6 - 10KVA 220V - 240V Online Pure Sine Wave High Frequency UPS, Uninterrupted Power Supply
| Place of Origin: | Zhejiang |
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Company Profile
| Location: | Guangzhou, Guangdong, China (Mainland) |
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| Business Type: | Manufacturer |
| Main Products: | Electrical Contact Point, Silver Contact Rivet, Silver Contact Tips |
Product Detail
| Model No.: | HP9116C Series 6 - 10KVA |
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Product Description
6 - 10KVA 220V - 240V Online Pure Sine Wave High Frequency UPS, Uninterrupted Power Supply HP9116C
Key Features:
Large blue back light LCD for detailed Real-time UPS status display.
Advanced online pure sine wave power supply system, with bypass repair switch, It can provide a reliable, high quality AC power source to the precision equipments, can be used widely in different fields.
Widely used to computer equipments, telecommunication systems and Industrial automatic control equipments.
Truly online design, different from offline, it can adjust the input voltage, filtering, when the AC break off, the UPS will provide an uninterruptible power source from the backup batteries.
UPS will change to bypass mode when overloading or inverter fault, when overloading remove, UPS will turn to inverter mode automatically.
N+N Parallel Redundancy and Capacity expansion for 6-20K(up to three units)
Trendy & Elegant LCD Design for real-time UPS system information:
Applications:
Servers, Data-center, critical network devices, Sensitive electronic equipment, Telecom…
Technical Specifications of Online UPS HP9116C 6-10K (1Ph in/1Ph out)
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Model |
HP9116C 6-10KVA |
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6KT |
6KT-XL |
10KT |
10KT-XL |
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Rated Power |
6KVA/4800W |
10KVA/8000W |
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Rated Voltage |
220/230/240VAC |
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Rated Frequency |
50/60 Hz |
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Input |
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VoltageRange |
176279VAC(±3VAC) |
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FrequencyRange |
50HZ:(4654HZ); 60HZ:(56HZ64HZ) |
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Power Factor |
0.98 |
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Output |
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Voltage Regulation |
220/230/240X(1±2%)VAC |
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Frequency Regulation |
50/60 Hz±0.05Hz |
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Power factor |
0.7/0.8(Optional)Standard 0.7 |
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Voltage distortion |
Linear load<3% Non-linear load<6% |
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Overload Capability |
110%150% for 30s change to bypass model, Recover after loa
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