Monofunction Simulator UC RTD.2
The SIKA simulator has been developed for simple and flexible calibration and maintenance. Various tests can be done in one operation without having to switch instruments. It saves time. Our mono-functional simulator is very useful if you only need one type of signal.
Main apps:
Service, maintenance and repair
Quality insurance
Test labs and research
Instrumentation and control
Process industry
Energy supply
Engineering machinery and apparatus
A number of other applications are also possible.
A multifunctional view
The back-lit multifunctional screen ensures a clear indication of input and output values as well as all adjustments.
The concept of operation
Features include a rubber keypad, convenient interactive menu control through function keys, navigator and numeric keypad. This feature facilitates the selection and appearance of various functions.
Steps and ramps
Automated programs are generated for periodic calls. Signal type, duration and value are defined. The start delay, the number of repetitions and the linear increase or decrease in characteristics can be programmed individually.
High speed call
The required signal value is repeatedly stored permanently or flexibly in the simulator and can be remembered quickly when pressing a button.
Synthesizer
The synthesizer function can be used to generate discontinuous characteristics by changing the signal value. The previously programmed signal change level is displayed on the simulator.
This function allows simple definition and successive calls of various steps, ramp values or synthesizers for easier testing.
Calibration and linearization points
If the measurement and deviation characteristics of the sensor are known and these are available in the form of calibration certificates, they should be considered in the measurement to obtain accurate measurement results.
Simulator input can be shifted linearly by offset programming to approximate sensor measurement characteristics. This one point calibration is the simplest and most popular method of improving measurement results.
Multipoint calibration can be used to measure greater accuracy. The input is configured by using four point linearisation to real sensor characteristics to compensate for linearity error. Up to five different calibration data files can be saved and easily remembered as needed.