-2695-B	Frame: 285 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,980 Nm
	MGOHK285-2695-C	Frame: 285 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,980 Nm
	MGOHK285-2695-D	Frame: 285 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,980 Nm
	MGOHK285-2800-A	Frame: 285 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,480 Nm
	MGOHK285-2800-B	Frame: 285 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,480 Nm
	MGOHK285-2800-C	Frame: 285 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,480 Nm
	MGOHK285-2800-D	Frame: 285 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,480 Nm
	MGOHK285-3850-A	Frame: 285 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,995 Nm
	MGOHK285-3850-B	Frame: 285 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,995 Nm
	MGOHK285-3850-C	Frame: 285 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,995 Nm
	MGOHK285-3850-D	Frame: 285 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,995 Nm
	MGOHK285-4000-A	Frame: 285 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,515 Nm
	MGOHK285-4000-B	Frame: 285 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,515 Nm
	MGOHK285-4000-C	Frame: 285 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,515 Nm
	MGOHK285-4000-D	Frame: 285 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,515 Nm
	MGOHK285-5500-A	Frame: 285 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,110 Nm
	MGOHK285-5500-B	Frame: 285 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,110 Nm
	MGOHK285-5500-C	Frame: 285 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,110 Nm
	MGOHK285-5500-D	Frame: 285 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,110 Nm
	MGOHK320-004-A	Frame: 320 \| Ratio i: 4 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,545 Nm
	MGOHK320-004-B	Frame: 320 \| Ratio i: 4 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,545 Nm
	MGOHK320-004-C	Frame: 320 \| Ratio i: 4 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,545 Nm
	MGOHK320-004-D	Frame: 320 \| Ratio i: 4 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,545 Nm
	MGOHK320-005.5-A	Frame: 320 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,700 Nm
	MGOHK320-005.5-B	Frame: 320 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,700 Nm
	MGOHK320-005.5-C	Frame: 320 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,700 Nm
	MGOHK320-005.5-D	Frame: 320 \| Ratio i: 5.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,700 Nm
	MGOHK320-008-A	Frame: 320 \| Ratio i: 8 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,680 Nm
	MGOHK320-008-B	Frame: 320 \| Ratio i: 8 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,680 Nm
	MGOHK320-008-C	Frame: 320 \| Ratio i: 8 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,680 Nm
	MGOHK320-008-D	Frame: 320 \| Ratio i: 8 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,680 Nm
	MGOHK320-011-A	Frame: 320 \| Ratio i: 11 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,800 Nm
	MGOHK320-011-B	Frame: 320 \| Ratio i: 11 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,800 Nm
	MGOHK320-011-C	Frame: 320 \| Ratio i: 11 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,800 Nm
	MGOHK320-011-D	Frame: 320 \| Ratio i: 11 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,800 Nm
	MGOHK320-016-A	Frame: 320 \| Ratio i: 16 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,935 Nm
	MGOHK320-016-B	Frame: 320 \| Ratio i: 16 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,935 Nm
	MGOHK320-016-C	Frame: 320 \| Ratio i: 16 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,935 Nm
	MGOHK320-016-D	Frame: 320 \| Ratio i: 16 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,935 Nm
	MGOHK320-020-A	Frame: 320 \| Ratio i: 20 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,935 Nm
	MGOHK320-020-B	Frame: 320 \| Ratio i: 20 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,935 Nm
	MGOHK320-020-C	Frame: 320 \| Ratio i: 20 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,935 Nm
	MGOHK320-020-D	Frame: 320 \| Ratio i: 20 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,935 Nm
	MGOHK320-022-A	Frame: 320 \| Ratio i: 22 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,815 Nm
	MGOHK320-022-B	Frame: 320 \| Ratio i: 22 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,815 Nm
	MGOHK320-022-C	Frame: 320 \| Ratio i: 22 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,815 Nm
	MGOHK320-022-D	Frame: 320 \| Ratio i: 22 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,815 Nm
