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Description
UPS5000-H-800 kVA-NTN
The UPS5000 is suitable for power systems in various scenarios, including large-scale data centers or communications centers, equipment rooms of large-scale enterprises or financial systems, industrial automated equipment, and scheduling centers.
The UPS uses a modular design. It uses multiple power modules connected in parallel to deliver a high loading capacity.
The UPS5000 consists of a rectifier, inverter, and DC/DC converter.
It converts inputs into pure high-quality sine wave outputs by using the high-frequency switching technology.
Tech Specs
Physical Specifications
| Item | Specifications |
| Cabling mode | Routed in and out from the top |
| Routed in and out from the bottom (if a bottom cabling cabinet is configured) | |
| IP rating | IP20 |
| Communication | Supports dry contacts, RS485 ports, and FE ports. Supports SNMP and Modbus. |
| Dimensions (H x W x D) | 2000 mm x 1600 mm x 1000 mm |
| Weight | < 1850 kg |
Mains Input Electrical Specifications
| Item | Specifications |
| Rated voltage (line voltage) | 480 V AC |
| Rated current (capacity: 800 kVA) | 1177 A |
| Power system | Three-phase three-wire + PE |
| Voltage range | 0–40°C: not derated at 384–528 V, derated from 100% load to 50% load at 384–240 V, and derated from 50% load to 40% load at 240–192 V |
| Rated frequency | 50 Hz/60 Hz |
| Frequency range | 40–70 Hz |
| Power factor | > 0.99 (100% load) |
| > 0.98 (50% load) | |
| > 0.94 (30% load) | |
| Harmonic current | THDi < 9% (30% linear load), THDi < 6% (50% linear load), THDi < 3% (100% linear load) |
| THDi < 11% (30% non-linear load), THDi < 8% (50% non-linear load), THDi < 5% (100% non-linear load) | |
| The preceding specifications can be met only when the following conditions are met: | |
| One power source | |
| Input THDv < 2% |
Bypass Input Electrical Specifications
| Item | Specifications |
| Rated voltage (line voltage) | 480 V AC |
| Rated current (capacity: 800 kVA) | 963 A |
| Power system | Three-phase three-wire + PE |
| Rated frequency | 50/60 Hz |
| Frequency range | 50/60 Hz±6 Hz (adjustable with a tolerance of 0.5–6 Hz, ±2 Hz by default) |
| Input mode | The mains input and bypass input share a power source (by default) or use different power sources. |
Battery Electrical Specifications
|
Item |
Specifications |
|
Battery type |
|
|
Battery voltage (lead-acid battery) |
360–600 V DC
NOTE:
|
|
Nominal discharge current (lead-acid battery) |
1773 A (480 V, forty 12 V batteries in standard configuration) |
|
Maximum discharge current (lead-acid battery) |
2123 A. It is the EOD current of forty 12 V batteries in standard configuration, that is, two hundred and forty 2 V battery cells (1.67 V/cell). |
|
Battery cold start |
If a utility power outage occurs, batteries can start the UPS to supply power to loads. |
|
Charger output power |
The maximum charge power is 15% of power of a single module, and the charge current is limited to 30 A. |
|
Battery string sharing |
|
|
Charging voltage (lead-acid battery) |
|
Output Electrical Specifications
| Item | Specifications |
| Rated voltage | 480 V AC |
| Current (capacity: 800 kVA) | 963 A |
| Power system | Three-phase three-wire + PE |
| Frequency | In normal mode, the frequency is synchronous with the bypass input frequency. |
| In battery mode, the frequency is 50/60 Hz with a tolerance of ±0.05%. | |
| Voltage distortion | Linear load THDv < 1% (50–100% load balancing) |
| Non-linear load THDv < 3% (50–100% load balancing) | |
| Power factor | 1 |
| Transfer time | Double conversion mode: uninterrupted transfer 0 ms; interrupted transfer ≤ 5 ms |
| Output voltage imbalance | Voltage imbalance: ±1% |
| Phase imbalance: 120±1° (balanced load and unbalanced load) | |
| Inverter overload capability | Inverter overload capability for front-to-back airflow: |
| 100%< load ≤ 105%: long-term running (ambient temperature ≤ 30°C) | |
| 100% < load ≤ 105%: transfers to bypass mode after 60 min or longer (ambient temperature > 30°C) | |
| 105% < load ≤ 110%: transfers to bypass mode after 60 min or longer | |
| 110% < load ≤ 125%: transfers to bypass mode after 10 min or longer | |
| 125% < load ≤ 150%: transfers to bypass mode after 1 min or longer | |
| Load > 150%: The inverter can run for 200 ms or longer. | |
| Inverter overload capability for top airflow: | |
| 100% < load ≤ 110%: transfers to bypass mode after 60 min or longer | |
| 110% < load ≤ 125%: transfers to bypass mode after 10 min or longer (ambient temperature ≤ 30°C) | |
| 110% < load ≤ 125%: transfers to bypass mode after 1 min or longer (ambient temperature > 30°C) | |
| 125% < load ≤ 150%: transfers to bypass mode after 1 min or longer (ambient temperature ≤ 30°C) | |
| 125% < load ≤ 150%: transfers to bypass mode after 20 seconds or longer (ambient temperature > 30°C) | |
| Load > 150%: transfers to bypass mode after 200 ms or longer | |
| Inverter output short-circuit capability | If the initial load rate is less than 40%, twice the rated current can be tolerated for 300 ms (that is, the RMS short-circuit current is 1926 A) in the case of inverter output short-circuit. |
| Bypass overload capability | At 30°C: runs continuously at 135% load; generates only alarms and depends on overtemperature protection at 135–150% load. |
| At 40°C: runs continuously at 125% load; generates only alarms and depends on overtemperature protection at 125–150% load. | |
| If the load of the bypass single-phase or three-phase is 150%–200%, the bypass will be shut down in 5 min, and the hardware depends on overtemperature protection. If the load of the bypass single-phase or three-phase is greater than 200%, the bypass will be shut down in 1 min, and the hardware depends on overtemperature protection. | |
| Load > 1000%: runs for 100 ms |
System Electrical Specifications
| Item | Specifications |
| Parallel system reliability | Redundancy design for parallel signals |
| ECO in a parallel system | Supported |
| No-load loss | 5.5 kW |
| Number of parallel UPSs | A maximum of four UPSs can be connected in parallel. |
| Power distribution system | TN-S, TN-C-S, TT |
| NOTE: | |
| The three-phase three-wire corner-grounded delta power system is not supported. | |
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