Part no.: LD0-C
• Compact housing
• CANopen and SAEJ1939 output available
• 1m to 30m measurement range options
POSITAL’s LINARIX draw wire sensors measure linear motion by displacing a stainless steel wire wound around a wire drum that actuates the rotary encoder coupled to it via coupling. A spring is used to retract the wire in the housing. The encoder provides a proportional output. Measurements are highly accurate, reliable and the systems have very long lifetime
The LINARIX line offers a wide range of measurement lengths ranging from 1 m to 30 m [3 to 98 ft] and position output in almost every available industrial interface both analog and digital as well as incremental and absolute. The line is featured with different mechanical options, housing materials and springs to enable you to always find the most suitable product for your application
Compared to conventional linear pots and linear measurement systems using multiple gears and encoders LINARIX line are more durable and can be used to replace them directly avoiding common problems of slippage and wear. Draw wire sensors from POSITAL provide extremely precise measurements because of inherent accuracy of encoders while rugged construction ensures reliable performance even under extreme conditions.
The GS liquid level software is an excellent resource for people using sensors to measure fuel, chemicals, or even waste. One of the best features of the Gill Liquid Level Sensors is its compatibility with the GS Level software. The GS Level software makes it easy for the end-user or integrator to change the setting […]
Positek’s portfolio includes a range of high-accuracy linear sensors specifically designed for use in submersible applications. Made from marine grade stainless steel and offering the reliability that is not possible from a submersible LVDT or linear potentiometer, our sensors have served a host of different industries such as wastewater and offshore oil drilling. Another use […]
Micronor MR330 series is the only 100% Passive Fiber Optic Absolute Position Sensor System available on the market today. The innovative design is based on an all-optical passive sensor and remote interrogator module interconnected by an industry-standard multimode fiber optic link.
As collaborative robots expand into manufacturing environments the issue of safe motion continues to be a concern. Current design approaches involve adding force sensors, torque sensors, and sometimes proximity sensors. These adders along with more complex software control algorithms mitigate most of the concerns and result in slower operation. Unfortunately, these additional sensors also add significant cost and complexity.
Learn more about how Everight Position is helping to power leading technology in a variety of industries.
Get started with Netzer Electric Encoder Explorer Ready to learn how to get started with Netzer Electric Encoder Explorer? We can help! Take a look at this video where we walk you through the software and teach you the ins and outs of the Netzer Electric Encoder Explorer. Start with Signal Amplitude One of the […]
IncOder™ CORE is a robust miniature PCB-based inductive ring encoder designed for robotic joints. IncOder CORE is a non-contact, lightweight absolute rotary inductive encoder fully contained in a printed circuit board kit. The ergonomic hollow bore design is suited for integration into rotary actuators. The position sensor utilizes a unique field-proven inductive technique, delivering highly repeatable, […]
Netzer Precision Position Sensors is pleased to introduce the VLP (Very Low Profile) line of absolute position rotary encoders for harsh environments. Designed for exposure to the extreme conditions that are prevalent in the Aerospace and Harsh Environment industries, the VLP-60 and VLP-100 encoders provide unparalleled performance while offering high levels of immunity to shocks, vibration, humidity, and extreme temperatures, and […]
While most modern rotary encoders rely on non-contact sensing technologies and have high MTBF specifications, in critical applications it is still common to have redundant sensors required. When selecting a solution, a number of different criteria need to be considered and fortunately different solutions exist, making the task less daunting. Redundancy One of the first […]
The University of Rochester Baja SAE Team using Opkon potentiometers donated by Everight Position to measure steering angle and suspension height. If your academic project looks like this: Awesome idea Enthusiastic classmates Cases of Red Bull and Mountain Dew Extremely limited financial budget Everight Position wants to help. We are actively looking for University Clubs […]