	MGOHK320-027.5-A	Frame: 320 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,840 Nm
	MGOHK320-027.5-B	Frame: 320 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,840 Nm
	MGOHK320-027.5-C	Frame: 320 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,840 Nm
	MGOHK320-027.5-D	Frame: 320 \| Ratio i: 27.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,840 Nm
	MGOHK320-028-A	Frame: 320 \| Ratio i: 28 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,600 Nm
	MGOHK320-028-B	Frame: 320 \| Ratio i: 28 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,600 Nm
	MGOHK320-028-C	Frame: 320 \| Ratio i: 28 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,600 Nm
	MGOHK320-028-D	Frame: 320 \| Ratio i: 28 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,600 Nm
	MGOHK320-038.5-A	Frame: 320 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,885 Nm
	MGOHK320-038.5-B	Frame: 320 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,885 Nm
	MGOHK320-038.5-C	Frame: 320 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,885 Nm
	MGOHK320-038.5-D	Frame: 320 \| Ratio i: 38.5 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,885 Nm
	MGOHK320-040-A	Frame: 320 \| Ratio i: 40 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 2,880 Nm
	MGOHK320-040-B	Frame: 320 \| Ratio i: 40 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 2,880 Nm
	MGOHK320-040-C	Frame: 320 \| Ratio i: 40 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 2,880 Nm
	MGOHK320-040-D	Frame: 320 \| Ratio i: 40 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 2,880 Nm
	MGOHK320-055-A	Frame: 320 \| Ratio i: 55 \| Stages: 2 \| Application direction: A 6 o'clock \| Nominal torque T2N: 3,790 Nm
	MGOHK320-055-B	Frame: 320 \| Ratio i: 55 \| Stages: 2 \| Application direction: B 9 o'clock \| Nominal torque T2N: 3,790 Nm
	MGOHK320-055-C	Frame: 320 \| Ratio i: 55 \| Stages: 2 \| Application direction: C 12 o'clock \| Nominal torque T2N: 3,790 Nm
	MGOHK320-055-D	Frame: 320 \| Ratio i: 55 \| Stages: 2 \| Application direction: D 3 o'clock \| Nominal torque T2N: 3,790 Nm
	MGOHK320-064-A	Frame: 320 \| Ratio i: 64 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,760 Nm
	MGOHK320-064-B	Frame: 320 \| Ratio i: 64 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,760 Nm
	MGOHK320-064-C	Frame: 320 \| Ratio i: 64 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,760 Nm
	MGOHK320-064-D	Frame: 320 \| Ratio i: 64 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,760 Nm
	MGOHK320-088-A	Frame: 320 \| Ratio i: 88 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,970 Nm
	MGOHK320-088-B	Frame: 320 \| Ratio i: 88 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,970 Nm
	MGOHK320-088-C	Frame: 320 \| Ratio i: 88 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,970 Nm
	MGOHK320-088-D	Frame: 320 \| Ratio i: 88 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,970 Nm
	MGOHK320-100-A	Frame: 320 \| Ratio i: 100 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,520 Nm
	MGOHK320-100-B	Frame: 320 \| Ratio i: 100 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,520 Nm
	MGOHK320-100-C	Frame: 320 \| Ratio i: 100 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,520 Nm
	MGOHK320-100-D	Frame: 320 \| Ratio i: 100 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,520 Nm
	MGOHK320-110-A	Frame: 320 \| Ratio i: 110 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 4,990 Nm
	MGOHK320-110-B	Frame: 320 \| Ratio i: 110 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 4,990 Nm
	MGOHK320-110-C	Frame: 320 \| Ratio i: 110 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 4,990 Nm
	MGOHK320-110-D	Frame: 320 \| Ratio i: 110 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 4,990 Nm
	MGOHK320-137.5-A	Frame: 320 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,020 Nm
	MGOHK320-137.5-B	Frame: 320 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,020 Nm
	MGOHK320-137.5-C	Frame: 320 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,020 Nm
	MGOHK320-137.5-D	Frame: 320 \| Ratio i: 137.5 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,020 Nm
	MGOHK320-140-A	Frame: 320 \| Ratio i: 140 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,360 Nm
	MGOHK320-140-B	Frame: 320 \| Ratio i: 140 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,360 Nm
	MGOHK320-140-C	Frame: 320 \| Ratio i: 140 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,360 Nm
	MGOHK320-140-D	Frame: 320 \| Ratio i: 140 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,360 Nm
