It is designed for the PACSystems RX3i controller series.

GE Intelligent Platforms originally developed this module.

Emerson Automation now supports and supplies the unit.

It delivers reliable temperature measurement in harsh industrial environments.

It supports direct wiring for standard thermocouples and low-level millivolt signals.

No extra signal conditioning is required for most installations.

Advanced alarm functions support robust process monitoring and control.

This versatility supports diverse industrial temperature sensing applications.

Each type uses a calibrated temperature range for accurate readings.

The module also supports low-voltage millivolt inputs.

Available ranges are ±50 mV and ±150 mV for compatible analog transmitters.

You may select thermocouple type or millivolt range per channel.

This flexibility suits metallurgy, heat treatment, boilers, and general process systems.

They are ideal for high-temperature industrial furnace applications.

It performs well in extreme thermal and special heat processes.

They include cryogenic temperatures down to -270 °C.

They serve high-temperature industrial processes reliably.

It works well for general-purpose and low-temperature systems.

Resolution ranges from 11.5 bits to 16 bits based on filter and integration settings.

It extends to ±0.25% across the full operating temperature range.

This applies under stable temperature conditions over a 30-second period.

Typical CJC accuracy is ±1.5 °C for stable readings.

Options include °C, °F, or direct voltage for display and control logic.

Settings range from 15 ms to 120 ms across all 12 channels.

These are 2.3 Hz, 4 Hz, 4.7 Hz, 24 Hz, and 28 Hz.

They stabilize readings in high-interference industrial environments.

Settings adapt to specific application requirements.

It also resists electromagnetic interference in busy facilities.

Options include 16-bit integer in a 32-bit field or 32-bit floating-point.

They may default to zero or hold the last valid measured value.

Data transmits reliably over the RX3i backplane.

It feeds PLC logic, HMI, and SCADA systems efficiently.

They support fast control reactions in dynamic industrial processes.

It uses stable voltage rails for consistent operation.

It also draws up to 425 mA at 5.1 V DC during operation.

They protect the system from industrial electrical noise.

No thermal derating occurs under normal operating loads.

It supports long-term continuous use in industrial control cabinets.

User-configurable alarm functions enhance process safety.

High/low and rate-of-change alarms are also available.

These enable advanced safety and process protection logic.

They trigger automated safety responses quickly.

They also improve overall system reliability and availability.

Storage temperature ranges from -40 °C to 85 °C.

Conditions must remain dry and non-condensing for safe storage.

It performs well in harsh industrial environments.

This ensures robust mounting in industrial control panels.

It supports multiple terminal block styles for field wiring.

Firmware version 5.5 or newer ensures proper operation.

Version 5.8 Logic Developer PLC or later is recommended.

Standard and extended versions are both supported.

They enhance performance for noisy field wiring environments.

It supports simple replacement in existing RX3i control systems.

A1: It provides 12 individually isolated thermocouple/millivolt input channels.

A2: It supports J, K, T, E, R, S, B, N, and C type thermocouples.

A3: It accepts ±50 mV and ±150 mV inputs for compatible sensors.

A4: Resolution ranges from 11.5 bits to 16 bits based on filter settings.

A5: We ship worldwide via FedEx, UPS, and DHL for fast and secure delivery.