High Vacuum Motorized Linear Stage X-LSM050A-SV2

Name: High Vacuum Motorized Linear Stage X-LSM050A-SV2
Brand: Zaber Technologies

Description

Zaber's X-LSM-SV2 Series represents a breakthrough in motion control technology, designed to simplify and enhance precision in high-vacuum environments. These motorized linear stages are engineered to excel in demanding applications where compactness and reliability are paramount. With a sleek profile of only 21 mm in height, the X-LSM-SV2 is ideal for projects requiring minimal space without sacrificing performance.

The X-LSM-SV2 Series stages are built with vacuum-compatible materials, significantly reducing outgassing and ensuring faster pump down times. This thoughtful design consideration makes them an excellent choice for high-vacuum applications, where maintaining a pristine environment is crucial. Each unit is a stand-alone device, requiring only a standard 24 V or 48 V power supply, and is equipped with a built-in controller for seamless integration into existing systems.

Connectivity and ease of use are at the forefront of the X-LSM-SV2 Series design. These stages can be connected to the RS-232 or USB ports of any computer, enabling straightforward control and operation. Moreover, the ability to daisy-chain multiple units with other Zaber products allows for shared power supply and simplified wiring, making setup and operation more efficient.

Designed for 'plug and play' simplicity, the X-LSM-SV2 Series ensures that users can quickly and easily integrate these stages into their workflows. Whether used in research, development, or industrial applications, these stages provide the precision and reliability that professionals demand. Embrace the future of motion control with Zaber's X-LSM-SV2 Series, where advanced technology meets user-friendly design.

Specifications

Number Of Axes:	One
Vacuum Grade:	10 mbar
Vacuum Compatibility:	10-6 Torr
Travel Range:	25, 50, 100, 150, 200 mm
Load Capacity:	10 kg
Speed:	Up to 100 mm/s
Built-in Controller:	Yes
Maximum Speed:	24 mm/s
Minimum Speed:	0.000029 mm/s
Speed Resolution:	0.000029 mm/s
Communication Protocol:	Zaber ASCII (Default), Zaber Binary
Vertical Runout:	< 8 µm
Maximum Current Draw:	350 mA
Power Supply:	24-48 VDC
Motor Rated Current:	800 mA/phase
Inductance:	3.5 mH/phase
Default Resolution:	1/64 of a step

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Features

Vacuum Compatibility: Suitable for environments with vacuum levels up to 10-6 Torr.
Travel Options: Available in travel lengths of 25, 50, 100, 150, and 200 mm to suit various application needs.
Load Capacity: Capable of handling loads up to 10 kg.
Performance: Achieves speeds up to 100 mm/s and a peak thrust of 35 N.
Built-in Controller: Integrated controller allows for easy daisy-chaining with other Zaber products.
Simplified Wiring: Only 4 feedthrough wires are needed to control all units in a daisy-chain via serial port (using an X-PIB adaptor).
Compact Design: With a height of only 21 mm, it's ideal for applications requiring a low profile.
Easy Integration: Connects to RS-232 or USB ports, and shares power across daisy-chained devices.
High Precision: Features a default microstep size of 0.047625 µm, with unidirectional accuracy of 15 µm and repeatability of less than 1 µm.
Durable Build: Constructed with vacuum-compatible materials to minimize outgassing and ensure fast pump-down times.
Versatile Communication: Supports Zaber ASCII (Default) and Zaber Binary protocols.
Power Requirements: Operates with a standard 24 V or 48 V power supply.
Motor Specifications: Equipped with a 2-phase stepper motor with 200 steps per revolution.
Precision Lead Screw: Utilizes a precision lead screw for reliable mechanical drive.
Low Power Consumption: Maximum current draw of 350 mA ensures efficient operation.

Applications

Vacuum Motion Systems: Ideal for precision positioning within vacuum chambers requiring low outgassing.
Optical Alignment: Suitable for laser optics, beam steering, and fiber alignment in research labs.
Semiconductor Manufacturing: Facilitates high-precision wafer or component positioning in vacuum environments.
Metrology Systems: Enables accurate sample scanning and measurement in compact setups.
Automation and Robotics: Integrates easily into automated assemblies requiring linear motion in vacuum conditions.