DATS

DATS

The DATS utilises a servo-inclinometer element to sense inclination to a very high accuracy with almost zero hysteresis Internal temperature and linearity compensation is programmed into the DATS during calibration. This ensures that the output is never outside a 0.08° error margin from true input angle, at any temperature and any angle within its compensated range.

Features

. Industry-standard RS485 output . 19-bit analog to digital conversion

.9 to 18 or 18 to 36 Vdc unrequlated supply options. Dynamicfiltering, fast response & high vibration rejection.

Applications

Ordnance Aiming Systems

Rail track monitoring Optical sighting equipmen

Seismic and civil enaineering analysi Precision platform level control

. Built-in temperature sensina and active compensation

User-configurable output bandwidth

Variable temperature environments

Accessories

WZO controls Sensors offers a broad range of accessories and services to enhance the performance and capabilities of our sensor prod- ucts, including:

Line voltage and batterv enabled power supplies.

Specialized mating connectors

Cable assemblies

High performance digital displays and universal input indicators

Repair and calibration services for all brands of accelerometers, inclinometers and load cells

Customisation

With extensive in-house engineering capabilities, Wzocontrols Sensors offers not only a large range of standard sensors but also unique ex- pertise in the design, development and manufacture of specialized sensors and systems that meet specific customer application and performance re quirements

The need to customise our sensors to the specific requirements of an application to ensure they delive improved safety and efficiency, with optimized cost ano return-on-investment is often critical to proiect success.

Using customer driven elements of sensor design output and performance, Wzocontrols Sensors wi tailor a device to meet almost any application Major cost and performance benefits may be realized by specifying a customized senso where performance and mechanical design are optimally matched to specific application demands.