Programmable 3-Axis Joystick X-JOY3

Specifications

Accessory Type: Joysticks
Communication Interface: RS-232
Communication Protocol: Zaber ASCII (Default), Zaber Binary
Maximum Current Draw: 50 mA
Power Supply: 24-48 VDC
Power Plug: 2-pin Screw Terminal
Data Cable Connection: Locking 4-pin M8
Manual Control: 3-axis joystick, 8 programmable keys
LED Indicators: Yes (power, communication, error)
Operating Temperature Range: 0-50 °C
RoHS Compliant: Yes
CE Compliant: Yes
Weight: 0.52 kg
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Features


  • Controls Up to Three Axes: Each axis comes with programmable sensitivity and velocity profile, allowing for precise motion control.

  • Compact Bench-Top Design: Ideal for manual control with or without a computer, making it suitable for various setups.

  • Eight Programmable Keys: Customize functions like storing and recalling positions for enhanced efficiency and ease of use.

  • Intuitive ASCII Protocol: Simplifies complex automation tasks, making it easier to integrate with existing systems.

  • Compatibility: Works seamlessly with all Zaber motor controllers and devices with built-in controllers.

  • Power Sharing: When connected with other X-Series products, power can be shared between devices, reducing the need for multiple power supplies.

  • Communication Interface: RS-232 with Zaber ASCII (Default) and Zaber Binary protocols for flexible connectivity.

  • Manual Control: Features a 3-axis joystick and 8 programmable keys for versatile control options.

  • LED Indicators: Includes indicators for power, communication, and error status for easy monitoring.

  • Operating Temperature Range: Designed to operate efficiently in temperatures ranging from 0-50 °C.

  • Compliance: RoHS and CE compliant, ensuring adherence to international safety and environmental standards.

  • Lightweight Design: Weighs only 0.52 kg (1.146 lb), making it easy to handle and integrate into various setups.

Applications


  • Manual XY or XYZ Positioning: Ideal for laboratory setups requiring intuitive manual motion control.

  • Microscopy and Imaging: Enables precise positioning in optical and imaging applications.

  • Automation System Integration: Simplifies integration into existing automated workflows for enhanced flexibility.

  • Prototyping and R&D: Useful for development environments requiring rapid manual adjustments and programming versatility.