星光传动 SCK系列直角齿轮单元 - 电子画册在线预览、各类电子画册在线制作-云展网平台

Between Dynamic and Static, Simple Extraordinary

SCK SERIES HELICAL-HYPOID GEAR UNITS

CONTENT

Productintroduction 01-02 Motor thermal box position 10
Model representation 03 Product installation dimensions 11-18
Specification 04 Gear unit selection tables 19-21
Service Factor 05-07 Performance parameter 22-38
Mounting position 08 Lubricating oil type 39

Exploded view & name of parts

1、Inner hex screw	14、Rubber gasket	27、Hole-circlip
2、Spring washer	15、 Gearcase cover	28、Blank cap
3、 Intput flange	16、Hexagon countersunk screw	29、Oil seal
4.O-rings	17、Oil plug	30、Hole-circlip
5、Oil seal	18、 Blank cap	31、Anti-friction bearing
6、Shaft circlip	19、Hole-circlip	32、Key
7、Anti-friction bearing	20、 Shim ring	33、Hollow shaft
8、Hole entry shaft	21、Anti-friction bearing	34、Follow gear
9、Oil seal	22、 Driving gear shaft	35、Spacer sleeve
10、Anti-friction bearing	23、Key	36、Anti-friction bearing
11、 Taper tooth shaft	24、Bevel gear	37、Hole-circlip
12、Gearcase	25、Anti-friction bearing	38、Oil seal
13、Breathable cap	26、Shim ring

Products characteristics

SCK series helical-hypoid gear units is a new-generation of product developed by our company.With a compromise of advanced technology both at home and abroad, its main features are as follows:

1 Adopt hypoid gear transmission, transmission ratio is large.

2 Large in output torque,high efficiency,energy saving and environmental protection.

3 Made of high-quality aluminum alloy, light in weight and no rusting.

4 Smooth in running and low in noise,can work long time in dreadful conditions.

5 Good-looking in appearance, durable in service life and small in volume.

6 Suitable for all round installation,wide application and easy of use.

7 The mounting dimension of SCK series are compatible with RV series worm gear unit.

8 Modular combination, can be combined in various forms, to meet the needs of various transmission conditions.

Main materials

1.Housing:die-cast aluminum alloy(frame size: 50 to 90).

2.gear wheel:20CrMnTi, carbonize & quencher heat treatment make the hardness of gear's surface up to 58\~62 HRC. retain carburization layer's thickness between 0.25and 0.5mm after precise grinding.

Surface painting

Aluminum alloy housing:

1.Shot blasting and special antiseptic treatment on the aluminum alloy surface.

2. Afterphosphating, spray thepaint RAL7004 in silver white.

Model representation

1	Codefor gearunits series: SCK
2	Specification code of gear units 50、63、75、90
3	MotorPower B: Means2stages C: Means3stages
4	Speed ratio of reduceri
5	Input flange
6	Motor power or number of poles,no code-without motor
7	Output hole diameter/output shaft diameter
8	Mounting: no code-foot mounted F1/F2-flange mounted
9	Output shaft :no code-hollow shaft ,S1/S2/S3
10	Mountingposition:B3(omitted)、B6、B7、B8、V5、V6
11	Thermalboxposition:90°(omitted)、90°、180°、270°

Example:
SCK63C-200-80B5-d25
SCK75B-60-90B14-1.1/4-d28-F1-B6-270°

1、Power P

P₁ Input power

P1nRated power driving motor

\mathfrak { n } Transmission efficiency

P₂ Output power

fs Service factor

The efficiency of SCK gear units varies with the number of gear stages, between 92 %(2. stage)、90%(3-stage).

2、 Rotation speed η

\mathsf { n } _ { 1 } Gear units input speed

{ \mathsf n } _ { 2 } Gear units output speed

If driven by the external gearing, 1400r/min or lower rotation speed suggested so as to optimize the working conditions and prolong the service life .Higher input rotation speed is permitted,but in this situation,the rated torque M2 will be reduced.

3、Transmission ratio i

Usually transmission ratio is decimal fraction with 2 radix point tagged in selection tables.

4、Torque M

M₂ Outputtorque

P₁ Input power

M2n Selected output torque

fs Service factor

η Transmission efficiency

Service factor

The effect of the driven machine on the gear unit istaken into account to a sufficient level of accuracyusing the service factor fs. The service factor isdetermined according to the daily operating time and the starting frequency Z.Three load classifications areconsidered depending on the mass acceleration factor. You can read off the service factor applicable to yourapplication in following Figure.The service factor selected using this diagram must be less than or equal to the service factor as given in the performance parameter table.

#starting frequency Z:The cycles include all starting and braking procedures as well as change overs from low to high speed.

Load classifications:

Screw feeders for light materials, fans, assembly lines, conveyor belts for light materials, small mixers lifts, cleaning machines, fillers, control machines.

Winding devices. woodworking machine feeders goods lifts,balancers,threading machines, medium mixers, conveyor belts for heavy materials, winches sliding doors, fertilizer scrapers, packing machines concrete mixers, crane mechanisms, milling cutters folding machines, gear pumps.

Mixers for heavy materials, shears, presses centrifuges,rotating supports, winches and lifts for heavy materials, grinding lathes, stone mills, bucket elevators.drilling machines,hammer mills, cam presses, folding machines,turntables,tumbling barrels vibrators, shredders

Mass acceleration factor

The mass acceleration factor is calculated as follows:

fa Mass acceleration factor

Jc All external mass moments of inertia (kgm²)

Jm Mass moment of inertia on the motor end (kgm²)

If mass acceleration factors fa>10, please call our Technical Service.

To keep the service-life of gear units, the use factor fs selected from the catalogue must be equal or slightly higher than the calculated use factor fs.

2. Radial and axial loads

When determining the resulting radial loads, the type of transmission elements, mounted on the shaft end must be consid ered.Various transmission elements are corresponding with following transmission element facors fz:

Transmission element	Transmission element factor Fz	Comments
Gears	1.15	<17齿teeth
Chain sprockets	1.25	<20齿teeth
Chain sprockets	1.40	<13齿teeth
Narrow V-belt pulleys	1.75	Influence of the tensile force
Flat belt pulleys	2.50	Influence of the tensile force
Toothed belt pulleys	2.50	Influence of the tensile force

The overhung loads exerted on the motor or gear shaft is then calculated as follows:

Fr Resulting radial load [N]

M Torque on the shaft [Nm]

do Mean diameter of the mounted transm element in [mm]

fz Transmission element factor

The basis for determining the permitted radial loads is the computation of the rated service life Lioh of the bearings (according to ISO281). For special operating conditions, the permitted radial loads can be determined with regard to the modified service life Lna.

