Home » NEW PRODUCT – VLX-35 ELECTRIC ENCODER FOR DC SERVO MOTORS

NEW PRODUCT – VLX-35 ELECTRIC ENCODER FOR DC SERVO MOTORS

Netzer Precision Position Sensors has introduced the VLH-35, a new product designed to meet the needs of the servo motor industry and its requirements for the next generation of industrial rotary motion control.

The VLH-35 encoder is part of the Electric Encoder™ portfolio which is based on the capacitive technology for position sensing.

Netzer recognizes the importance of cooperation with servo motor manufacturers, which have their own design philosophy and production methods, and as a result, the VLH-35 can be modified in order to provide a best-fit solution to the needs of different customers.

BENEFITS

  • High accuracy, absolute, digital encoder
  • Extreme resistance to shock and vibrations
  • Immunity to magnetic fields
  • Communication protocols: SSi, BiSS
  • Frameless, hollow shaft design
  • Low profile: 6mm only
  • Zero torque and negligible inertia
  • 35 mm outer diameter
  • “Smart Sensor” capabilities: Built-In-Test, zero position programming
  • Flexibility for different mechanical interface

APPLICATIONS

  • Servo Motors
  • Robotics and Automation
  • Industrial Machinery
  • Automotive

Ready to find the right sensor for you? We are here to help. Contact us today using the form below to get started.

"*" indicates required fields

This field is hidden when viewing the form
This field is for validation purposes and should be left unchanged.

Related Topics

As collaborative robots expand into manufacturing environments the issue of safe motion continues to be a concern. Current design approaches
Robonaut 2 (R2) is a state-of-the-art, highly dexterous anthropomorphic robot. The robot is designed to work with humans and has
Safety, hygiene, and accuracy are critical in food and beverage production and packaging. While sensors can help to achieve the
A recent GlobalData report highlights the impressive growth of the robotics industry in agriculture (reaching $218 billion by 2030), a
Intrinsically safe (IS) sensors are designed to operate safely in hazardous areas where there is a risk of explosion. IS