Planetary Gears GSN

Planetary gear GSN, 1- & 2-stage

The GSN economy line is the perfect match for applications where a backlash of 10 arcmin or better is required. Its helical gears ensure a minimum noise level and a smooth running. The full needle bearing allows for torques that beat the competition for units of the same size. The GSN line is used for various applications with regard to precision and efficiency.

Definition of serial numbers

Internal
Group No.
Type Size Input hollow shaft Ratio
3 GSN 060 14 025
3 GSN 090 19 005

Input hollow shaft diam. = Max. motorshaft diam. = D9 in gearbox dimensions

Dimensions

GSN-EN-dimensions

mm to inch converter

Gearbox characteristics GSN050 GSN060 GSN070 GSN080 GSN090 GSN115 GSN160
Housing diameter D1 50 60 70 80 90 115 160
Centering diameter output D2 h7 35 40 52 60 68 80 130
Output shaft diameter D4 h6 12 14 16 20 22 25 40
Shaft height including feather key D5 13.5 16 18 22.5 24.5 28 43
Hole circle diameter output D6 44 52 62 70 80 100 145
Clamping system diameter D8 29 29 37 40 49 49 67
Max. motor shaft diameter D9 F7 14 14 19 19 24 24 32
Hole circle diameter input D10 40 42 60 90 90 90 145
Housing length 1-stage L1 55 58 57.5 74 83 91 115
Housing length 2-stage L1 81 84 91.3 109 134.5 175
Shaft length output L2 21.5 34 36 40 46 56 88
Shaft length from shoulder L3 20 30 28 36 36 50 78
Centering depth output L4 4 3 6.5 3 8 4 8
Distance from shaft end L5 2.5 2.5 4 4 2.5 5 5
Feather key length L6 15 25 20 28 30 40 65
Max. input length motor shaft L7 25 27.5 25 35.5 40 43 55
Distance to center of screw L8 4.5 5 5.5 6 7 7 9
Distance clamping device – housing L13 11 11.5 15.5 16.5 17.5 18.5 35
Square housing SQ1 44 62 90 90 92 120
Feather key width B1 h9 4 5 5 6 6 8 12
Min. mounting thread x depth G1 4 x M4 x 8 M5 x 8 M5 x 10 M6 x 12 M6 x 12 M10 x 20 M12 x 24
Min. mounting thread x depth G2 4 x M4 x 8 M4 x 8 M5 x 10 M6 x 12 M6 x 12 M6 x 12 M8 x 20
Min. mounting thread x depth G3 M4 x 11 M4 x 11 M5 x 11 M6 x 15 M8 x 16 M8 x 20 M8 x 16
Angle in ° W1 45 45 45 45 45 45 45
x times angle in ° W2 4 x 90 4 x 90 4 x 90 4 x 90 4 x 90 4 x 90 4 x 90
Angle in ° W3 30 30 30 30 30 30 30
x times angle in ° W4 4 x 90 4 x 90 4 x 90 4 x 90 4 x 90 4 x 90 4 x 90

Find additional info to motor flanges and reduction sleeves below.