The permitted radial loads given in the selection tables must be calculated using the following formula in the event of force application not in the center of the shaft end. The smaller of the two values FxL(according to bearing service life)

Fr1.Fr=Permitted overhung load(x= L/2) for foot-mounted gear units according to he selection tables in [N]

X=Distance from the shaft shoulder to the force application point in [mm]

a,b =Gear unit constant for overhung load conversion [mm]

3.Output shafts radial loads

4. Gear unit constants for overhung load conversion :

	SCK50	SCK63	SCK75	SCK90
a	104	118	131	159
b	78	93	101	119

S2<br>V6

Mounting position

B8<br>B7

Output flange installations

Position of output shaft

Torque arm mounting position

Model	SCK50	SCK63	SCK75	SCK90
1	100	150	200	200
R	18	18	30	30
V	14	14	25	25
KF	10	10	20	20
KG	38.5	49	47.5	57.5

Model	N2
SCK50	62
SCK63	73
SCK75	79
SCK90	91

Motor thermal box position

Viewed output shaft from fan cawl of motor

Direction of rotation

The motor can be run either CW or CCW while using with gearbox, Graphic direction is recommended.

Product installation dimensions

SCK50B

IEC	D	b	t	P	M	N	S	T	B2
63B5	11	4	12.8	140	115	95	9	4	19
71B5	14	5	16.3	160	130	110	9	4.5	19
71B14	14	5	16.3	105	85	70	7	4	19
80B5	19	6	21.8	200	165	130	11	4.5	19
80B14	19	6	21.8	120	100	80	7	4	19

d	b1	t1
20*	6	22.8
24*	8	27.3
25	8	28.3

\*Only on request

SCK50C

IEC	D	b	t	P	M	N	S	T	B2
63B5	11	4	12.8	140	115	95	9	4	101.4
71B5	14	5	16.3	160	130	110	9	4.5	101.4
71B14	14	5	16.3	105	85	70	7	4	101.4

d	b1	t1
20*	6	22.8
24*	8	27.3
25	8	28.3

SCK63B

IEC	D	b	t	P	M	N	S	T	B2
71B5	14	5	16.3	160	130	110	9	4.5	22
71B14	14	5	16.3	105	85	70	7	4	22
80B5	19	6	21.8	200	165	130	11	4.5	22
80B14	19	6	21.8	120	100	80	7	4	22
90B5	24	8	27.3	200	165	130	11	4.5	22
90B14	24	8	27.3	140	115	95	9	4.5	22

\*Only on request

d	b1	t1
25	8	28.3
28*	8	31.3

SCK63C

IEC	D	b	t	P	M	N	S	T	B2
63B5	11	4	12.8	140	115	95	9	4.5	104.4
71B5	14	5	16.3	160	130	110	9	4.5	104.4
71B14	14	5	16.3	105	85	70	7	4	104.4
80B5	19	6	21.8	200	165	130	11	4.5	104.4
80B14	19	6	21.8	120	100	80	7	4	104.4

\*Only on request

d	b1	t1
25	8	28.3
28*	8	31.3

\*Only on request

SCK75B

IEC	D	b	t	P	M	N	S	T	B2
71B5	14	5	16.3	160	130	110	9	4.5	25.5
80B5	19	6	21.8	200	165	130	11	4.5	25.5
80B14	19	6	21.8	120	100	80	7	4	24.5
90B5	24	8	27.3	200	165	130	11	4.5	25.5
90B14	24	8	27.3	140	115	95	9	4.5	25.5
100/112B5	28	8	31.3	250	215	180	13.5	5	35
100/112B14	28	8	31.3	160	130	110	9	4.5	35

d	b1	t1
28	8	31.3
30*	8	33.3
35*	10	38.3

SCK75C

IEC	D	b	t	P	M	N	S	T	B2
63B5	11	4	12.8	140	115	95	9	4.5	118.5
71B5	14	5	16.3	160	130	110	9	4.5	118.5
80B5	19	6	21.8	200	165	130	11	4.5	118.5
80B14	19	6	21.8	120	100	80	7	4	117.5
90B5	24	8	27.3	200	165	130	11	4.5	118.5
90B14	24	8	27.3	140	115	95	9	4.5	118.5

\*Only on request

d	b1	t1
28	8	31.3
30*	8	33.3
35*	10	38.3

SCK90B

IEC	D	b	t	P	M	N	S	T	B2
71B5	14	5	16.3	160	130	110	9	4.5	25.5
80B5	19	6	21.8	200	165	130	11	4.5	25.5
80B14	19	6	21.8	120	100	80	7	4	24.5
90B5	24	8	27.3	200	165	130	11	4.5	25.5
90B14	24	8	27.3	140	115	95	9	4.5	25.5
100/112B5	28	8	31.3	250	215	180	13.5	5	35
100/112B14	28	8	31.3	160	130	110	9	4.5	35

d	b1	t1
35	10	38.3
38*	10	41.3

\*Only on request

SCK90C

IEC	D	b	t	P	M	N	S	T	B2
63B5	11	4	12.8	140	115	95	9	4.5	118.5
71B5	14	5	16.3	160	130	110	9	4.5	118.5
80B5	19	6	21.8	200	165	130	11	4.5	118.5
80B14	19	6	21.8	120	100	80	7	4	117.5
90B5	24	8	27.3	200	165	130	11	4.5	118.5
90B14	24	8	27.3	140	115	95	9	4.5	118.5

d	b1	t1
35	10	38.3
38*	10	41.3

\*Only on request

Gear unit selection tables

SCK50.. n1=1400r/min 130N.m
Gear Model	1公称Nominal	I实际Actual	n2[r/min]	M2max[N.m]	Fr2[N]	63B5	71B571B14	80B580B14
				3 Stage
SCK50C	300	298.57	4.7	130	4100
SCK50C	265	262.61	5.3	130	4100
SCK50C	250	247.99	5.6	130	4100
SCK50C	220	219.86	6.4	130	4100
SCK50C	200	200.44	7	130	4100
SCK50C	180	182.29	7.7	130	4100
SCK50C	150	148.89	9.4	130	4000
SCK50C	135	132.00	10.6	130	3890
SCK50C	125	124.29	11.3	130	3770
SCK50C	110	108.31	12.9	130	3640
SCK50C	100	101.04	13.9	100	3560
SCK50C	90	92.89	15.1	100	3440
SCK50C	75	77.15	18.1	80	3220
SCK50C	70	74.62	18.8	80	3110
				2 Stage
SCK50B	60	59.71	24	130	2960
SCK50B	50	49.60	29	130	2790
SCK50B	40	40.09	35	130	2610
SCK50B	30	29.78	48	130	2350
SCK50B	25	24.07	58	130	2200
SCK50B	20	20.21	69	100	2080
SCK50B	15	14.92	94	80	1880
SCK50B	12.5	12.47	112	130	1770
SCK50B	10	10.47	134	100	1670
SCK50B	7.5	7.73	181	80	1510

