Products

  Power devices
  Intelligent sophisticated distribution system
  UPS System
9000
9100
9200
9300
9400
9500
  EPS system
  Telecom Power System
  Network Cabinet System
  Precision air-conditioning system
  Thunder and Lightning Ground System
  Protection system
  Storage Battery System
  Solar System
  Electric vehicle charging system
  Temperature Battery Cabinet System

9500

MOD9500EN

Description
Is a modular parallel inverter power inverter module stacking multiple parallel redundant system consisting of, with a combination of multiple protection software and hardware functionality, performance, stability and security, especially for high reliability requirements in sectors such as telecommunications, electricity, aviation, railways, military and other departments. System through a standard communication interface for remote monitoring, unattended.

Module rated output power
:2/3/4/5/6KVA

Capacity Range:
2KVA-100KVA

Technological advantages
1
SPWM with full digital control technology, control accuracy and high quality output waveforms
2
Independent connection technology, are effective flow, according to different requirements of users flexible, easy configuration
3
Structure with hot plug, installation, maintenance is simple, safe, easy expansion
4
Can be composed of N + X parallel redundancy system, high reliability
5
DC panel group with the transaction, DC power systems, batteries sharing, monitoring, and other resources, and to achieve unified management
6
System is fully electrically isolated, the entire distribution system good insulation properties
7
Inverter power supply can be used alone, but also the introduction of electricity to achieve uninterrupted power supply
8
Composed of single-phase parallel system can also be easily formed to provide three-phase AC three-phase system
9
LCD large screen liquid crystal display and fault alarm and can display and set the module’s operating status and operating parameters
10
Load capacity, can work in a variety of load conditions, which can carry high current class of the impact of the motor and air-conditioning load