Conditioner Rail Din ME520-FU_DSR View larger

Conditioner Rail Din ME520-FU_DSR

ME520-FU_DSR

The single channel measurement model ME520 provides very complete analog outputs for measurement, conditioning and conversion of signals such as strength, torque, pressure, displacement, acceleration sensors or strain gauges.
Three parameters can be adjusted with an easy procedure that allows output trimming depending on the sensor:

  • A potentiometer to trim gain
  • A potentiometer to trim zero
  • A push button to trim calibration

A wide range of options is available: isolated power supply and many other sensors adapted to ME520 or ME52C. 

More details

469,00 €


469,00 € tax incl.

Volume discounts

Quantity Discount You Save
4 17,00 € Up to 68,00 €
11 33,00 € Up to 363,00 €
26 50,00 € Up to 1 300,00 €
50 67,00 € Up to 3 350,00 €
100 83,00 € Up to 8 300,00 €

ME520-FU_DSR module 

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Applications

  • Conditioning of any kind of analog signal coming from a sensor to fit with data acquisition systems or Programmable Logic Controller (PLC)
  • Electrical and physical measurement: strength, torque, pressure, displacement, acceleration, strain gauges..., on test bench or control of industrial process. 

Options

  • ME26-FLT Filtered output
  • ME26ISO 3 channels galvanic isolation 
  • Butterworth 6th fixed order (BP on request)
  • Input / output: 400 V - Input / power supply: 1000 V 
Isolated general supply 24 VDC (+/-10%)
Operating temperature range -10 to +60°C
Storage temperature range -40 to +70°C
Dimensions of rail DIN unit H : 99 - L : 17,5 - P : 112 mm
Connectors 4x3 limits
Approx. weight (without option) About 110 grams
Input 1 sensor or 4x 350 ohm sensors set up in bridge, trimmed together an supplied with 5Vdc max
Analog output Jumper switch configuration: 0-10V ; ±10V, 0-20mA ; 4-20mA or ±20mA
Precision 0,01%
Bandwidth Jumper switch configuration: 2 KHz or 20 KHz at 3dB
Calibration trim 0,1 to 10mV/V
Zero adjustment Yes
Gain adjustment Yes
Full bridge 120 to 10K ohm
Excitation bridge 5 or 10 V
Sensitivity 0.1%
Sensor excitation frequency 5 VDC
Resolution ±0.3 mV
Response time 250 μs
Conversion time 1 signal period + 250μs 500μs