200N.m


Gear Model	I公称Nominal	I实际Actual	n2[r/min]	M2max[N.m]	EN	63B5	71B571B14	80B580B14	90B590B14
3 Stage
SCK63C	300	298.57	4.7	200	4800
SCK63C	265	272.25	5.1	200	4800
SCK63C	250	242.26	5.8	200	4800
SCK63C	220	219.21	6.4	200	4800
SCK63C	200	202.04	6.9	180	4800
SCK63C	180	185.78	7.5	180	4800
SCK63C	150	150.74	9.3	200	4650
SCK63C	135	136.4	10.3	200	4490
SCK63C	125	125.71	11.1	180	4330
SCK63.. n1=1400r/min 200N.m
Gear Model	I公称Nominal	实际Actual	n2[r/min]	M2max[N.m]	Fr2[N]	63B5	71B571B14	80B580B14	90B590B14
SCK63C	110	110	12.7	180	4180
SCK63C	100	99.22	14.1	150	4070
SCK63C	90	96.27	14.5	150	3930
SCK63C	75	78.11	17.9	110	3650
SCK63C	70	65.14	21.5	110	3530
				2 Stage
SCK63B	60	59.71	23	200	3430
SCK63B	50	48.45	29	200	3190
SCK63B	40	40.41	36	180	2970
SCK63B	30	30.15	46	200	2720
SCK63B	25	25.14	57	180	2530
SCK63B	20	19.84	69	150	2380
SCK63B	15	15.13	95	110	2130
SCK63B	12.5	13.03	110	180	2030
SCK63B	10	10.28	133	150	1910
SCK63B	7.5	7.84	184	110	1710

SCK75.. n1=1400r/min

350N.m

Gear Model	Nominal	Actual	n2[r/min]	M2max[N.m]	Fr2[N]	63B5	71B5	80B580B14	90B590B14	100B5100B141	112B512B14
3 Stage
SCK75C	300	297.21	4.7	350	6500
SCK75C	265	267.49	5.2	350	6500
SCK75C	250	240.89	5.8	350	6500
SCK75C	220	216.8	6.5	350	6500
SCK75C	200	200.66	7	300	6500
SCK75C	180	180.6	7.8	300	6500
SCK75C	150	149.32	9.4	350	6360
SCK75C	135	136.08	10.3	350	6140
SCK75C	125	121.02	11.6	300	5980
SCK75C	110	113.36	12.4	300	5770
SCK75C	100	100.81	13.9	240	5520
SCK75C	90	92.47	15.1	240	5330
SCK75C	75	74.94	18.7	200	5040
SCK75C	70	62.43	22.4	200	4870
2 Stage
SCK75B	60	59.44	24	350	4660
SCK75B	50	48.18	29	350	4340
SCK75B	40	40.13	35	300	4080
SCK75B	30	29.86	46	350	3720

500N.m

Gear unit selection tables

SCK75.. n1=1400r/min 350N.m
Gear Model	Nominal	Actual	n2[r/min]	M2max[N.m]	Fr2[N]	63B5	71B5	80B580B14	90B590B14	100B5100B141	112B512B14
SCK75B	25	24.20	56	300	3500
SCK75B	20	20.16	71	240	3230
SCK75B	15	14.99	93	200	2950
SCK75B	12.5	12.49	112	300	2770
SCK75B	10	9.84	142	240	2550
SCK75B	7.5	7.48	187	200	2330

SCK90.. n1=1400r/min

										_
Gear Model	Nominal	Actual	n2[r/min]	M2max[N.m]	EN]	63B5	71B5	80B580B14	90B590B14	100B5100B14 1	112B512B14
3 Stage
SCK90C	300	297.21	4.7	500	8300
SCK90C	265	265.66	5.3	500	8300
SCK90C	250	240.89	5.8	500	8300
SCK90C	220	216.8	6.5	500	8300
SCK90C	200	200.66	7	480	8300
SCK90C	180	180.6	7.8	480	8300
SCK90C	150	151.2	9.3	500	8050
SCK90C	135	136.08	10.3	500	7780
SCK90C	125	125.95	11.1	480	7580
SCK90C	110	113.36	12.4	480	7320
SCK90C	100	99.22	14.1	380	7000
SCK90C	90	92.47	15.1	380	6760
SCK90C	75	74.94	18.7	300	6390
SCK90C	70	62.43	22.4	300	6170
				2 Stage
SCK90B	60	59.44	24	500	5890
SCK90B	50	48.18	29	500	5500
SCK90B	40	40.13	35	480	5170
SCK90B	30	30.24	46	500	4710
SCK90B	25	25.19	56	480	4430
SCK90B	20	19.84	71	380	4090
SCK90B	15	14.99	93	300	3730
SCK90B	12.5	12.49	112	480	3510
SCK90B	10	9.84	142	380	3240
SCK90B	7.5	7.48	187	300	2950