Power table

Gearbox characteristics GSN050 GSN060 GSN070 GSN080 GSN090 GSN115 GSN160 Stage
Service lifetime*1 tl h 30000
Nominal input speed n1 rpm 4500 4500 4500 4000 4000 4000 4000
Max. input speed n1 max. rpm 8000 8000 8000 7000 7000 7000 7000
Standard backlash jt arcmin <=7 1
<=10 2
Noise level*2 Qg dB (A) <=58 <=58 <=58 <=60 <=63 <=65 <=65
Efficiency ƞ % >=97 1
>=94 2
Protection class IP65
Torsional rigidity ct Nm/arcmin 3 4 5 12 13 14 60
Max. radial force*3 F2r N 725 1100 1770 2400 3150 3590 7800
Max. axial force*3 F2a N 292 515 890 1275 1575 1795 4650
Operating temperature TB °C -25°C – +90°C
Lubrication liquid grease (lifetime-lubricated)
Weight with flange*4 mg kg 0.73 0.99 1.25 2.1 3.5 4.98 13.25 1
1.05 1.46 1.9 3.2 6.92 18.5 2
Mounting position Any
Output torques GSN050 GSN060 GSN070 GSN080 GSN090 GSN115 GSN160 Ratio Stage
Nominal output torque*5 T2B Nm 18 29 57 118 153 182 688 3 1
16 40 50 116 151 161 611 4 1
15 42 47 113 147 176 680 5 1
14 37 43 110 134 164 630 7 1
13 26 42 105 129 155 604 10 1
18 29 57 118 153 182 688 15 2
16 40 50 116 151 161 611 20 2
15 42 47 113 147 176 680 25 2
14 29 43 118 153 182 641 30 2
14 37 43 110 134 164 630 35 2
13 40 41 116 151 161 608 40 2
15 42 47 113 147 176 680 50 2
14 37 43 110 134 164 630 70 2
13 26 42 105 129 155 604 100 2
Max acceleration torque*6 T2N Nm 31 50 97 212 263 297 1125 3 1
27 68 86 198 259 268 999 4 1
25 72 81 194 252 288 1112 5 1
23 63 74 189 230 268 1031 7 1
22 45 72 180 221 254 988 10 1
31 50 97 202 236 297 1125 15 2
27 68 86 198 259 263 999 20 2
25 72 81 194 252 288 1112 25 2
23 50 74 202 263 297 1049 30 2
23 63 74 189 230 268 1031 35 2
22 68 70 198 259 263 995 40 2
25 72 81 194 252 288 1112 50 2
23 63 74 189 230 268 1031 70 2
22 45 72 180 221 254 988 100 2
Emergency stop torque*7 T2Not Nm 54 87 171 354 459 546 2064 3 1
48 120 150 348 453 483 1833 4 1
45 126 141 339 441 528 2040 5 1
42 111 129 330 402 492 1890 7 1
39 78 126 315 387 465 1812 10 1
54 87 171 354 459 546 2064 15 2
48 120 150 348 453 483 1833 20 2
45 126 141 339 441 528 2040 25 2
42 87 129 354 459 546 1923 30 2
42 111 129 330 402 492 1890 35 2
39 120 123 348 453 483 1824 40 2
45 126 141 339 441 528 2040 50 2
42 111 129 330 402 492 1890 70 2
39 78 126 315 387 465 1812 100 2
Mass moment of inertia GSN050 GSN060 GSN070 GSN080 GSN090 GSN115 GSN160 Ratio Stage
Mass moment of inertia*8 J1 kgcm2 0.03 0.06 0.15 0.48 0.55 0.6 9.21 3 1
0.03 0.06 0.15 0.38 0.42 0.45 7.54 4 1
0.03 0.06 0.13 0.38 0.42 0.45 7.42 5 1
0.03 0.06 0.13 0.38 0.42 0.45 7.14 7 1
0.03 0.06 0.13 0.35 0.42 0.41 7.03 10 1
0.025 0.05 0.11 0.29 0.38 0.40 8.65 15 2
0.025 0.05 0.11 0.29 0.38 0.40 7.08 20 2
0.025 0.05 0.11 0.29 0.38 0.40 6.97 25 2
0.025 0.05 0.11 0.29 0.38 0.40 8.65 30 2
0.025 0.05 0.11 0.29 0.38 0.40 6.71 35 2
0.025 0.05 0.11 0.29 0.38 0.40 7.08 40 2
0.025 0.05 0.11 0.29 0.38 0.40 6.97 50 2
0.025 0.05 0.11 0.29 0.38 0.40 6.71 70 2
0.025 0.05 0.11 0.26 0.32 0.38 6.61 100 2

*1 Load factor KA=1, n2=100 rpm ,at room temperature T=20°C in new condition
*2 Sound pressure level at 1 m distance, measured for an input speed of 3000 rpm without load
0.45*3 On the center of the output shaft
*4 Deviation of up to 10 % possible
*5 Service life: 30,000 h, n2=100 rpm
*6 Max 1000 cycles per hour. Acceleration torque proportion < 5% of the total operation time
*7 Max 1000 cycles over the gear service life
*8 Related to the input shaft

