IC670ALG310 8-Point Isolated Analog Voltage-Source Output Module

Model:IC670ALG310   

Brand:GE 

Core Function:8-Point Isolated Analog Voltage-Source Output Module

Condition: New Original (New Surplus) / Factory Sealed

Origin: USA

Delivery time: 3 days

Category: SKU: IC670ALG310 8-Point

Description

IC670ALG310

The part number IC670ALG310 (often seen with revision or region suffixes like -JA or -LA) refers to an industrial analog output module manufactured by GE Fanuc / Emerson.

Product Overview

  • Manufacturer: GE Fanuc / Emerson (PACSystems / Field Control Series)

  • Part Number / Model: IC670ALG310

  • Component Type: 8-Point Isolated Analog Voltage-Source Output Module

  • Platform: GE Field Control System / RX7i PACSystems architecture

Key Specifications & Features

  • Output Channels: Features 8 single-ended analog output channels, typically arranged in isolated groups to protect against ground loops and electrical interference.

  • Voltage Output Range: Supports a standard configurable output range of -10V to +10V (extended slightly up to -10.25V to +10.25V for calibration/over-range headroom).

  • Resolution: High-precision 14-bit resolution capability, converting digital controller instructions into accurate analog control signals.

  • Diagnostics & Protection: Includes built-in self-diagnostics and status reporting for features such as user power loss, over-range/under-range detection, and module calibration status.

  • Auto-Scaling: Allows operators to configure custom engineering units and scale output parameters directly through system software tools.

Industrial Deployment

  • Applications: Widely used in industrial automation, process control loops, and manufacturing environments to command field actuators, proportional valves, speed controllers, and drives requiring precise analog voltage inputs.

    IC670ALG310

Product Overview

IC670ALG310 is an analog input module manufactured by GE Fanuc for the FieldControl Genius I/O distributed system. This module collects analog field signals and converts analog values into digital data for host controller processing. It serves as a remote signal acquisition unit distributed on-site, widely used to collect temperature, pressure, flow and other analog measuring signals. It realizes decentralized signal collection and reduces wiring workload, commonly matched with GE Series 90 PLC systems for factory automation and process control projects.

Technical Specifications

Item Parameter
Part Number IC670ALG310
Module Type Genius Analog Input Module
Manufacturer GE Fanuc (GE Intelligent Platforms)
Applicable System Genius FieldControl Distributed I/O System
Channel Count 8 analog input channels
Supported Signal Type 4–20 mA current signal
Resolution 12-bit
Bus Interface Genius serial field bus
Power Supply External field power supply
Installation Method DIN rail mounting
Operating Temperature 0℃ ~ +60℃
Ambient Humidity 5%–95% non-condensing
Protection Class IP20
Spare Part Status Original production discontinued; new surplus and refurbished modules available

Key Features

  • 8-channel 4–20mA analog input for standard industrial transmitter signals
  • Built-in channel fault detection for open circuit diagnosis
  • Decentralized Genius distributed I/O architecture optimizes field wiring layout
  • Supports multi-drop bus connection to realize multi-module networking
  • Compact DIN rail mounting structure for easy installation inside local junction boxes
  • Onboard LED indicators display power status and channel fault information
  • Galvanic isolation between field circuits and internal bus improves anti-interference capability
  • Different model variants cannot be directly interchanged; complete part number confirmation required before replacement
  • Robust industrial design for long-term continuous operation in factory environments

Application Scope

Water treatment automation systems, metallurgical production line control, building HVAC control, general process plant measuring signal collection, packaging machinery control and renovation projects of legacy GE Genius I/O systems.