Products Automation Signal Conditioners
Signal Conditioners
Convert any analog signal to fit your application!
Make any factory automation signal fit your application while providing a triple isolation barrier. With a slim 18mm case, these M3 series signal conditioners adapt to most control panels, and save valuable DIN rail space. Digital calibration through push buttons makes these signal converters the easiest product to program. Also, with a universal model that converts most available signals, spare parts reduction programs become cost effective.
One-step Calibration
Both input type, output type, and range are completely and independently programmable making calibration easier and quicker than ever. Simply by pushing the front control buttons, “ONE-STEP CAL,” programming is possible without any special knowledge. And, if pushing buttons is not easy enough, the M3 series also allows programming your PC.
Features
- Parameter settings are easily configured with the help of bar graphs
- Trend graph monitoring is available
- Fixed analog output can be set and provided for simulation when conducting a loop test
- 128 point linearization and custom T/C and RTD
- Fine calibration
- Input filters and diagnostics
| Inputs | Outputs | Power |
| DC Current | DC Current 0-20 mA | DC Supply: 10-32 VDC |
| DC Millivolts | DC Voltage, +-2.5V | AC Supply: 100-240 VAC |
| DC Volts | DC Voltage +-10V | |
| Thermocouples | ||
| RTD | ||
| Potentiometers | ||
| Resistance | ||
| Strain Gauge | ||
| Frequency/Pulse |
| Model Number | Input Type | |
|---|---|---|
M3LV-R4/A/UL  |
Current, Voltage | |
| M3LDY-R/A/UL |
Current Loop | |
| M3LLC-S1-R4/A/UL |
Strain Gauge, 0-1 mv/V | |
| M3LLC-S2-R4/A/UL |
Strain Gauge, 0-3 mv/V | |
| M3LLC-S3-R4/A/UL |
Strain Gauge, 0-10 mv/V | |
| M3LLC-S4-R4/A/UL |
Strain Gauge, 0-30 mv/V | |
| M3LM-R4/A/UL |
Potentiometer | |
| M3LPA-R4/A/UL |
Frequency/Pulse | |
| M3LR-R4/A/UL |
RTD | |
| M3LT-R4/A/UL |
Thermocouple | |
| M3LU-R4/A/UL |
Universal, DC powered | |
| M3LU-M2/A/UL |
Universal, AC powered |