	MGOHK320-154-A	Frame: 320 \| Ratio i: 154 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,035 Nm
	MGOHK320-154-B	Frame: 320 \| Ratio i: 154 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,035 Nm
	MGOHK320-154-C	Frame: 320 \| Ratio i: 154 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,035 Nm
	MGOHK320-154-D	Frame: 320 \| Ratio i: 154 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,035 Nm
	MGOHK320-160-A	Frame: 320 \| Ratio i: 160 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,300 Nm
	MGOHK320-160-B	Frame: 320 \| Ratio i: 160 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,300 Nm
	MGOHK320-160-C	Frame: 320 \| Ratio i: 160 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,300 Nm
	MGOHK320-160-D	Frame: 320 \| Ratio i: 160 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,300 Nm
	MGOHK320-200-A	Frame: 320 \| Ratio i: 200 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,200 Nm
	MGOHK320-200-B	Frame: 320 \| Ratio i: 200 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,200 Nm
	MGOHK320-200-C	Frame: 320 \| Ratio i: 200 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,200 Nm
	MGOHK320-200-D	Frame: 320 \| Ratio i: 200 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,200 Nm
	MGOHK320-220-A	Frame: 320 \| Ratio i: 220 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,070 Nm
	MGOHK320-220-B	Frame: 320 \| Ratio i: 220 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,070 Nm
	MGOHK320-220-C	Frame: 320 \| Ratio i: 220 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,070 Nm
	MGOHK320-220-D	Frame: 320 \| Ratio i: 220 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,070 Nm
	MGOHK320-280-A	Frame: 320 \| Ratio i: 280 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,490 Nm
	MGOHK320-280-B	Frame: 320 \| Ratio i: 280 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,490 Nm
	MGOHK320-280-C	Frame: 320 \| Ratio i: 280 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,490 Nm
	MGOHK320-280-D	Frame: 320 \| Ratio i: 280 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,490 Nm
	MGOHK320-385-A	Frame: 320 \| Ratio i: 385 \| Stages: 3 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,130 Nm
	MGOHK320-385-B	Frame: 320 \| Ratio i: 385 \| Stages: 3 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,130 Nm
	MGOHK320-385-C	Frame: 320 \| Ratio i: 385 \| Stages: 3 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,130 Nm
	MGOHK320-385-D	Frame: 320 \| Ratio i: 385 \| Stages: 3 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,130 Nm
	MGOHK320-400-A	Frame: 320 \| Ratio i: 400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,300 Nm
	MGOHK320-400-B	Frame: 320 \| Ratio i: 400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,300 Nm
	MGOHK320-400-C	Frame: 320 \| Ratio i: 400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,300 Nm
	MGOHK320-400-D	Frame: 320 \| Ratio i: 400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,300 Nm
	MGOHK320-440-A	Frame: 320 \| Ratio i: 440 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,060 Nm
	MGOHK320-440-B	Frame: 320 \| Ratio i: 440 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,060 Nm
	MGOHK320-440-C	Frame: 320 \| Ratio i: 440 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,060 Nm
	MGOHK320-440-D	Frame: 320 \| Ratio i: 440 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,060 Nm
	MGOHK320-500-A	Frame: 320 \| Ratio i: 500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,490 Nm
	MGOHK320-500-B	Frame: 320 \| Ratio i: 500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,490 Nm
	MGOHK320-500-C	Frame: 320 \| Ratio i: 500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,490 Nm
	MGOHK320-500-D	Frame: 320 \| Ratio i: 500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,490 Nm
	MGOHK320-550-A	Frame: 320 \| Ratio i: 550 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,110 Nm
	MGOHK320-550-B	Frame: 320 \| Ratio i: 550 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,110 Nm
	MGOHK320-550-C	Frame: 320 \| Ratio i: 550 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,110 Nm
	MGOHK320-550-D	Frame: 320 \| Ratio i: 550 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,110 Nm
	MGOHK320-700-A	Frame: 320 \| Ratio i: 700 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,905 Nm
	MGOHK320-700-B	Frame: 320 \| Ratio i: 700 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,905 Nm
	MGOHK320-700-C	Frame: 320 \| Ratio i: 700 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,905 Nm
