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Phone: +86 16626708626Description
Product Model: GE IC693350-EJ
Product Brand: GE Fanuc
Product Series: Series 90-30
Product Features:
- Reliable discrete input processing for industrial control systems
- Seamless compatibility with GE Fanuc Series 90-30 PLC racks
- Designed for stable operation in electrically noisy plant environments
- Field-proven durability with simple diagnostics and maintenance
- IC693350-EJ
Technical Specifications
| Specification | Description |
|---|---|
| Product Model | GE IC693350-EJ |
| Series | GE Fanuc Series 90-30 |
| Module Type | Discrete Digital Input |
| Input Voltage Type | Industrial DC (typical Series 90-30 range) |
| Number of Input Channels | 16 discrete inputs |
| Isolation | Input-to-backplane isolation |
| Mounting | Series 90-30 PLC rack |
| Operating Temperature | Industrial-rated environment |
| Diagnostics | PLC-based status monitoring |
| Wiring Interface | Terminal block |
| Compatibility | Series 90-30 CPUs and racks |
| Application Use | Industrial automation and control |
Product Role & System Fit
At its core, the GE IC693350-EJ is a discrete input module designed for use within the GE Fanuc Series 90-30 PLC platform. Its role is straightforward but essential: convert real-world on/off signals into logic states that the PLC CPU can process and act upon.
Within a Series 90-30 rack, this module occupies a standard I/O slot and communicates directly with the PLC backplane. From a system architecture perspective, it acts as the bridge between field devices and control logic. Whether the signal comes from a mechanical limit switch or a solid-state sensor, the module conditions and isolates the input before presenting it to the controller.
Compatibility is one of its strongest advantages. The GE IC693350-EJ integrates cleanly with a wide range of Series 90-30 CPUs, power supplies, and expansion racks. Engineers who have worked with this platform appreciate the predictable addressing scheme and consistent configuration process. Once installed, the module appears in the PLC programming environment as a standard digital input block, making software integration uncomplicated.
In mixed systems, this input module often works alongside relay output cards, analog modules, and communication adapters. Its design ensures that it does not introduce timing delays or synchronization issues that could affect coordinated control strategies. For systems where deterministic behavior matters, such as interlocked machinery or sequential batch processes, that predictability is crucial.