SCK Performance parameter

Motorpower	Output speed	Output torque	Nominalspeed ratio	Actualtransmission ratio	The output shaftRadial load	ServiceFactor	Model
P	${ \mathsf n } _ { 2 }$	$\mathsf { M } _ { 2 n }$	i	i	$\mathsf { F } _ { \mathsf { r } 2 }$	$\boldsymbol { \mathfrak { f } } _ { \mathrm { s } }$
[KW]	[r/min]	[N.m]			[N]
0.12	4.7	223	300	298.57	4100	0.58	SCK50C Y63M4
	5.3	201	265	262.61	4100	0.65
	5.6	187	250	247.99	4100	0.7
	6.4	168	220	219.86	4100	0.77
	7	153	200	200.44	4100	0.85
	7.7	138	180	182.29	4100	0.94
	9.4	112	150	148.89	4000	1.2
	10.6	101	135	132.00	3890	1.3
	11.3	92	125	124.29	3770	1.4
	12.9	83	110	108.31	3640	1.6
	13.9	77	100	101.04	3560	1.3
	15.1	69	90	92.89	3440	1.4
	18.1	57	75	77.15	3220	1.4
	18.8	51	70	74.62	3110	1.6
	23	46	60	59.71	2960	2.9		SCK50B Y63M4
	28	38	50	49.60	2790	3.4
	34	31	40	40.09	2610	4.2
	46	23	30	29.78	2350	5.7
	56	19	25	24.07	2200	6.9
	67	16	20	20.21	2080	6.3
	90	12	15	14.92	1880	6.9
	4.7	231	300	298.57	4800	0.87		SCK63C Y63M4
	5.1	208	265	272.25	4800	0.96
	5.8	186	250	242.26	4800	1.1
	6.4	167	220	219.21	4800	1.2
	6.9	150	200	202.04	4800	1.2
	7.5	135	180	185.78	4800	1.3
	9.3	116	150	150.74	4650	1.7
	10.3	104	135	136.4	4490	1.9
	11.1	93	125	125.71	4330	1.9
	12.7	84	110	110	4180	2.1
	14.1	77	100	99.22	4070	1.9
	14.5	70	90	96.27	3930	2.2
	17.9	56	75	78.11	3650	2.0
	21.5	50	70	65.14	3530	2.2
P	n2	M2n	i	一	Fr2	f
[KW]	[r/min]	[N.m]			[N]
0.18	9.1	166	300	298.57	4020	0.78		SCK50C Y63M2
	10.4	149	265	262.61	3880	0.87
	11.0	139	250	247.99	3790	0.94
	12.4	125	220	219.86	3660	1.0
	13.6	114	200	200.44	3550	1.1
	15.0	103	180	182.29	3430	1.3
	18.3	83	150	148.89	3200	1.6
	20.7	75	135	132.00	3090	1.7
	22.0	68	125	124.29	2990	1.9
	25.2	62	110	108.31	2890	2.1
	27.0	57	100	101.04	2820	1.7
	29.4	52	90	92.89	2730	1.9
	35.4	42	75	77.15	2550	1.9
	36.6	38	70	74.62	2460	2.1
	10.6	151	135	132.00	3890	0.86		SCK50C Y63M4
	11.3	138	125	124.29	3770	0.94
	12.9	124	110	108.31	3640	1.0
	13.9	116	100	101.04	3560	0.86
	15.1	104	90	92.89	3440	0.96
	18.1	86	75	77.15	3220	0.94
	18.8	77	70	74.62	3110	1.0
	23	68	60	59.71	2960	1.9		SCK50B Y63M4
	28	57	50	49.60	2790	2.3
	34	47	40	40.09	2610	2.8
	46	34	30	29.78	2350	3.8
	56	28	25	24.07	2200	4.6
	67	24	20	20.21	2080	4.2
	90	17	15	14.92	1880	4.6
	14.6	17	60	59.71	3430	1.2		SCK50B Y71M6
	17.4	109	50	49.60	3240	1.4
	21	91	40	40.09	3030	1.7
	29	75	30	29.78	2730	2.4
	35	55	25	24.07	2550	2.9
	42	45	20	20.21	2410	2.7
P	${ \mathsf n } _ { 2 }$	$\mathsf { M } _ { 2 \mathsf { n } }$	i	i	$\mathsf { F } _ { \Gamma 2 }$	$\boldsymbol { \mathfrak { f } } _ { \mathrm { s } }$
[KW]	[r/min]	[N.m]			[N]
0.18	57	28	15	14.92	2180	2.9		SCK50B Y71M6
	68	23	12.5	12.47	2050	5.6
	81	19	10	10.47	1930	5.1
	110	14	7.5	7.73	1750	5.6
	9.1	172	300	298.57	4650	1.2		SCK63C Y63M2
	10.0	155	265	272.25	4490	1.3
	11.3	139	250	242.26	4330	1.4
	12.5	125	220	219.21	4180	1.6
	13.5	112	200	202.04	4030	1.6
	14.7	101	180	185.78	3890	1.8
	18.1	86	150	150.74	3690	2.3
	20.0	78	135	136.4	3570	2.6
	21.7	70	125	125.71	3440	2.6
	24.8	63	110	110	3320	2.9
	27.5	58	100	99.22	3230	2.6
	28.4	52	90	96.27	3210	2.9
	35.0	42	75	78.11	2900	2.6
	41.9	38	70	65.14	2800	2.9
	6.9	225	200	202.04	4800	0.8		SCK63C Y63M4
	7.5	203	180	185.78	4800	0.89
	9.3	174	150	150.74	4650	1.2
	10.3	156	135	136.4	4490	1.3
	11.1	140	125	125.71	4330	1.3
	12.7	126	110	110	4180	1.4
	14.1	116	100	99.22	4070	1.3
	14.5	104	90	96.27	3930	1.4
	17.9	84	75	78.11	3650	1.3
	21.5	76	70	65.14	3530	1.5
	7.7	200	110	110	4800	0.9	SCK63C Y71M6
	8.6	184	100	99.22	4720	0.81
	8.8	166	90	96.27	4550	0.9
	10.9	133	75	78.11	4230	0.82
	13.0	120	70	65.14	1090	0.92
	22.6	72	125	121.02	4750	4.2
P	n2	M2n	i	一	Fr2	f
[KW]	[r/min]	[N.m]			[N]
0.18	10.3	156	135	136.08	6140	2.2		SCK63C Y71M6
	11.6	144	125	121.02	5980	2.1
	12.4	130	110	113.36	5770	2.3
	13.9	114	100	100.81	5520	2.1
	15.1	102	90	92.47	5330	2.3
	18.7	86	75	74.94	5040	2.3
	22.4	78	70	62.43	4870	2.6
	14.0	113	60	59.71	3970	1.8		SCK63B Y71M6
	17.5	91	50	48.45	3690	2.2
	22	73	40	40.41	3440	2.5
	28	56	30	30.15	3150	3.5
	35	45	25	25.14	2930	4.0
	42	38	20	19.84	2760	4.0
	58	27	15	15.13	2470	4.0
	14.3	111	60	59.44	5390	3.2	SCK75B Y71M6
	17.6	90	50	48.18	5030	3.9
	21	75	40	40.13	4730	4.0
0.25	15.0	143	180	182.29	3430	0.91		SCK50C Y63M2
	18.3	116	150	148.89	3200	1.1
	20.7	104	135	132.00	3090	1.2
	22.0	95	125	124.29	2090	1.4
	25.2	86	110	108.31	2890	1.5
	27.0	80	100	101.04	2820	1.3
	29.4	72	80	92.89	2730	1.4
	35.4	59	75	77.15	2550	1.4
	36.6	53	70	74.62	2460	1.5
	24	93	60	59.71	2960	1.4		SCK50B Y71M4
	28	78	50	49.60	2790	1.7
	34	64	40	40.09	2610	2.0
	47	47	30	29.78	2350	2.8
	57	38	25	24.07	2200	3.4
	68	32	20	20.21	2080	3.1
	92	24	15	14.92	1880	3.4

