M200 Signal Conditioner Modules

The M200 is a family of specialized signal conditioner modules, used with any application that requires conditioning or conversion of signals prior to processing by a PLC or controller.

All M200 modules are enclosed in a standard 3" X 3" X 1" DIN rail mountable package complete with removable field wiring connectors.

Three different modules are available:

M200 Signal Conditioner Module

M240

Resolver Isolation Module

  • Used to increase noise immunity of resolvers by providing electrical isolation between the resolver and the programmable limit switch (PLS) it interfaces with
  • Transformers isolate the reference signal (R1,R2) and both stator signals (S1,S3 and S2,S4) of resolver format signals
  • Provides 1500 VRMS isolation between PLS and resolver
  • Dip switch selectable transformation ratio of 1:1 or 1:2 on reference signal and ratio of 1:1 and 2:1 on stator signals allows increased flexibility in matching different resolvers to different PLSs and increases noise immunity
Data Sheet

M200 Signal Conditioner Module

M263

Opto-Isolator module (three-section)

  • Three independent optical isolators (1500 VRMS)
  • 10-30 VDC differential inputs
  • 10-30 VDC differential outputs
  • 1.5K ohm Input impedance per input
  • 50 milliamp current drive capability per output
  • LED status indication for each section
  • Can be used to: convert different DC voltage levels, convert sinking-to-sourcing or sourcing-to-sinking, convert 120VAC to 10-30VDC.
Data Sheet

M200 Signal Conditioner Module

M273

High Speed Solenoid Driver

  • High speed solenoid driver that improves solenoid response time, repeatability, and reliability
  • Provides 39 volt DC turn "on" pulse for faster solenoid "on" response and 13.5 volt holding voltage for faster solenoid "off" response
  • Adjustable turn "on" pulse (5 to 25 milliseconds)
  • Optically isolated 10-30 VDC differential input
  • Optimized for 24VDC solenoids
  • Rated for 5 Amp inrush and 3 Amp continuous current
  • LED status indication of solenoid energized
  • Powered from external +24VDC and -15VDC user power supplies
Data Sheet