The DIGIMASTER accepts signals from load cells, pressure and torque transducers on strain gauge basis as well as displacement or angle transducers in potentiometric or DC/DC-version. Moreover, process signals ±1V/5V/10V resp. 0 (4)... 20 mA can be measured. Besides the display of the presently measured value, the MIN-, MAX- and peak-to-peakvalue can be shown.
The high measuring accuracy paired with a very fast processing of measurement values predestines this instrument not only for lab and test stand applications with requirement for high accuracy but also for use in the industrial environment.
The optionally available setpoint values allow production focused classification and control tasks with short reaction times. This is supported in addition by a variety of logical inputs (Sample & Hold, Tare, Reset, etc.). The response time for signals of only 5 ms makes control tasks possible with the help of the optional analog output.
The transfer of measuring values and the instrument’s configuration can be done easily via the optional serial interface. A powerful software is available.
Based on a simply structured interface parameterizing software and a configurable logical input, up to 200 measuring value/s can be read out in the "fast mode".

Description

With the help of the latest micro-processor technology a lot of special functions can be realized. The menu-controlled configuration of the instrument is obligatory. The selfexplaining abbreviations on the buttons user-friendly operation enables even untrained users to do so in a short time. First of all, the type of input signal resp. sensor is determined.
Secondly, the calibration procedure is selected. The user can choose from Teach-In, Calibration as per sensor protocol data or a mix of the two.
The user-friendly linearization of up to 30 measurement points makes an exact recording of the corresponding sensor curve possible. An internal analog/digital conversion of up to 550 measuring values per sec. ensures stable and high-precision measurement. The decimal point can be set at any given point.
The supply voltage mentioned in the technical data can be selected, depending on the chosen sensor type. A complete potential division of the measuring channels avoids falsifying effects on the measurement values from mischiefing.