P	${ \mathsf n } _ { 2 }$	$\mathsf { M } _ { 2 n }$	i	i	$\mathsf { F } _ { \mathsf { r } 2 }$	f
[KW]	[r/min]	[N.m]			[N]
0.25	14.6	151	60	59.71	3430	0.86
	17.4	126	50	49.60	3240	1.0
	21	104	40	40.09	3030	1.3
	29	76	30	29.78	2730	1.7
	35	62	25	24.07	2550	2.1	SCK50B Y71M6
	42	52	20	20.21	2410	1.9
	57	39	15	14.92	2180	2.1
	68	32	12.5	12.47	2050	4.0
	81	27	10	10.47	1930	3.7
	110	20	7.5	7.73	1750	4.0
	9.1	239	300	298.57	4650	0.84	SCK63C Y63M2
	10.0	215	265	272.25	4490	0.95
	11.3	192	250	242.26	4530	1.0
	12.5	173	220	219.21	4180	1.2
	13.5	155	200	202.04	4050	1.2
	14.7	140	180	185.78	3890	1.3
	18.1	120	150	150.74	3690	1.7
	20.0	108	135	136.4	3570	1.9
	21.7	97	125	125.71	3440	1.9
	24.8	87	110	110	3320	2.1
	27.5	80	100	99.22	3230	1.9
	28.4	72	90	96.27	3120	2.1
	35.0	58	75	78.11	2900	1.9
	41.9	52	70	65.14	2800	2.1
	10.3	212	135	136.4	4490	0.94	SCK63C Y71M4
	11.1	190	125	125.71	4330	0.95
	12.7	171	110	110	4180	1.1
	14.1	158	100	99.22	4070	0.95
	14.5	142	90	96.27	3930	1.1
	17.9	114	75	78.11	3650	0.96
	21.5	103	70	65.14	3530	1.1
	23	96	60	59.71	3430	2.1	SCK63B Y71M4
	28	78	50	48.45	3190	2.6
	35	63	40	40.41	2970	2.9
	46	48	30	30.15	2720	4.1
P	n2	M2n	i	-	Fr2	f
[KW]	[r/min]	[N.m]			[N]
0.25	14.0	156	60	59.71	3970	1.3	SCK63B Y71M6
	17.5	126	50	48.45	3690	1.6
	22	102	40	40.41	3440	1.8
	28	78	30	30.15	3150	2.6
	35	63	25	25.14	2930	2.9
	42	52	20	19.84	2760	2.9
	58	38	15	15.13	2470	2.9
	5.7	382	150	149.32	6500	0.92		SCK75C Y71M6
	6.2	344	135	136.08	6500	1.0
	7.0	318	125	121.02	6500	0.94
	7.5	287	110	113.36	6500	1.0
	8.4	251	100	100.81	6400	0.96
	9.2	226	90	92.47	6180	1.1
	11.3	191	75	74.94	5840	1.0
	13.6	172	70	62.43	5640	1.2
	23	95	60	59.44	4660	3.7	SCK75B Y71M4
	29	77	50	48.18	4340	4.6
	14.3	154	60	59.44	5390	2.3	SCK75B Y71M4	SCK75B Y71M6
	17.6	125	50	48.18	5030	2.8
	21	104	40	40.13	4730	2.9
	3.2	672	265	265.66	8300	0.74	SCK90C Y71M6
	3.5	609	250	240.89	8300	0.82
	3.9	548	220	216.8	8300	0.91
	4.2	507	200	200.66	8300	0.95
	4.7	457	180	180.6	8300	1.1
	5.6	382	150	151.2	8300	1.3
	6.2	344	135	136.08	8300	1.5
	6.7	318	125	125.95	8300	1.5
	7.5	287	110	113.36	8300	1.7
	8.6	251	100	99.22	8110	1.5
	9.2	226	90	92.47	7880	1.7
	11.3	191	75	74.94	7400	1.6
	13.6	172	70	62.43	7150	1.7
	14.4	153	60	59.44	6820	3.3		SCK90B Y71M6
	17.6	125	50	48.18	6370	4.0		SCK90B Y71M6
P	${ \mathsf n } _ { 2 }$	$\mathsf { M } _ { 2 n }$	i	i	$F _ { 1 2 }$	$\boldsymbol { \mathfrak { f } } _ { \mathrm { s } }$
[KW]	[r/min]	[N.m]			[N]
0.37	22.2	140	125	124.29	2990	0.93		SCK50C Y71M2
	25.5	126	110	108.31	2890	1.0
	27.3	117	100	101.04	2820	0.85
	29.7	106	90	92.89	2730	0.95
	35.8	87	75	77.15	2550	0.92
	37.0	78	70	74.62	2460	1.0
	24	137	60	59.71	2960	0.95		SCK50B Y71M4
	28	115	50	49.60	2790	1.1
	34	94	40	40.09	2610	1.4
	47	69	30	29.78	2350	1.9
	57	57	25	24.07	2200	2.3
	68	48	20	20.21	2080	2.1
	92	35	15	14.92	1880	2.3
	111	29	12.5	12.47	1770	4.4
	132	25	10	10.47	1670	4.1
	179	18	7.5	7.73	1510	4.4
	22	147	40	40.09	3030	0.88		SCK50B Y80M6
	30	108	30	29.78	2730	1.2
	37	88	25	24.07	2550	1.5
	44	74	20	20.21	2410	1.3
	59	55	15	14.92	2180	1.5
	71	46	12.5	12.47	2050	2.8
	85	38	10	10.47	1930	2.6
	114	28	7.5	7.73	1750	2.8
	18.3	176	150	150.74	3690	1.1		SCK63C Y71M2
	20.2	158	135	136.4	3570	1.3
	22.0	142	125	125.71	3440	1.3
	25.1	128	110	110	3320	1.4
	27.8	118	100	99.22	3230	1.3
	28.7	106	90	96.27	3120	1.4
	35.3	85	75	78.11	2900	1.3
	42.4	77	70	65.14	2800	1.4
	23	143	60	59.71	3430	1.4		SCK63B Y71M4
	28	115	50	48.45	3190	1.7
	35	93	40	40.41	2970	1.9
P	n2	M2n	i	i	Fr2	f
[KW]	[r/min]	[N.m]			[N]
0.37	46	71	30	30.15	2720	2.8		SCK63B Y71M4
	56	58	25	25.14	2530	3.1
	68	48	20	19.84	2380	3.1
	94	35	15	15.13	2130	3.2
	14.6	222	60	59.71	3970	0.90
	18.2	179	50	48.45	3690	1.1
	23	144	40	40.41	3440	1.2
	29	111	30	30.15	3150	1.8
	36	90	25	25.14	2930	2.0	SCK63B Y80M6
	44	74	20	19.84	2760	2.0
	60	54	15	15.13	2470	2.0
	70	47	12.5	13.03	2360	3.9
	84	39	10	10.28	2210	3.9
	116	28	7.5	7.84	1990	3.9
	9.4	348	150	149.32	6360	1.0		SCK75C Y71M4
	10.3	314	135	136.08	6140	1.1
	11.6	290	125	121.02	5980	1.0
	12.4	261	110	113.36	5770	1.1
	13.9	229	100	100.81	5520	1.0
	15.1	206	90	92.47	5330	1.2
	18.7	174	75	74.94	5040	1.2
	22.4	156	70	62.43	4870	1.3
	23	40	60	59.44	4660	2.5		SCK75B Y71M4
	29	113	50	48.18	4340	3.1
	34	95	40	40.13	4080	3.2
	14.9	218	60	59.44	5390	1.6		SCK75B Y80M6
	18.4	177	50	48.18	5030	2.0
	22	147	40	40.13	4730	2.0
	29	111	30	29.86	4310	3.2
	35	93	25	24.20	4050	3.2
	45	73	20	20.16	3740	3.3
	59	55	15	14.99	3410	3.6
	5.8	555	250	240.89	8300	0.90		SCK90C Y71M4
	6.5	500	220	216.8	8300	1.0
	7	462	200	200.66	8300	1.0

