Operating Voltage:12VDC
Operating Current:20mA
Input Type:4CT/4VT Ground Sensitive
Output Type:Two Form-A, Four Form-C, Four Digital Inputs
Relay Configuration:Phase-specific CT/VT connections
Diagnostic Capabilities:Enhanced diagnostics for enhanced operational monitoring
Unleash the full potential of your industrial control system with the GE UR8MH, a cutting-edge Digital I/O Module designed for seamless integration and optimized performance. This module boasts an extensive range of features, including 8 versatile input/output channels, ensuring efficient data exchange between your UR relays and auxiliary equipment.
Crafted for durability and reliability, the UR8MH operates within extreme environmental conditions, from freezing cold to scorching heat, guaranteeing consistent performance throughout the year. Its robust design is complemented by advanced diagnostic capabilities, enabling real-time monitoring and proactive maintenance, thus maximizing system uptime.
Experience unparalleled flexibility with the UR8MH’s configuration options. Whether you need to set up concurrent split-phase protection or differential protection, this module adapts to your specific system requirements, offering a tailored solution for enhanced safety and efficiency. The included RS-485 communication protocol facilitates seamless integration with various control systems, streamlining your operational workflows.
Safeguard your system against common faults with the UR8MH’s built-in protection features. From overcurrent and short-circuit detection to ground fault protection, this module ensures that your critical operations remain secure and uninterrupted. Its capacity to handle Form-A (No Monitoring) outputs and Form-C outputs caters to diverse application needs, making it an indispensable part of any sophisticated control system.
Empower your team with the ease of customization offered by the GE UR8MH. Through varied wiring arrangements or by adjusting relay settings, you can fine-tune its functionality to match your unique operational environment. This not only enhances system performance but also boosts productivity by allowing seamless integration with existing infrastructure, reducing downtime and maintenance costs.
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