High Precision Planetary Gearboxes

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SVS-050

SVS-050 Right Angle Gearbox

SVS-050 Right Angle Gearbox

SVS-050 Right Angle Gearboxes can output up to 94 Nm (depends on ratio), and are suitable for servomotors up to 500W.

Calculate your machine and find the required gearbox output torque using this tool

Engineering Calculator

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Overview

Performance data:

Number of stages:

1

Transmission ratios:

5:1 to 100:1

Backlash:

<10'

Input motor flanges:

For all servomotors

For motor shafts:

⌀11, ⌀14 and ⌀19

Output Shaft

Hollow Output Shaft

Accessories:

Simple or Double Solid Output Shaft
Output Flange
Torque Arm
Extended Input Shaft

Typical Applications:

  • Packaging
  • Food Industry
  • Pharma Industry
  • Textile Industry
  • Robotics
  • Linear Actuators
  • Conveyors
  • Automated Warehouses
  • General Automation

SVS-050 Right Angle gear units have the following advantages:

  • Very Reliable
  • Excellent Value
  • Lightweight, only 3.4 kg
  • Very short transients in intermittent duty cycles
  • Lifetime Lubrication
  • Optionally, NSF H1 certified food grade lubrication
  • For any mounting position
  • Easy motor installation
  • Low running noise
Specifications

Main Specs

Ratio Standard
Motor
shaft ⌀ 		n1=500 min-1 n1=1000 min-1 n1=1500 min-1 n1=3000 min-1 Backlash
(arcmin) 		Weight
(kg)
T2N
(Nm) 		T2max
(Nm) 		Ef T2N
(Nm) 		T2max
(Nm) 		Ef T2N
(Nm) 		T2max
(Nm) 		Ef T2N
(Nm) 		T2max
(Nm) 		Ef
i
5 ⌀14, ⌀19 92 115 0.84 75 94 0.85 62 78 0.87 44 55 0.89 <10' 3.4
7.5 ⌀14, ⌀19 100 125 0.82 83 104 0.84 70 88 0.86 51 64 0.88 <10'
10 ⌀14, ⌀19 104 130 0.80 86 108 0.82 73 91 0.84 54 68 0.86 <10'
15 ⌀14, ⌀19 106 133 0.75 88 110 0.78 74 93 0.80 57 71 0.84 <10'
20 ⌀14, ⌀19 104 130 0.72 87 109 0.75 75 94 0.78 58 73 0.81 <9'
25 ⌀14, ⌀19 88 110 0.68 75 94 0.71 65 81 0.74 50 63 0.78 <9'
30 ⌀14, ⌀19 98 123 0.63 79 99 0.67 66 83 0.71 55 69 0.75 <8'
40 ⌀11. ⌀14, ⌀19 95 119 0.59 75 94 0.63 69 86 0.67 54 68 0.72 <9'
50 ⌀11, ⌀14 94 118 0.54 80 100 0.59 70 88 0.62 56 70 0.68 <9'
65 ⌀11, ⌀14 86 108 0.50 74 93 0.54 64 80 0.58 53 66 0.64 <9'
80 ⌀11, ⌀14 77 96 0.46 67 84 0.51 60 75 0.54 48 60 0.61 <9'
100 ⌀11, ⌀14 61 76 0.43 58 73 0.47 55 69 0.51 45 56 0.58 <9'

Moment of Inertia

Ratio Motor Input Shaft Diameter
⌀11 ⌀14 ⌀19
i J (Kg·cm2) J (Kg·cm2) J (Kg·cm2)
5 - 0.922 1.046
7.5 - 0.684 0.935
10 - 0.602 0.853
15 - 0.543 0.794
20 - 0.523 0.774
25 - 0.513 0.764
30 - 0.508 0.759
40 0.315 0.503 0.755
50 0.313 0.501 -
65 0.311 0.499 -
80 0.310 0.498 -
100 0.309 0.498 -

Axial and Radial Output Load Capacity

Ratio Deep Grove Ball Bearings Tapered Roller Bearings
i FR2 (N) FA2 (N) FR2 (N) FA2 (N)
5 1400 300 4000 5000
7.5 1650 330 4500 5500
10 1800 360 5000 6000
15 1950 390 5800 7000
20 2200 440 6000 7200
25 2400 480 6200 7500
30 2600 520 6500 7800
40 2850 570 6600 8000
50 3100 620 6800 8200
60 3200 640 6800 8200
63 3400 680 6800 8200
80 3800 760 6800 8200
100 4000 800 6800 8200
  • Deep grove ball bearings model: 6008
  • Tapered roller bearings model: 32008
  • Values for n1=1400 rpm, for pure axial or radial forces. For combined forces please inquire.
  • Axial forces are applied in the center of the output shaft
  • Radial forces assume that you are using the standard single output shaft accessory, with length, measured from the shaft shoulder, L=50 mm. Force application point is at the middle of the output shaft length (L/2).
Dimensions
SVS-050 Dimensions