Double row micro module (intelligent column head cabinet)
Basic Features
Intelligent column header cabinet is a distribution cabinet that comprehensively collects all energy data for the energy terminal of the data center computer room. It provides high-precision measurement data for the terminal energy monitoring system, reflects the power quality data in real time through the display unit and uploads it to the background dynamic environment control system through digital communication, so as to achieve effective management of the real-time monitoring and operation quality of the entire distribution system, help users optimize the network data center, strengthen energy consumption management, improve the server operation efficiency, and provide reliable guarantee for the all-round green data center.
Technical Specifications
Ratedpower
60KW、100KW、160KW
Ratedcurrent
100A、160A、250A
Ratedvoltage
380VAC/50Hz
Power supply ? system
Three phase five ? wire (TN-S)
Output branch
Up to 108 single ? routes, up to 54 dual routes
Power display
A、B、C3 phase LED ? display
Parameter ? display
7-inch touch ? screen
Main road parameters
Three-phase ? voltage, three-phase current, frequency, status, bus temperature ? (customized), harmonics, load percentage, electrical energy
Active power, ? reactive power, apparent power, power factor
Branch ? parameters
Phase voltage, ? phase current, load percentage, electrical energy, active power, power ? factor, frequency, state, temperature (customized)
Bus alarm
Overvoltage, ? undervoltage, phase loss, loss, current exceeding high limit, current ? exceeding low limit, frequency fault, overtemperature
Branch alarm
Overcurrent, ? instantaneous overcurrent, current exceeding high limit, current exceeding ? low limit, switch opening, switch closing
Communication? interface
RJ45
withstanding ? voltage
2000VAC/min
Environmental ? conditions for use
Temperature ? range -5 ℃~+40 ℃, humidity range O%~90% (without ? condensation),
Altitude less ? than 2000M (derating should be considered when altitude is 1000M)