P	${ \mathsf n } _ { 2 }$	$\mathsf { M } _ { 2 n }$	i	一	$\mathsf { F } _ { \Gamma 2 }$	f
[KW]	[r/min]	[N.m]			[N]
0.37	7.8	416	180	180.6	8300	1.2	SCK90C Y71M4
	9.3	348	150	151.2	8050	1.4
	10.3	314	135	136.08	7780	1.6
	11.1	290	125	125.95	7580	1.7
	12.4	261	110	113.36	7820	1.8
	14.1	229	100	99.22	7000	1.7
	15.1	206	80	92.47	6760	1.8
	18.7	174	75	74.94	6390	1.7
	22.4	156	70	62.43	6170	1.9
	23	139	60	59.44	5890	3.6		SCK90B Y71M4
	29	113	50	48.18	5500	4.4		SCK90B Y71M4
	5.6	543	150	151.2	8300	0.92		SCK90C Y80M6
	6.2	489	135	136.08	8300	1.0
	6.7	453	125	125.95	8500	1.1
	7.5	407	110	113.36	8300	1.2
	8.6	357	100	99.22	8110	1.1
	9.2	321	90	92.47	7830	1.2
	11.3	271	75	74.94	7400	1.1
	13.6	244	70	62.43	7150	1.2
	15	217	60	59.44	6820	2.3		SCK90B Y80M6
	18.4	177	50	48.18	6370	2.8
	22	147	40	40.13	6000	3.3
0.55	34	140	40	40.09	2610	0.93		SCK50B Y80M4
	47	103	30	29.78	2350	1.3
	57	84	25	24.86	2200	1.5
	68	71	20	20.21	2080	1.4
	92	52	15	14.92	1880	1.5
	111	44	12.5	12.47	1770	3.0
	132	37	10	10.47	1670	2.7		SCK50B Y80M6
	179	27	7.5	7.73	1510	3.0
	37	131	25	24.07	2550	1.0
	44	110	20	20.21	2410	0.91
	59	81	15	14.92	2180	0.98
	71	68	12.5	12.47	2050	1.9
	85	57	10	10.47	1930	1.7
	114	42	7.5	7.73	1750	1.9
P	n2	M2n	i	i	Fr2	fs
[KW]	[r/min]	[N.m]			[N]
0.55	25	190	110	110	3320	0.95		SCK63C Y71M2
	27.8	175	100	99.22	3230	0.86
	28.7	157	80	96.27	3120	0.95
	35.3	127	75	78.11	2900	0.87
	42.4	114	70	65.14	2800	0.97
	23	212	60	59.71	3430	0.94
	28	171	50	48.45	3190	1.2
	35	138	40	40.41	2970	1.3		SCK63B Y80M4
	46	106	30	30.15	2720	1.9
	56	86	25	25.14	2530	2.1
	68	71	20	19.84	2380	2.1
	12.7	374	220	216.8	5690	0.94
	13.8	346	200	200.66	5540	0.87
	15.3	312	180	180.6	5350	0.96
	18.5	261	150	149.32	5040	1.3
	20.3	235	135	136.08	4870	1.5
	22.8	217	125	121.02	4750	1.4		SCK75C Y71M2
	23.3	196	110	113.36	4580	1.5
	27.4	171	100	100.81	4380	1.4
	29.8	154	90	92.47	4230	1.6
	36.8	130	75	74.94	4000	1.5
	44.2	117	70	62.43	3860	1.7
	23	208	60	59.44	4660	1.7		SCK75B Y80M4
	29	169	50	48.18	4340	2.1
	34	141	40	40.13	4080	2.1
	46	106	30	29.86	3720	3.3
	55	88	25	24.20	3500	3.4
	70	69	20	20.16	3230	3.5
	91	53	15	14.99	2950	3.8
	14.9	325	60	59.44	5390	1.1		SCK75B Y80M6
	18.4	263	50	48.18	5030	1.3
	22	219	40	40.13	4730	1.4
	29	165	30	29.86	4310	2.1
	35	138	25	24.20	4050	2.2
	45	108	20	20.16	3740	2.2
	59	82	15	14.99	3410	2.4
P	${ \mathsf n } _ { 2 }$	$\mathsf { M } _ { 2 n }$	i	i	$\mathsf { F } _ { r 2 }$	$\boldsymbol { \mathrm { f } } _ { \mathrm { s } }$
[KW]	[r/min]	[N.m]			[N]
0.55	9.3	509	300	297.21	7990	0.98
	10.4	458	265	265.66	7710	1.1
	11.5	416	250	240.89	7470	1.2
	12.7	374	220	216.8	7210	1.3
	13.8	346	200	200.66	7030	1.4
	15.3	312	180	180.6	6780	1.5
	18.3	261	150	151.2	6390	1.9
	20.3	235	135	136.08	6170	2.1	SCK90C Y71M2
	21.9	217	125	125.95	6010	2.2
	24.3	196	110	113.36	5810	2.5
	27.8	171	100	99.22	5550	2.2
	29.8	154	90	92.47	5360	2.5
	36.8	130	75	74.94	5070	2.3
	44.2	117	70	62.43	4890	2.6
	9.3	518	150	151.2	8050	0.97
	10.3	466	135	136.08	7780	1.1
	11.1	431	125	125.95	7580	1.1
	12.4	388	110	113.36	7320	1.2	SCK90C Y80M4
	14.1	340	100	99.22	7000	1.1
	15.1	306	80	92.47	6760	1.2
	18.7	258	75	74.94	6390	1.2
	22.4	233	70	62.43	6170	1.3
	23	207	60	59.44	5890	2.4	SCK90B Y80M4
	29	169	50	48.18	5500	3.0
	34	141	40	40.13	5170	3.4
	46	106	30	30.24	4710	4.7
	15	322	60	59.44	6820	1.6	SCK90B Y80M6
	18.4	263	50	48.18	6370	1.9
	22	219	40	40.13	6000	2.2
	29	165	30	30.24	5460	3.0
	35	138	25	25.19	5130	3.5
	45	108	20	19.84	4740	3.5
	59	82	15	14.99	4330	3.6



