X-VSR-SV1 Series

Low vacuum vertical stages with built-in controllers

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Series Specifications

Microstep Size (Default Resolution) 0.09525 µm
Built-in ControllerYes Icon
Repeatability < 1 µm (< 0.000039")
Loaded Backlash (10 N) < 10 µm (< 0.000394")
Maximum Speed 28 mm/s (1.102"/s)
Minimum Speed 0.000058 mm/s (0.000002"/s)
Speed Resolution 0.000058 mm/s (0.000002"/s)
Peak Thrust 200 N (44.9 lb)
Maximum Continuous Thrust 100 N (22.4 lb)
Communication Interface RS-232
Communication Protocol Zaber ASCII (Default), Zaber Binary
Data Cable Connection Teflon flying leads with M8 4 pin M/F
Maximum Centered Load 100 N (22.4 lb)
Maximum Moment (Roll) 300 N⋅cm (424.8 oz⋅in)
Maximum Moment (Pitch) 300 N⋅cm (424.8 oz⋅in)
Maximum Moment (Yaw) 300 N⋅cm (424.8 oz⋅in)
Pitch 0.08° (1.396 mrad)
Roll 0.08° (1.396 mrad)
Yaw 0.08° (1.396 mrad)
Power Supply 24-48 VDC
Power Plug None, use X-PIB
Maximum Current Draw 950 mA
Linear Motion Per Motor Rev 1.2192 mm (0.048")
Motor Steps Per Rev 200
Motor Type Stepper (2 phase)
Motor Rated Current 700 mA/phase
Inductance 8.7 mH/phase
Default Resolution 1/64 of a step
Mechanical Drive System Precision Lead Screw
Limit or Home Sensing Magnetic home sensor
Manual ControlNo Icon
Axes of Motion 1
Mounting Interface M6 and M3 threaded holes
Operating Temperature Range 0-50 °C
CE CompliantYes Icon
Vacuum Compatible Low vacuum (10-3 Torr)

Part Specifications Comparison

Part NumberTravel RangeAccuracy (unidirectional)Loaded Accuracy (10 N)BacklashGuide TypeHorizontal RunoutWeight
X-VSR20A-SV1 20 mm (0.787") 50 µm (0.001968") 35 µm (0.001378") < 35 µm (< 0.001378") Ball Bearing < 30 µm (< 0.001181") 0.560 kg (1.235 lb)
X-VSR40A-SV1 40 mm (1.575") 35 µm (0.001378") 20 µm (0.000787") < 120 µm (< 0.004724") Crossed-Roller Bearing < 35 µm (< 0.001378") 0.770 kg (1.698 lb)

Specification Charts & Notes

Thrust or torque is a function of speed. The values given above are maximums. These values cannot both be achieved simultaneously (i.e. at maximum speed, the unit will not produce maximum thrust).

Thrust Speed Performance

Typical Accuracy

Duty Cycle