Home / Product / Indicator / Digital indicator / DN50W

DN50W

    DN50W

      • The DN-50W has designed specifically to operate with strain gauge sensors such as Fast – measurement of Loadcell, Pressure Transducer, LVDT, etc. The setup sequence is simple and quick using four push buttons only.
      • And comparison output are available.
      • Sampling speed : Appir. 1000Times Per Second
      • Option: Power Input 24V in accordance with customer request

      Feature
      • High resolution (24bit ADC, 16bit DAC)
      • High precision (more than 0.01% F.S) and stability
      • Quick sampling speed (1000times/sec)
      • Relay output : Hi, Low, NG, OK.
      • UNIT CONVERSION : kg, N, ℓb, kg/㎠, bar, MPa
      • Display part and analogue zero by auto zero
      • Analog Peak Hold
      • Small Size (96×48×128mm)
      • Built-in Shunt calibration switch
      • Peak & sample hold
      • Watch dog

       

      OPTION
      • OP-01 : BCD paralle out
      • OP-02 : RS232C serial interface
      • OP-03 : RS485 Multi drop interface

       

      DIMENSIONS
      Specifications
      Specifications Accuracy
      Application sensor Strain guage sensor (350Ω or 700Ω)
      Sensor authorized voltage
      (the number of Loadcell connection)
      DC 5V, Loadcell(350Ω) available 4
      Zero adjustment range 100% F·S (Auto Zero)
      Input signal 0.5 ~ 3.0mV/V
      AD converter 24bit 1000times/sec
      DA converter 16bit 1000 times/sec
      Display -19999 ~ +99999
      Display speed Appox. 32times/sec
      Character height 7Segment 14mm
      Decimal point Random setting available
      Sampling speed Max 1000 times/sec
      Zero variation within 0.5μV/℃
      Sensitivity variation 50ppm/℃
      Voltage output 0 ~ 10V
      (4~20mA : in accordance with customer request)
      Usage temperature range -10℃ ~ 60℃
      Humidity less than 80% RH (no dew condensation)
      Power source used AC 85 ~ 265V 50/60Hz
      Relay output Contact capacity : AC 250V 5A
      Relay life time : more than 5,000,000 times