P	n2	M2n	i	i	Fr2	f
[KW]	[r/min]	[N.m]			[N]
0.75	47	140	30	29.78	2350	0.93	SCK50B Y80M4
	57	115	25	24.07	2200	1.1
	68	97	20	20.21	2080	1.0
	92	71	15	14.92	1880	1.1
	111	60	12.5	12.47	1770	2.2
	132	50	10	10.47	1670	2.0
	179	37	7.5	7.73	1510	2.2
	28	233	50	48.45	3190	0.86		SCK63B Y80M4
	35	188	40	40.41	2970	0.96
	46	145	30	30.15	2720	1.4
	56	117	25	25.14	2530	1.5
	68	97	20	19.84	2380	1.6
	94	70	15	15.13	2130	1.6
	109	60	12.5	13.03	2030	3.0
	131	50	10	10.28	1910	3.0
	182	36	7.5	7.84	1710	3.0
	30	219	30	30.15	3150	0.91		SCK63B Y90S6
	37	177	25	25.14	2930	1.0
	45	147	20	19.84	2760	1.0
	62	106	15	15.13	2470	1.0
	72	92	12.5	13.03	2360	2.0
	87	76	10	10.28	2210	2.0
	120	55	7.5	7.84	1990	2.0
	19.3	343	150	149.32	5040	1.0	SCK75C Y80M2
	21.1	309	135	136.08	4870	1.1
	23.8	286	125	121.02	4750	1.0
	25.4	257	110	113.36	4580	1.2
	28.5	225	100	100.81	4380	1.1
	31.1	203	90	92.47	4250	1.2
	38.4	171	75	74.94	4000	1.2
	46.1	154	70	62.43	3860	1.3
	23	284	60	9.44	4660	1.2		SCK75B Y80M4
	29	230	50	48.18	4340	1.5
	34	192	40	40.13	4080	1.6
	46	144	30	29.86	3720	2.4
	55	120	25	24.20	3500	2.5
P	${ \mathsf n } _ { 2 }$	$\mathsf { M } _ { 2 n }$	i	i	$\mathsf { F } _ { \Gamma 2 }$	fs
[KW]	[r/min]	[N.m]			[N]
0.75	70	95	20	20.16	3230	2.5		SCK75B Y80M4
	91	72	15	14.99	2950	2.8
	110	60	12.5	12.49	2770	5.0
	18.9	349	50	48.18	5030	1.0
	23	291	40	40.13	4730	1.0
	30	219	30	29.86	4310	1.6
	36	182	25	24.20	4050	1.6
	46	144	20	20.16	3740	1.7		SCK75B Y90S6
	60	109	15	14.99	3410	1.8
	73	90	12.5	12.49	3210	3.3
	92	71	10	9.84	2960	3.4
	122	54	7.5	7.48	2700	3.7
	13.3	492	220	216.8	7210	1.0	SCK90C Y80M2
	14.3	455	200	200.66	7030	1.1
	15.9	410	180	180.6	6780	1.2
	19	343	150	151.2	6390	1.5
	21.1	309	135	136.08	6170	1.6
	22.8	286	125	125.95	6010	1.7
	25.4	257	110	113.36	5810	1.9
	29	225	100	99.22	5550	1.7
	31.1	203	90	92.47	5360	1.9
	38.4	171	75	74.94	5070	1.8
	46.1	154	70	62.43	4890	1.9
	12.4	530	110	113.36	7320	0.91		SCK90C Y80M4
	14.1	463	100	99.22	7000	0.82
	15.1	417	90	92.47	6760	0.91
	18.7	352	75	74.94	6390	0.85
	22.4	317	70	62.43	6170	0.95
	23	282	60	59.44	5890	1.8		SCK90B Y80M4
	29	230	50	48.18	5500	2.2
	34	192	40	40.13	5170	2.5
	46	144	30	30.24	4710	3.5
	55	120	25	25.19	4430	4.0
	70	95	20	19.84	4090	4.0
	91	72	15	14.99	3730	4.2

P	n2	M2n	i	i	Fr2	f
[KW]	[r/min]	[N.m]			[N]
0.75	15.4	428	60	59.44	6820	1.2	SCK90B Y90S6
	18.9	349	50	48.18	6370	1.4
	23	291	40	40.13	6000	1.7
	30	219	30	30.24	5460	2.3
	36	182	25	25.19	5130	2.6
	46	144	20	19.84	4740	2.6
	60	109	15	14.99	4330	2.7
1.1	46	209	30	30.15	2720	0.96		SCK63B Y90S4
	57	169	25	25.14	2530	1.1
	69	140	20	19.84	2380	1.1
	95	101	15	15.13	2130	1.1
	110	87	12.5	13.03	2030	2.1
	133	72	10	10.28	1910	2.1
	184	52	7.5	7.84	1710	2.1
	72	135	12.5	13.03	2360	1.3		SCK63B Y90L6
	87	112	10	10.28	2210	1.3
	120	81	7.5	7.84	1990	1.4
	24	410	60	59.44	4660	0.85	SCK75B Y90S4
	29	333	50	48.18	4340	1.1
	35	277	40	40.13	4080	1.1
	46	209	30	29.86	3720	1.7
	56	174	25	24.20	3500	1.7
	71	137	20	20.16	3230	1.8
	93	104	15	14.99	2950	1.9
	112	86	12.5	12.49	2770	3.5
	142	68	10	9.84	2550	3.5
	187	52	7.5	7.48	2330	3.9
	30	321	30	29.86	4310	1.1
	36	268	25	24.20	4050	1.1		SCK75B Y90L6
	46	211	20	20.16	3740	1.1
	60	160	15	14.99	3410	1.2
	73	133	12.5	12.49	3210	2.3
	92	105	10	9.84	2960	2.3
	122	79	7.5	7.48	2700	2.5