metric

Gearbox characteristics metric GSN060 GSN080 GSN115 Stage
Service lifetime*1 tl h 30000
Nominal input speed n1 rpm 4500 4000 4000
Max. input speed n1 max. rpm 8000 7000 7000
Standard backlash jt arcmin <=7 1
<=10 2
Noise level*2 Qg dB (A) <=58 <=60 <=65
Efficiency ƞ % >=97 1
>=94 2
Protection class IP65
Torsional rigidity ct Nm/arcmin 4 12 14
Max. radial force*3 F2r N 1030 1570 3590
Max. axial force*3 F2a N 515 785 1795
Operating temperature TB °C -25°C – +90°C
Lubrication liquid grease (lifetime-lubricated)
Weight with flange*4 mg kg 0.99 2.1 4.98 1
1.46 3.2 6.92 2
Mounting position Any
Output torques GSN060 GSN080 GSN115 Ratio Stage
Nominal output torque*5 T2B Nm 29 118 182 3 1
40 116 161 4 1
42 113 176 5 1
37 110 164 7 1
26 105 155 10 1
29 118 182 15 2
40 116 161 20 2
42 113 176 25 2
29 118 182 30 2
37 110 164 35 2
40 116 161 40 2
42 113 176 50 2
37 110 164 70 2
26 105 155 100 2
Max acceleration torque*6 T2N Nm 53 212 327 3 1
72 208 289 4 1
76 204 317 5 1
66 198 295 7 1
47 189 279 10 1
53 212 327 15 2
72 208 289 20 2
76 204 317 25 2
53 212 327 30 2
66 198 295 35 2
72 208 289 40 2
76 204 317 50 2
66 198 295 70 2
47 189 279 100 2
Emergency stop torque*7 T2Not Nm 88 353 545 3 1
120 347 482 4 1
126 340 528 5 1
110 331 492 7 1
79 315 465 10 1
88 353 545 15 2
120 347 482 20 2
126 340 528 25 2
88 353 545 30 2
110 331 492 35 2
120 347 482 40 2
126 340 528 50 2
110 331 492 70 2
79 315 465 100 2
Mass moment of inertia GSN060 GSN080 GSN115 Ratio Stage
Mass moment of inertia*8 J1 kgcm2 0.06 0.48 0.6 3 1
0.06 0.38 0.45 4 1
0.06 0.38 0.45 5 1
0.06 0.38 0.45 7 1
0.06 0.35 0.41 10 1
0.06 0.41 0.45 15 2
0.06 0.38 0.45 20 2
0.06 0.38 0.45 25 2
0.06 0.38 0.45 30 2
0.06 0.38 0.45 35 2
0.06 0.38 0.45 40 2
0.06 0.38 0.45 50 2
0.06 0.38 0.45 70 2
0.06 0.38 0.45 100 2

*1 Load factor KA=1, n2=100 rpm ,at room temperature T=20°C in new condition
*2 Sound pressure level at 1 m distance, measured for an input speed of 3000 rpm without load
*3 On the center of the output shaft
*4 Deviation of up to 10 % possible
*5 Service life: 30,000 h, n2=100 rpm
*6 Max 1000 cycles per hour. Acceleration torque proportion < 5% of the total operation time
*7 Max 1000 cycles over the gear service life
*8 Related to the input shaft

imperial

Gearbox characteristics imperial GSN060 GSN080 GSN115 Stage
Service lifetime*1 tl h 30000
Nominal input speed n1 rpm 4500 4000 4000
Max. input speed n1 max. rpm 8000 7000 7000
Standard backlash jt arcmin <=7 1
<=10 2
Noise level*2 Qg dB (A) <=58 <=60 <=65
Efficiency ƞ % >=97 1
>=94 2
Protection class IP65
Torsional rigidity ct lbf ft / arcmin 2.95 8.85 10.33
Max. radial force*3 F2r lbf 232 353 807
Max. axial force*3 F2a lbf 116 176 404
Operating temperature TB °F -13°F – +194°F
Lubrication liquid grease (lifetime-lubricated)
Weight with flange*4 mg lb 2.18 4.63 10.98 1
3.22 7.05 15.26 2
Mounting position Any
Output torques GSN060 GSN080 GSN115 Ratio Stage
Nominal output torque*5 T2B lbf ft 21 87 134 3 1
30 86 119 4 1
31 83 130 5 1
27 81 121 7 1
19 77 114 10 1
21 87 134 15 2
30 86 119 20 2
31 83 130 25 2
21 87 134 30 2
27 81 121 35 2
30 86 119 40 2
31 83 130 50 2
37 81 121 70 2
19 77 114 100 2
Max acceleration torque*6 T2N lbf ft 39 156 241 3 1
53 153 213 4 1
56 150 234 5 1
49 146 218 7 1
35 139 206 10 1
39 156 241 15 2
53 153 213 20 2
56 150 234 25 2
39 156 241 30 2
49 146 218 35 2
53 153 213 40 2
56 150 234 50 2
49 146 218 70 2
35 139 206 100 2
Emergency stop torque*7 T2Not lbf ft 65 260 402 3 1
89 256 356 4 1
93 251 389 5 1
81 244 363 7 1
58 232 343 10 1
65 260 402 15 2
89 256 356 20 2
93 251 389 25 2
65 260 402 30 2
81 244 363 35 2
89 256 356 40 2
93 251 389 50 2
81 244 363 70 2
58 232 343 100 2
Mass moment of inertia GSN060 GSN080 GSN115 Ratio Stage
Mass moment of inertia*8 J1 oz in2 0.33 2.62 3.28 3 1
0.33 2.08 2.46 4 1
0.33 2.08 2.46 5 1
0.33 2.08 2.46 7 1
0.33 1.91 2.24 10 1
0.33 2.24 2.46 15 2
0.33 2.08 2.46 20 2
0.33 2.08 2.46 25 2
0.33 2.08 2.46 30 2
0.33 2.08 2.46 35 2
0.33 2.08 2.46 40 2
0.33 2.08 2.46 50 2
0.33 2.08 2.46 70 2
0.33 2.08 2.46 100 2

