PRODUCT INFORMATION
Product Overview
The General Electric IC660EBA106 is a Genius I/O PLCs/Machine Control unit designed for industrial systems. This electronics assembly attaches a controller to external field devices providing analog signals. The unit supports analog signals ranging from 4 milliamps to 20 milliamps across six isolated circuits. These BSM circuits are common to Input 1 while maintaining circuit isolation.
The IC660EBA106 scales circuit values directly into engineering units for connected systems. It supports CPU redundancy configurations and delivers improved input conversion time. Integrated fault reporting identifies low and high alarm conditions for monitored signals. The assembly also detects overrange, underrange, and input currents falling below 2 milliamps. Local configuration requires a Hand-Held Monitor by default.
TECHNICAL DATA
Technical Specifications
| Parameter | Specification |
|---|
| Weight | 3.63 lbs (1.64 kg) |
|---|
| Main equipment | Analog output block |
|---|
| Power supply voltage | 93-132V AC and 105-145V DC |
|---|
| Maximum current | 250 mA (AC) and 140 mA (dc) |
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| Frequency | 47-63 Hz |
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| Ripple | 10% max. |
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| Accuracy | 0.15% full scale reading at 25 °C |
|---|
| Thermal drift | 70 PPM per degrees Celsius |
|---|
| Diagnostics | Yes |
|---|
| Operating temperature | 0-60 degrees Celsius |
|---|
TECHNICAL INFORMATION
Features
- Supports 4 to 20 mA analog current loop signals across six circuits.
- Features BSM circuits common to Input 1 with isolated loops.
- Converts circuit values directly into user engineering units.
- Supports CPU redundancy configurations for system availability.
- Provides diagnostic reports for low, high, overrange, and underrange conditions.
- Detects fault conditions when input current drops below 2 mA.
TECHNICAL INFORMATION
Applications
- Interfacing 4-20 mA analog transmitters with Genius I/O systems.
- Analog process monitoring in GE Series 5 and Series 6 architectures.
TECHNICAL INFORMATION
Connections / Interfaces
- Provides six isolated current source circuits common to Input 1.
- Connects to a Hand-Held Monitor for local configuration.
TECHNICAL INFORMATION
Installation Guidelines
- Maintain an operating ambient temperature between 0 and 60 degrees Celsius.
- Connect to power sources supplying 93-132V AC or 105-145V DC.
TECHNICAL INFORMATION
Configuration Guidelines
- Configure parameters locally using a Hand-Held Monitor by default.
- GE Series 5 PLC systems require Logicmaster software version 4.02 or later.
- GE Series 6 PLC systems require Logicmaster software version 2.01 or later.
TECHNICAL INFORMATION
Compatibility
- Operates within General Electric Genius I/O distributed systems.
- Integrates with GE Series 5 and Series 6 programmable controllers.
COMPATIBILITY
Compatibility & Replacement
COMPATIBLE MODELSOperates within General Electric Genius I/O distributed systems. Integrates with GE Series 5 and Series 6 programmable controllers.
Verify compatibility against the exact Part Number, revision and manufacturer documentation before ordering.
PART VERIFICATION
Before You Order
Industrial automation parts can share similar model names, suffixes and revisions. Confirm the complete manufacturer Part Number before purchase.
01Check Part NumberMatch the complete ordering code on the existing unit.
02Confirm RevisionCheck suffix, hardware or firmware when applicable.
03Send a Label PhotoWe can review a clear label photo when identification is uncertain.
ORDERING PROCESS
From RFQ to Dispatch
1Submit Part Number2Verify Product Identity3Confirm Stock & Condition4Issue Quotation5Dispatch & Tracking
PRODUCT FAQ
Frequently Asked Questions
What type of input signals does the GE IC660EBA106 support?
The IC660EBA106 supports analog current signals ranging from 4 mA to 20 mA.
What software versions are needed for GE PLCs?
Series 5 PLCs require Logicmaster 4.02 or later. Series 6 PLCs require Logicmaster 2.01 or later.
What diagnostic alarms does the IC660EBA106 report?
The unit reports low and high alarms, overrange, underrange, and currents below 2 mA.
