ICT-MODULAR-POWER-SYSTEM-MIB

Description: ICT MIB for modular power system management providing rectifier, battery, and load status for telecommunications power plants.

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ICT-MODULAR-POWER-SYSTEM-MIB covers ICT's modular DC power system products, used in telecommunications sites to supply and monitor rectifier/power-conversion modules that power switching and transmission equipment. It exposes device identity fields (deviceModel, deviceHardware, deviceFirmware, deviceMacAddress) alongside electrical measurements like inputVoltage, outputVoltage, and outputCurrent, plus a moduleTable enumerating individual power modules within the system. Its monitoring purpose is squarely hardware health for power infrastructure: outputEnable and the module table let an operator confirm each rectifier/power module is enabled and contributing, while inputVoltage/outputVoltage/outputCurrent readings reveal input mains problems, voltage sag, or an overloaded/failing power module before it causes a site outage. deviceFirmware supports tracking firmware version across power modules for maintenance planning. This is a self-contained vendor MIB without an apparent dependency on other standard power/UPS MIBs, and it is deployed in telecom equipment rooms and cabinets where ICT modular rectifier/power systems supply DC power to network gear. Engineers can download the ICT-MODULAR-POWER-SYSTEM-MIB file directly to load it into their MIB browser.

An admin would poll moduleTable/moduleEntry, keyed by moduleNumber, alongside outputVoltage and outputCurrent to identify a specific power module whose output has dropped or gone to zero, signaling a failed rectifier module before the site loses redundant power capacity. inputVoltage would be checked to distinguish a module fault from an upstream mains/input power problem. deviceModel, deviceHardware, and deviceFirmware would be checked when planning a firmware upgrade or when correlating a fault with a specific batch of hardware.

Vendor-private MIB for ICT modular power system management, providing objects for monitoring distributed power supplies, power distribution, and thermal management.