Rockwell Automation A-B JL5EDGK 4P Digital Input Module
Engineered for precision monitoring in demanding industrial environments, this 8-channel digital input module delivers consistent performance for automation systems requiring fast response times and electrical isolation. Commonly deployed in manufacturing plants and process control facilities, it handles voltage fluctuations while maintaining signal integrity.
Attribute | Specification |
---|---|
Brand | Rockwell Automation (Allen Bradley) |
Model | JL5EDGK 4P |
Input Channels | 8 isolated points |
Voltage Range | 10-30V DC nominal (24V DC typical) |
Current Draw | 10mA per channel |
Operating Temp | -25°C to +60°C |
Isolation Rating | 1000V AC input-to-output |
Response Time | Less than 1 millisecond |
Designed for harsh industrial settings, this module maintains accuracy in environments with extreme temperatures (-40°C storage to +85°C operational) and electrical noise. A plant engineer in Detroit recently reported “zero signal degradation” despite frequent voltage spikes in their automotive assembly line. We commonly see this module paired with Allen Bradley’s 1756-IB16 and 1794-IB8 modules for hybrid control systems.
Technical advantages include:
– 1000V AC isolation protecting downstream equipment from power surges
– 1ms response time enabling real-time process adjustments
– Compatibility with ControlLogix and CompactLogix platforms
– Redundant input paths for critical safety systems
– Industrial-grade connectors with vibration resistance
Engineers appreciate the module’s ability to maintain signal integrity despite electromagnetic interference from nearby motor drives.
This input module combines rugged construction with precision electronics, making it suitable for both continuous process monitoring and discrete control applications. Its compact design allows integration into space-constrained control cabinets while maintaining accessibility for maintenance. Many users highlight the “surprisingly stable performance” in environments with frequent voltage fluctuations.
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