Remanufactured GE-Emerson IC200MDD841 Mixed Discrete/High-Speed Counter Module

Includes two 24VDC positive-logic type inputs and twelve positive-logic 24VDC 0.5 Amp outputs.

Remanufactured

$299.04
Availability
  • Additional 1 ready to ship within 2-3 days

Repair

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Availability
  • Usually ships in 3-5 business days

For on-site repair and support, call us at 1-704-448-2212 or email sales@qualitrol.com.

Part Number
  • IC200MDD841RMN
Manufactured
Product Specs

Features

  • 20 DC inputs & 12 DC outputs
  • Isolation:
    • 250VAC continuous, 1,500VAC for 1min. user I/O to logic (optical) and to frame ground
    • 250VAC continuous, 1,500VAC for 1min. point-to-point
  • Backplane current consumption:
    • 3.3V output: 130mA
    • 5V output: 30mA
  • External power supply:
    • 24VDC nominal
    • 18 to 30VDC

The GE-Emerson IC200MDD841 Mixed Discrete/High-Speed Counter Module provides four Type A high-speed counter inputs and outputs in its default configuration, plus twelve standard inputs and eight standard outputs. Each counter provides direct processing of rapid pulse signals up to 80KHz for industrial control applications such as velocity measurement, material handling, and process control. 

The module's inputs and outputs can be re-configured for a wide variety of applications:

  • The high-speed counter inputs can be set up as standard high-speed inputs, as four type A counters, as two type A counters plus one A-quad-B counter, or as one type A-quad-B counter with homing capability.
  • Four of the outputs can be configured as pulse-width modulated (PWM), pulse train, ramping pulse train, or high-speed counter outputs.

When configured for PWM operation, the frequency of each PWM output is selectable in the range of 22Hz to 2Khz. The duty cycle of each PWM output can be set from 1 to 100% depending on the frequency of the PWM output.

When configured as a pulse train or ramping pulse train outputs, the sum of frequencies may be up to 5,000 pulses per second. Acceleration and deceleration can be selected from 10 to 1,000,000 p/s2. Power for the module's operation comes from the backplane. Output devices must be powered by an external voltage.