	MGOHK320-700-D	Frame: 320 \| Ratio i: 700 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,905 Nm
	MGOHK320-770-A	Frame: 320 \| Ratio i: 770 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,150 Nm
	MGOHK320-770-B	Frame: 320 \| Ratio i: 770 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,150 Nm
	MGOHK320-770-C	Frame: 320 \| Ratio i: 770 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,150 Nm
	MGOHK320-770-D	Frame: 320 \| Ratio i: 770 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,150 Nm
	MGOHK320-1000-A	Frame: 320 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-1000-B	Frame: 320 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-1000-C	Frame: 320 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-1000-D	Frame: 320 \| Ratio i: 1,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-1078-A	Frame: 320 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,180 Nm
	MGOHK320-1078-B	Frame: 320 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,180 Nm
	MGOHK320-1078-C	Frame: 320 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,180 Nm
	MGOHK320-1078-D	Frame: 320 \| Ratio i: 1,078 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,180 Nm
	MGOHK320-1400-A	Frame: 320 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-1400-B	Frame: 320 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-1400-C	Frame: 320 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-1400-D	Frame: 320 \| Ratio i: 1,400 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-1540-A	Frame: 320 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,220 Nm
	MGOHK320-1540-B	Frame: 320 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,220 Nm
	MGOHK320-1540-C	Frame: 320 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,220 Nm
	MGOHK320-1540-D	Frame: 320 \| Ratio i: 1,540 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,220 Nm
	MGOHK320-1600-A	Frame: 320 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,760 Nm
	MGOHK320-1600-B	Frame: 320 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,760 Nm
	MGOHK320-1600-C	Frame: 320 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,760 Nm
	MGOHK320-1600-D	Frame: 320 \| Ratio i: 1,600 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,760 Nm
	MGOHK320-2000-A	Frame: 320 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-2000-B	Frame: 320 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-2000-C	Frame: 320 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-2000-D	Frame: 320 \| Ratio i: 2,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-2695-A	Frame: 320 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,275 Nm
	MGOHK320-2695-B	Frame: 320 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,275 Nm
	MGOHK320-2695-C	Frame: 320 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,275 Nm
	MGOHK320-2695-D	Frame: 320 \| Ratio i: 2,695 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,275 Nm
	MGOHK320-2800-A	Frame: 320 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-2800-B	Frame: 320 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-2800-C	Frame: 320 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-2800-D	Frame: 320 \| Ratio i: 2,800 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-3850-A	Frame: 320 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,365 Nm
	MGOHK320-3850-B	Frame: 320 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,365 Nm
	MGOHK320-3850-C	Frame: 320 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,365 Nm
	MGOHK320-3850-D	Frame: 320 \| Ratio i: 3,850 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,365 Nm
	MGOHK320-4000-A	Frame: 320 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-4000-B	Frame: 320 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-4000-C	Frame: 320 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-4000-D	Frame: 320 \| Ratio i: 4,000 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,815 Nm
	MGOHK320-5500-A	Frame: 320 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: A 6 o'clock \| Nominal torque T2N: 5,515 Nm
	MGOHK320-5500-B	Frame: 320 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: B 9 o'clock \| Nominal torque T2N: 5,515 Nm
	MGOHK320-5500-C	Frame: 320 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: C 12 o'clock \| Nominal torque T2N: 5,515 Nm
	MGOHK320-5500-D	Frame: 320 \| Ratio i: 5,500 \| Stages: 4 \| Application direction: D 3 o'clock \| Nominal torque T2N: 5,515 Nm

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Apex Dynamics MGOHK Right-Angle Extra High Torque Gearboxes (115-320)