Description
Product Model: IC600LX616
Product Brand: GE
Product Series: Series Six
Product Features:
• Industrial-grade digital output performance
• Seamless drop-in compatibility with Series Six racks
• Rugged design for demanding plant environments
• Stable, predictable switching behavior for legacy automation lines
Technical Specifications Table
| Specification | Description |
|---|---|
| Model | IC600LX616 |
| Brand | GE |
| Series | Series Six |
| Module Type | Digital Output Module |
| Output Type | Industrial digital switching |
| Rack Compatibility | GE Series Six standard racks |
| Output Drive | Designed for solenoids, lamps, relays, and actuators |
| Power Requirements | Matches Series Six rack supply characteristics |
| Environmental Tolerance | Industrial-grade electrical and thermal resistance |
| Mounting Method | Installs in Series Six PLC slots |
| Diagnostics | Output and fault indicators for troubleshooting |
| Applications | General-purpose machine control and actuator switching |
| Edge Support | Works with legacy GE CPUs and memory modules |
- IC600LX616
- IC600LX616
Technical Features & Benefits
The strength of the IC600LX616 lies in its straightforward and resilient design. GE built the Series Six family around conservative electrical engineering, using components selected for longevity rather than aggressive miniaturization. As a result, this output module has earned a reputation for surviving environments that push newer PLC modules to their limits.
One of its defining benefits is deterministic switching. In legacy automation, output timing must be consistent even if system scan times are slower than modern controllers. The IC600LX616 delivers that consistency. Actuators engage at reliable intervals, valve sequences remain synchronized, and interlock logic behaves exactly as written — a quality that gives operators peace of mind when handling safety-related circuits or critical material flow operations.
The module’s electrical ruggedness also stands out. It tolerates significant voltage noise and transient spikes, especially common in facilities with older motors, transformers, and contactors. Many technicians recount stories of lightning strikes or power grid instability causing chaos in auxiliary equipment, while Series Six output modules like the IC600LX616 remained functional without reboots or card failures. GE’s design philosophy emphasized wide electrical tolerance, and this legacy continues to pay dividends for operators managing older infrastructure.
Compatibility is another meaningful benefit. The module integrates directly into Series Six PLC frames without requiring changes to CPU configuration, I/O maps, or field wiring. Its predictable address mapping allows technicians to swap modules with minimal downtime. In plants running 24/7 operations, this is invaluable — a failed module can be replaced quickly, and the system resumes operation without rewriting logic or adjusting rack parameters.
Technicians also appreciate the module’s simplicity of diagnostics. Series Six status LEDs and straightforward wiring blocks make troubleshooting approachable even for less experienced personnel. In an era when some PLC systems require specialized software for even basic diagnostics, the IC600LX616 offers refreshingly accessible hardware-level feedback.
The mechanical construction of the module contributes to its longevity. The board layout avoids thermal hotspots, connectors lock firmly, and the heavy PCB thickness offers resilience against vibration. Industrial engineers who inherited legacy equipment often note that while drives and sensors require frequent modernization, output modules like the IC600LX616 tend to outlive nearly everything else in the control cabinet.
For organizations attempting to modernize gradually, the module supports a hybrid approach. It enables incremental upgrades — replacing field devices, installing higher-efficiency actuators, or introducing new machine modules — while the core Series Six logic remains intact. This staged modernization reduces both cost and operational risk.
Ultimately, the IC600LX616 is valued not because of advanced features but because of trust: trust that when the PLC commands an output, it will activate precisely when and how it should, day after day, year after year.
Related Models
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• IC600BF917 – Analog input board for integrating process signals
• IC600BF905 – Compact analog output module for proportional control
• IC600CP701 – Series Six processor module for primary logic execution
• IC600MA500 – Memory module for storing user programs and system parameters
• IC600FP801 – Power supply module for Series Six racks
• IC600CB524 – Communication interface module for system networking




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