I-7011PD Thermocouple I/P module w/LED display (1AI+1DI+2DO)


Price:
Sale price£222.00

Description

This Thermocouple Input module is applicable where only a single temperature (or voltage or current) is to be monitored. The I-7011PD has an integrated 4½ Digit LED Display to display values. The I-7011PD  has a Digital Input channel to accept an input from a switch/relay or similar, along with 2 Digital Outputs which can be used for Alarm Output.

 

Features

  • LED value display
  • 16 bit ADC
  • 3000V dc inter module isolation
  • Integrated digital input and output
  • Event counters
  • Integrated digital display option
  • Autonomous alarm output
  • Direct measurement of thermocouples voltage and current
  • Cold Junction Compensation for thermocouples
  • Can be Configured using simple ASCII Commands

Specifications

Analog Input

  • Resolution: 16 bits
  • No of inputs: 1 differential
  • Input Type: DC voltage, 0-20mA, T/couple
  • Sampling Rate: 10 Hz
  • Input Ranges: +/-15mV, +/-50mV, +/-100mV, +/-500mV, +/-1V, +/-2.5V, +/-20mA (with optional 125R resistor)
  • Thermocouple ranges 
    J= -210ºC to +760ºC 
    K= -270ºC to +1372ºC 
    T= -270ºC to +400ºC 
    E= -270ºC to +1000ºC 
    R= 0ºC to +1768ºC 
    S= 0ºC to +1768ºC 
    B= 0ºC to +1820ºC 
    N= -270ºC to +1300ºC 
    C= 0ºC to +2320ºC
    L = -200ºC to +800ºC
    M = -200ºC to +100ºC
  • Accuracy = 0.05%
  • Common Mode Rejection = 150dB
  • Input Impedance = 20M Ohms

Digital Input

  • Channels = 1
  • Logic 0 = +1V max
  • Logic 1 = +3.5V to +30V
  • Max. Input Frequency = 50Hz
  • Min. Pulse Width = 1ms

Digital Output

  • Channels = 2
  • Output Type = Sink, Open collector to 30V
  • Output Load = 30mA max. per channel
  • Power Dissipation = 300mW

Other

  • Interface = RS485
  • Format : N,8,1
  • Baud Rate : 1200 - 115200 bps
  • LED Display = Power/Comms indicator + 4 ½ Digit Display
  • Power Input = +10V to +30V dc
  • Power Consumption = 0.9W
  • Operating Temp. = -25 to +75ºC
  • Storage Temp. = -40 to +85ºC
  • Humidity = 5 to 95%, non-condensing

 

Technical

user manual

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