Configured for discrete digital control and energy monitoring in electrical protection panels, the GE Fanuc MIV11000E00H00 (MIV11000 Digital Energy Multilin Relay) provides direct physical/electrical execution.
Hardware Specifications
Parameter
Specification
Model
MIV11000E00H00
Brand
GE Fanuc
Origin
USA
Weight
4.54 kg (10.00 lbs)
Dimensions
Standard Multilin Panel Mount Form Factor
Operating Temp
-20 to +60 deg C
Power Consumption
Control Power Auxiliary Rail Input
Hardware Category
Panel Accessories (Relay/Socket Assembly)
I/O Capabilities
Digital Input/Output Channels
Core Functionality
Integrated Energy Management & Protection Control
Backplane Bus Communication Velocity & I/O Scaling
The MIV11000E00H00 executes real-time digital logic and discrete state detection across panel bus connections. Operating through integrated switching contacts and measurement subroutines, the module maintains backplane bus communication velocity during high-density I/O polling. Direct internal channel isolation minimizes crosstalk interference and voltage transients, enabling linear I/O density scaling across secondary control racks without loop latency expansion.
Frequently Asked Questions
Q: How is the physical socket and relay assembly grounded in a control cabinet?
A: Frame grounding is established via the panel mounting flange backplate, which must be connected to the cabinet bonding stud using a low-impedance copper strap.
Q: What precautions should be taken when connecting discrete digital input field contacts?
A: Ensure field contact wiring is routed through shielded twisted pair cables away from high-current AC busbars to avoid induced noise on the digital sensing circuits.
Field Installation Guidelines
Disconnect main auxiliary power to the control panel before placing or wiring the MIV11000E00H00 relay unit.
Insert the relay assembly into the panel cut-out, ensuring the flush-mount gasket forms an environmental seal against dust and debris.
Fasten the mounting brackets evenly to the panel frame to prevent mechanical stress on the terminal housing.
Terminate digital input and output control lines using crimped ferrule terminals, torquing screw connectors to 0.6 Nm.
Verify power supply input voltage levels prior to energizing the module to avoid overvoltage damage to internal components.