*1 Load factor KA=1, n2=100 rpm ,at room temperature T=68°F in new condition
*2 Sound pressure level at 1 m distance, measured for an input speed of 3000 rpm without load
*3 On the center of the output shaft
*4 Deviation of up to 10 % possible
*5 Service life: 30,000 h, n2=100 rpm
*6 Max 1000 cycles per hour. Acceleration torque proportion < 5% of the total operation time
*7 Max 1000 cycles over the gear service life
*8 Related to the input shaft

Motorflanges

Motor flange
Motor flange dimensions
  1. GSN 60
    Gearbox type Centering diameter
    Z
    Hole circle
    LK
    Max. centering depth
    LZ
    Max. motor shaft length
    L
    Screw type
    B
    Article number
    GSN060 30 46 4 25 M4 3-G044-030-001
    40 63 4 25 M4 3-G044-040-002
    50 70 3 25 M5 3-G044-050-002
    50 70 3 30 M4 3-G044-050-004
    60 75 4 25 M5 3-G044-060-001
  2. GSN 80
    Gearbox type Centering diameter
    Z
    Hole circle
    LK
    Max. centering depth
    LZ
    Max. motor shaft length
    L
    Screw type
    B
    Article number
    GSN080 70 90 8 50 M6 3-G090-070-001
    70 90 8 50 M5 3-G090-070-002
    80 100 8 50 M6 3-G090-080-001
    95 115 8 50 M8 3-G090-095-002
    95 115 8 50 M8 3-G090-095-002
    95 115 13 55 M8 3-G090-095-006
    110 145 8 50 M8 3-G090-110-001
    110 145 22 65 M8 3-G090-110-002
    110 130 8 50 M8 3-G090-110-003
    130 165 8 50 M10 3-G090-130-001
  3. GSN 115
    Gearbox type Centering diameter
    Z
    Hole circle
    LK
    Max. centering depth
    LZ
    Max. motor shaft length
    L
    Screw type
    B
    Article number
    GSN115 70 90 8 50 M6 3-G090-070-001
    70 90 8 50 M5 3-G090-070-002
    80 100 8 50 M6 3-G090-080-001
    95 115 8 50 M8 3-G090-095-002
    95 130 8 50 M8 3-G090-095-003
    95 115 13 55 M8 3-G090-095-006
    110 145 8 50 M8 3-G090-110-001
    110 145 22 65 M8 3-G090-110-002
    110 130 8 50 M8 3-G090-110-003
    130 165 8 50 M10 3-G090-130-001

Reduction sleeves

Reduction sleeve
Reduction sleeve dimensions

Definition of serial number for reduction sleeves

Internal Group No. Type Input hollow shaft diam. D Motor shaft diam. d
3 G 024 016
3 G 014 008
Gearbox
type
Size Stages Internal
diam. D
Motor shaft diameter d in mm
6 8 9 10 11 12 12.7 14 16 19 22 24 28 32 35 38 42 48 55
GSN 60 1 / 2 14 (✓)
80 1 / 2 19 (✓)
115 1 / 2 24 (✓)

= Reduction sleeve available;
(
) = no reduction sleeve necessary;
(✓)* = Possible as a specially designed model. Further diameters can also be provided. Please contact us directly.

Additional information

Contact person

email hidden; JavaScript is required

Application examples

Planetary gears overview

Planetary Gears