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GE Fanuc Emerson PACSystems RSTi-EP EP-125F

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EP-125F

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The EP-125F module from GE Fanuc Emerson functions as a digital input module within the PACSystems RSTi-EP series. It accommodates 16 input channels and operates effectively at a rated supply voltage of 24 V DC, which is ideal for various industrial applications.

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Technical specifications for EP-125F

ManufacturerGE Fanuc Emerson
Product LinePACSystems RSTi-EP
Part NumberEP-125F
Weight1.00 lbs (0.45 kg)
Module TypeDigital Input Module
Number of Inputs16 Inputs
Rated Supply Voltage24 Volts DC
Sensor Connection1-Wire Connection
Sensor TypesType 1, Type 3
Transfer Rate for the System Bus48 Mbps
Input Filter Delay Rating3 ms
Reverse Polarity ProtectionIncluded
Sensor SupplyNone
Supply Voltage20.4-28.8V DC
System Current Path Current Consumption8 mA
Input Current Path Current Consumption52 mA
Storage Temperature-40 to 85 degrees Celsius
Operating Temperature-20 to 60 degrees Celsius

The EP-125F module represents a digital input solution within GE Fanuc Emerson’s PACSystems RSTi-EP series. This unit is designed with 16 input capabilities, allowing for substantial data acquisition from various sensors. Operating on a rated supply voltage of 24 volts DC, the module can withstand input supply voltages between 20.4 and 28.8 volts DC. The system bus's quick 48 Mbps transfer rate enhances communication efficacy with connected devices.

The EP-125F features a sensor connection based on a 1-wire system. It is compatible with both Type 1 and Type 3 sensors, providing flexibility in sensor selection. The module is also engineered with reverse polarity protection, safeguarding it against potential damage from incorrect wiring.

Regarding current consumption, the system current path draws 8 mA, while the input current path consumes 52 mA during operation. This module is also built to perform reliably across a substantial temperature spectrum, functioning efficiently between -20 and 60 degrees Celsius while enduring storage temperatures from -40 to 85 degrees Celsius. The input filter delay is also rated at 3 milliseconds, which optimizes the timing characteristics for accurate input detection.