UPS emergency power supply
Choose Models for offer request
Intended
- True On-line Double Conversion Technology
- Automatic bypass
- Expansion card slot
- LCD control panel
- Improvd efficiency mode
- Wide input frequency range
- High efficiency of the device
- Automatic diagnostics
- REPO connector
Characteristic
Available Models
Typical applications for a UPS power system include servers, laboratory equipment, security systems, automation and control systems, lighting, and workstations.
True On-Line Double Conversion (VFI according to IEC62040) technology ensures excellent voltage performance regardless of power disturbances and the type of loads being powered. Thanks to the use of automatic Bypass, power supply to loads in critical situations such as overheating or failure is uniform..
The device is equipped with USB, RS232 connectors that allow monitoring and management of the power supply. TVSS was used to protect telecommunication devices. The use of an expansion card slot makes it possible to connect an SNMP card to manage the UPS from the network, or an AS-400 card with additional non-voltage signals to inform about the status of UPS operation.S.
The LCD control panel clearly informs about the operating mode, power supply parameters, remaining autonomy of battery operation, allows configuration of UPS parameters and allows power supply diagnostics.
Measuring just 2U, for all UPS models, it provides the minimum amount of rack space needed to install the power supply.
The unit's high efficiency of up to 95% in on-Line mode minimizes energy consumption and reduces emitted heat, making eventual space cooling cheaper.
ECO mode (enhanced efficiency mode) allows for 99% efficiency and additional energy savings.i.
The CVCF frequency converter mode allows the power supply to operate in output frequency conversion mode to 50 or 60Hz for powering non-standard loads.
Automatic diagnostics guarantees full efficiency of the device, control of components and operating parameters without user intervention.
The high value of the input power factor limits the value of the current drawn by the device from the utility grid.
Wysoka wartość wejściowego współczynnika mocy ogranicza wartość prądu pobieranego przez urządzenie z sieci energetycznej.
The ability to extend the backup time by adding battery modules makes it possible to fine-tune the required autonomy time.
The high PF=1 output power factor guarantees up to 30% more active power compared to other power supplies in this class.
The high PF=1 output power factor guarantees up to 30% more active power compared to other power supplies in this class.
The wide range of input frequency in normal operation makes it possible to freely use the power supply in a mixed network of city grid - generator type.
Autorestart guarantees maintenance-free operation of the device in case of long power outages.
Starting from the battery (the so-called cold start) gives the power supply the ability to start even in the event of a total power outage..
Starting from the battery (the so-called cold start) gives the power supply the ability to start even in the event of a total power outage..
Advanced battery management guarantees optimal charging and utilization of the battery bank. The 3-stage charging process extends their life up to 50% and reduces operating costs.
The excellent voltage quality, achieved through the use of an IGBT inverter (3L) and high-frequency PWM modulation, means that an exceptionally stable voltage is delivered, regardless of energy disturbances and the type of devices being powered..
Overload immunity means power supply reliability under transients and high tolerance for operating errors.
Advanced software allows the user to have full control over the device and the powered receivers.
REPO connector provides remote shutdown of the power supply in case of fire. Programmable output sockets allow management of output voltage presence during battery operation.
Parallel operation for 6 and 10kVA units provides maximum power reliability for critical loads. Enhanced battery charging circuitry for 6 and 10kVA power supplies provides the ability to connect high-capacity batteries for long autonomy times.
Parallel operation for 6 and 10kVA units provides maximum power reliability for critical loads. Enhanced battery charging circuitry for 6 and 10kVA power supplies provides the ability to connect high-capacity batteries for long autonomy times.
Technical data | CORE 1k | CORE 2k | CORE 3k | CORE 6k | CORE 10K |
Power | 900W/1000VA | 1800W/2000VA | 2700W/3000VA | 6000W/6000VA | 10000W/10000VA |
Voltage | 208/220/230/240 Vac | 208/220/230/240 Vac | 208/220/230/240 Vac | 208/220/230/240 Vac | 208/220/230/240 Vac |
Frequency | 50/60 Hz | 50/60 Hz | 50/60 Hz | 50/60 Hz | 50/60 Hz |
THDI | <3% | <3% | <3% | <3% | <3% |
Power factor | 0,9 | 0,9 | 0,9 | 1 | 1 |
Inverter overload resistance | 110% unlimied 130% 5 min 140% 30 sec >140% 1-5 sec |
110% unlimited 130% 5 min 140% 30 sec >140% 1-5 sec |
110% unlimited 130% 5 min 140% 30 sec >140% 1-5 sec |
110% 10 min 130% 1 min >130% 1 sec |
110% 10 min 130% 1 min >130% 1 sec |
Online efficiency | >92% | >92% | >92% | >95% | >95% |
Type and number of outlets | IEC320-C13 X8 | IEC320-C13 X8 | IEC320-C13 X8 IECC20-C19 X1 |
N/D (optional electrical exterior trim) | N/D (optional electrical exterior trim) |
Dimensions (WxDxH) mm | 438 X 630 X 88 (2U) | 438 X 630 X 88 (2U) | 438 X 630 X 88 (2U) | 438 X 600 X 88 (2U) | 438 X 600 X 88 (2U) |
Weight | 14,2 kg | 26,9 kg | 27,4 kg | 17 kg | 20 kg |
Noise level | <45 db | <45 db | <45 db | <50 db | <50 db |
Model | Power |
---|---|
Core 1k | 900W/ 1000 VA |
Core 2k | 1800W/ 2000 VA |
Core 3k | 2700W/ 3000 VA |
Core 6k | 6000 W/6000 VA |
Core 10k | 10000W/ 10000VA |
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