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Categories | Generator Load Bank |
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Brand Name: | KAIXIANG |
Model Number: | AC10.5KV-3350KVA-RC |
Certification: | ISO9001 |
Place of Origin: | HEBEI CHINA |
MOQ: | ONE SET |
Price: | negotiable |
Payment Terms: | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
Supply Ability: | 20 SETS ONE MONTH |
Delivery Time: | ONE MONTH AFTER GET DEPOSIT |
Packaging Details: | WOODEN CASE |
Resistive load: | 2000 KW |
Display Precision: | 0.5 class |
Load Resolution: | Resistive:450K(25%)*4+200K(10%)*1 Capacitive:50K+100K+200K+500K*2 |
Rated power: | Resistive:2000kw Capacitive:1350kvar |
Atmospheric Pressure: | 86 ~106 kPa |
Fuse: | DELIXI |
Generator Load Bank 2000 KW 3 Phase 3 Wire Power With RS232
Interface
Product Description
The system can be used with a computer to realize the intelligent control, automatically completing the special test to all electrical parameters of generating set and generating tables, graphs, and supporting the print, comprehensively from the cumbersome manual operation to provide scientific and efficient detection means for the power generating sets.
Technical Parameter
Rating Voltage/Frequency | 10.5kV/50Hz, 3 phase 3 wire |
Rated power | Resistive:2000kw Capacitive:1350kvar |
Load Resolution | Resistive:450K(25%)*4+200K(10%)*1 Capacitive:50K+100K+200K+500K*2 |
PF(Power Factor) | 1 |
Load Tolerance (each step) | ±5% |
Load Tolerance(overall) | ±3% |
Display Precision | 0.5 class |
Control Power | 220VAC/50Hz, |
Weight | About 15000kgs/set |
Size | 9150*2350*2591mm |
Product Advantages
1. Communication Mode:RS485/ USB or RS232 interface for communication.
2. Load Mode: manual load or automatic load. It has three control ways for customer choose.
3. Manual Load: input power and power factor, and load according to the preset value.
Application
KX Load Banks can be used to satisfy the requirements for emergency stand-by power systems. These requirements concern acceptance testing and periodic on-site testing and maintenance of emergency and stand-by power systems. The essence of the requirements is that emergency and stand-by power systems are to be tested under load.
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