P	${ \boldsymbol { \mathsf { n } } } _ { 2 }$	$\mathsf { M } _ { 2 \mathsf { n } }$	i	i	$\mathsf { F } _ { \mathsf { r } 2 }$	f
[KW]	[r/min]	[N.m]			[N]
1.11.5	19.0	503	150	151.2	6390	1.0
	21.1	453	135	136.08	6170	1.1
	22.8	419	125	125.95	6010	1.1
	25.4	377	110	113.36	5810	1.3		SCK90C Y80M2
	29.0	330	100	99.22	5550	1.2
	31.1	297	80	92.47	5360	1.5
	38.4	251	75	74.94	5070	1.2
	46.1	226	70	62.43	4890	1.5
	24	408	60	59.44	5890	1.2		SCK90B Y90S4
	29	333	50	48.18	5500	1.5
	35	277	40	40.13	5170	1.7
	46	209	30	30.24	4710	2.4
	56	174	25	25.19	4430	2.8
	71	137	20	19.84	4090	2.8
	93	104	15	14.99	3730	2.9
	18.9	512	50	48.18	6370	0.98
	23	426	40	40.13	6000	1.1
	30	321	30	30.24	5460	1.6
	36	268	25	25.19	5130	1.8
	46	211	20	19.84	4740	1.8		SCK90B Y90L6
	60	160	15	14.99	4330	1.9
	73	133	12.5	12.49	4060	3.6
	92	105	10	9.84	3750	3.6
	122	79	7.5	7.48	3420	3.8
	112	118	12.5	12.67	2030	1.5	SCK63B Y90L4
	135	97	10	10.50	1910	1.5
	187	71	7.5	7.60	1710	1.6
	35	372	40	40.13	4080	0.81		SCK75B Y90L4
	47	281	30	30.24	3720	1.2
	56	234	25	25.19	3500	1.3
	72	184	20	19.84	3230	1.3
	94	140	140	15.09	2950	1.4
	114	116	116	12.49	2770	2.6
	144	91	91	9.84	2550	2.6
	190	69	69	7.48	2330	2.9

P	n2	M2n	i	i	Fr2	f
[KW]	[r/min]	[N.m]			[N]
1.52.2	46	284	284	19.84	3740	0.84
	61	216	216	15.09	3410	0.93
	74	179	179	12.49	3210	1.7		SCK75B Y100L6
	93	141	141	9.84	2960	1.7
	123	107	107	7.48	2700	1.9
	25.5	515	110	113.36	5810	0.93		SCK90C Y90S2
	29.1	450	100	99.22	5550	0.84
	31.3	405	90	92.47	5360	0.94
	38.6	343	75	74.94	5070	0.88
	46.3	308	70	62.43	4890	0.97
	24	548	60	59.44	5890	0.91	SCK90B Y90L4
	29	447	50	48.18	5500	1.1
	35	372	40	40.13	5170	1.3
	47	281	30	30.24	4710	1.8
	56	234	25	25.19	4430	2.1
	72	184	20	19.84	4090	2.1
	94	140	15	14.99	3730	2.1
	114	116	12.5	12.49	3510	4.1
	144	91	10	9.84	3240	4.2
	190	69	7.5	7.48	2950	4.3
	30	433	30	30.24	5460	1.2		SCK90B Y100L6
	37	361	25	25.19	5130	1.3
	46	284	20	19.84	4740	1.3
	61	216	15	14.99	4330	1.4
	74	179	12.5	12.49	4060	2.7
	93	141	10	9.84	3750	2.7
	123	107	7.5	7.48	3420	2.8
	47	409	30	29.86	3720	0.86		SCK75B Y100L4
	57	340	25	24.20	3500	0.88
	72	268	20	20.16	3230	0.89
	95	204	15	14.99	2950	0.98
	114	169	12.5	12.49	2770	1.8
	145	133	10	9.84	2550	1.8
	191	101	7.5	7.48	2330	2.0
	75	258	12.5	12.49	3210	1.2		SCK75B Y112M6
	95	203	10	9.84	2960	1.2
	125	155	7.5	7.48	2700	1.3

Motorpower	Output speed	Output torque	Nominalspeed ratio	Actualtransmission ratio	The output shaftRadial load	ServiceFactor		Model
P	${ \mathsf n } _ { 2 }$	$\mathsf { M } _ { 2 \mathsf { n } }$	i	i	$\mathsf { F } _ { r 2 }$	f
[KW]	[r/min]	[N.m]			[N]
2.2	36	542	40	40.13	5170	0.88
	47	409	30	30.24	4710	1.2
	57	340	25	25.19	4430	1.4
	72	268	20	19.84	4090	1.4	SCK90B Y100L4
	95	204	15	14.99	3730	1.5
	114	169	12.5	12.49	3510	2.8
	145	133	10	9.84	3240	2.9
	191	101	7.5	7.48	2950	3.0
	75	258	12.5	12.49	4060	1.9		SCK90B Y112M6
	95	203	10	9.84	3750	1.9		SCK90B Y112M6
	125	155	7.5	7.48	3420	1.9
3.0	114	230	12.5	12.49	2770	1.3
	145	181	10	9.84	2550	1.3
	191	138	7.5	7.48	2330	1.5
	47	557	30	30.24	4710	0.9
	57	464	25	25.19	4430	1.0
	57	464	25	25.19	4430	1.0
	72	366	20	19.84	4090	1.0		SCK90B Y100L4
	95	278	15	14.99	3730	1.1
	114	230	12.5	12.49	3510	2.1
	145	181	10	9.84	3240	2.1
	191	138	7.5	7.48	2950	2.2
4.0	115	305	12.5	12.49	2770	0.98	SCK75B Y112M4
	146	240	10	9.84	2550	1.0
	193	183	7.5	7.48	2330	1.1
	115	305	12.5	12.49	3510	1.6
	146	240	10	9.84	3240	1.6	SCK90B Y112M4
	146	240	10	9.84	3240	1.6
	193	183	7.5	7.48	2950	1.6

Filling of lubricating oil

Gear units	Fill quantity in liters : (L)
Gear units	B3	B6	B7	B8	V5	V6
SCK50B	0.3	0.3	0.2	0.2	0.2	0.2
SCK50C*	0.09
SCK63B	0.4	0.4	0.3	0.2	0.4	0.2
SCK63C*	0.09
SCK75B	0.8	0.8	0.6	0.6	0.5	0.5
SCK75C*	0.13
SCK90B	1.2	0.8	0.8	0.7	1.2	0.6
SCK90C*	0.13

Remark: when using 3-stage reducers, fill the lubricating oil of 3-stage and 2-stage casing respectively. the lubricating oil are incommunication; Oil quantity marking with \* are for 3 stage casing

Types of lubrication

Model	temperature range	ISO viscosity	SHELL	MOBIL	BP	lubrication type
SCK	-10℃~+40℃	VG 220	Shell OmalaS2 G220	Mobilgear600 xp 220	BP EnergolGR-XP 220	Mineral oil
	-20℃~+25℃	VG 150VG100	Shell OmalaS2 G100	Mobilgear600 xp 220	BP EnergolGR-XP 100
	-30℃~+10℃	VG 68-46VG32	Shell TellusS2 V32	MobilE™ 32
	-40℃~-20℃	VG 22VG 15	Shell TellusS2 V15	MobilE™ 15	BP EnergolHLP-HM 15
	-40℃~+80℃	VG 220	Shell OmalaS4 Gx220	MobilSHC 630		Synthetic oil
	-40℃~+40℃	VG 150	Shell OmalaS4 Gx150	MobilSHC 629
	$- 4 0 ^ { \circ } \mathsf { C } \sim + 1 0 ^ { \circ } \mathsf { C }$	VG 32	Shell OmalaS4 ATF HDX	MobilSHC 624