≤600KVA Range
HCR 400KVA-0.6KV Compensation Reactor
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HCR 400KVA-0.6KV Compensation Reactor

Lead time: 45 days

Mode: HCR 400KVA-0.6KV
1) Structure: Iron shell, stationary type iron core
2) Rated capacitance: 400KVA
3) Rated frequency: 50Hz
4) Single phase
5) Rated voltage: 0.6kV voltage winding can be parallel connection or serial connection using.
6) Rated current:66.66~666.6A
7) Degree of linearity: <±1%
8) Sound level: <65dB (measured in 4 meters distance)
9) Over-current capacity: the over-current will not cause thermal damage or winding distortion to the compensation reactor,when the reactor working under 120% In continuous 10 minutes.
10) Over-voltage capacity: the over-voltage will not cause any insulation damage of the compensation reactor when the reactor working under 110%UH 10 minutes.
11) Working time: Temperature raise ≤65K, oil surface temperature raise ≤55K, when working under 100%UH continuous 60 minutes.

HCR 400KVA-0.6KV Compensation Reactor, AC Dielectric Test System HCR 400KVA-0.6KV Compensation Reactor, AC Dielectric Test System

HCR 400KVA-0.6KV Compensation Reactor, AC Dielectric Test System HCR 400KVA-0.6KV Compensation Reactor, AC Dielectric Test System
Attention: 
1) The winding is mutistrand copper wire parallel wound, which reducing reactor winding eddy-current loss. Copper wire density ≤2A/mm2
2) PD Level: <5pC at 100%UH of complete test system; <3pC at 80%UH of complete test system;
3) Insulation level: all insulation, all terminal insulation withstand to ground 18kV/min, no abnormal discharge.
4) Structure: adjustable reactor iron coil pass through single phase motor, which realize steplessreactance regulation. At the same time, we will equip moisture absorb and oil drain valve for the reactor.
5) Dimension: 1250*800*1650 mm (L*W*H)
6) Weight: 1500kg (Approx.)

Principle Diagram: 

  
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