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Phone: +86 16626708626Description
Product Model: IC3600LRLB1
Product Brand: GE (General Electric)
Product Series: GE Industrial Control System
Product Features:
- Designed for stable control and signal relay operation
- Robust construction suited for long-term industrial use
- Seamless integration with legacy GE automation platforms
- Helps improve operational response time and system reliability
Technical Specifications Table
| Specification | Details |
|---|---|
| Product Model | IC3600LRLB1 |
| Brand | GE |
| Function | Relay control and signal processing module |
| Operating Voltage | Typically 5–15 VDC |
| System Compatibility | GE legacy turbine and industrial control systems |
| Mounting Style | Backplane plug-in |
| Signal Type | Relay and analog/digital signal handling |
| Operating Temp Range | -20°C to +65°C (typical) |
| EMI Resistance | Designed for industrial environments |
| Maintenance Interval | Every 6–12 months recommended |
| Installation Method | Frame-based, with alignment on connector pins |
| Typical Use Case | Turbine system control, automation relay management |
- IC3600LRLB1
Technical Features & Benefits
At its core, the IC3600LRLB1 operates as a control and relay processing module engineered for high-demand industrial settings. What sets it apart isn’t flashy processing power but reliable, predictable function delivery in real-world environments. Automation specialists frequently mention how GE designed this range of modules with the intention of long-cycle industrial operation, not quick turnover hardware.
Key benefits of the IC3600LRLB1 include stable relay switching performance, reliable integration into legacy turbine platforms, and tolerance to system electrical variations. Engineers working in turbine automation frameworks often note the reduced tendency for signal jitter when this module is in place, a trait that helps maintain precise control over machine operations.
The board’s internal circuitry is laid out to manage both analog and digital signal interpretation depending on system setup. Long-term usage reveals a tendency toward minimal drift, making parameter retention and system logic reliability easier to maintain across multiple years of service. The unit is also appreciated for its predictable response timing, which helps prevent delayed actuation—particularly essential during overload or pressure variance scenarios.
In short, IC3600LRLB1 supports meaningful performance improvements in system reliability and operational continuity by acting as a central electrical relay processor inside larger GE-based automation platforms.
