KAMAN’s new digiVIT, a Revolution in Noncontact Linear Position / Displacement / Proximity Sensing 

Why is it the Most Advanced
Technological innovation has resulted in the first eddy current sensor for position/displacement/proximity sensing with a self tuning bridge! There is no longer the need to connect to a PC to download a configuration file when changing sensors or doing high level calibrations. At the beginning of any of the linearity calibration options, the digiVIT detects the sensor coil parameters with the target being used. The bridge that balances the circuit is then automatically tuned for optimum performance for that calibration range and target material. The digiVIT will perform with virtually any manufacturers inductive sensor. 

What’s Different This Time
Probably the biggest difference between the digiVIT and past digital inductive linear displacement sensors is that all functions can be accessed through 4 pushbuttons on the front panel. All information is displayed on an easy to read, integral digital display. There is no requirement to connect to a PC to perform any calibration! 

Calibrations
Linearity calibration is a simple routine via the pushbuttons. Multiple point calibrations are possible. The standard 6-point calibration provides outstanding linearity, and the 21 point calibration the best possible linearity. 

Temperature compensation calibration by the user is also possible. Simply positioning the sensor at 2 displacements, at 2 temperatures, and depressing a pushbutton at each of the 4 conditions, temp comp calibration is complete, improving the thermal stability by an order of magnitude or better. 

Features

• Self tuning bridge, will perform with nearly any single coil sensor, any conductive target
• Pushbutton calibration
• Pushbutton temperature compensation
• Pushbutton zeroing
• Embedded intelligence, all functions accessible without a PC
• Large easy to read digital display
• Scrolling menus for set up and calibration
• Ethernet communication
• No sensor, shorted sensor detection   Continue