Tecnoware FGCEVDP10MMRM/00 -UPS EVO DSP PLUS RACK MOUNT 10.0 – PF 0.9
- UPS EVO DSP PLUS RACK MOUNT – Power 10 KVA PF 0.9. On Line Technology (VFI) DSP, 94% Efficiency
- , Input / output 230 / 230Vac 50 / 60Hz,
- dimensions 43.8×13.3×58 cm (3 Rack units),
- weight 18 Kg, does not include batteries,
- backup time add external battery boxes. Multifunction graphic LCD display, static bypass, EPO contact for emergency shutdown, USB and RS232 communication ports for UPS control and on / off programming via the free TecnoManager software. SNMP, Dry Contact or MODBUS card (optional).
Technical specifications for FGCEVDP10MMRM/00
Code part Number
|
FGCEVDP10MMRM/00 |
Nominal power |
10 KVA |
Active power |
9 KW |
Power factor |
0,9 |
Technology |
On-Line Double Conversion transformerless (VFI-SS-111) |
Cooling |
Fan cooling |
Audible noise |
< 48 dBA to 1 m |
Dimension (UPS) WxHxD |
43,8×13.3×58 cm (3U) |
Dimension (with packing) WxHxD |
59x26x78,5 cm |
Weight |
18 Kg |
Equipped with |
1 serial cable, Tecnomanager software and 2 metal handle for 19’’ Rack cabinet mounting |
Input for FGCEVDP10MMRM/00
|
|
Number of phases |
1Ph+N |
Nominal voltage |
208Vac/220Vac/230Vac/240Vac |
Input voltage range |
176Vac-300Vac from 50% to 100% load, 110Vac-300Vac from to 50% load |
Nominal frequency |
50/60 Hz (selectable) |
Input frequency range On-Line mode |
±7% |
Input power factor |
0,99 |
Output FGCEVDP10MMRM/00
|
|
Number of phases |
1Ph+N |
Nominal voltage |
208Vac/220Vac/230Vac/240Vac |
Voltage Regulation at %100 linear load (On-Line and Battery mode) |
±1% |
Voltage THD |
<3% (linear load), <6% (non-linear load) |
Crest factor |
3:1 |
Frequency |
50/60 Hz (selectable) |
Frequency stability |
±0,1 Hz |
Inverter waveform |
Sinewave |
Overload capability (Line mode) |
110% for 10 minutes, 130% for 1 minute, >130% for 1 second |
Overload capability (Battery mode) |
110% for 30 seconds, 130% for 10 seconds, >130% for 1 second |
Efficiency |
94%, calculated in double conversion mode at 100% load to 100% load according to standard 62040-3 |
Transfer time |
0 ms (On-Line) |
Output connections |
Terminal block |
Battery (fitted inside the external Battery Box)
|
|
Batteries number |
16 (inside the external Battery Box, for UPS operation) |
Battery charge time (typical) |
6-8 hours |
Extended autonomy |
External Battery Box (optional) |
Environmental specification FGCEVDP10MMRM/00
|
|
Working temperature |
Da 0 a 55 °C (recommended from 20 to 25 °C) |
Humidity |
< 95% without condensation |
Maximum altitude |
3000 m |
IP protection |
IP20 |
Certifications |
CE (standards: Low Voltage Directive IEC EN 62040-1; EMC Directive IEC EN 62040-2; classification IEC EN 62040-3) |
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Tecnoware FGCEVDP10MMRM/00 10 KVA ups Featues
A 10KVA (10 kilo-volt-ampere) Uninterruptible Power Supply (UPS) is a higher-capacity system that is often used to provide backup power to larger devices or more extensive setups. Here are some general features that you might find in a 10KVA UPS system:
- Capacity: A 10KVA UPS can handle a power load of up to 10 kilo-watts (or 10,000 watts). This capacity is suitable for powering larger devices, servers, data centers, or critical industrial equipment.
- Topology: It might use advanced UPS topologies like Online Double Conversion to provide the highest level of protection against power anomalies.
- Battery Backup: UPS systems at this capacity level would have substantial battery backup to support devices during power outages. Backup time depends on the load and battery capacity.
- LCD/LED Display: Many modern UPS units have an LCD or LED display to provide real-time information about load percentage, battery status, input/output voltage, and more.
- Automatic Voltage Regulation (AVR): This feature stabilizes input voltage, ensuring a consistent supply to connected devices and protecting them from voltage fluctuations.
- Communication Ports: USB, Ethernet, SNMP (Simple Network Management Protocol), or other communication ports might be included to allow the UPS to communicate with connected devices or a network, enabling remote monitoring and management.
- Software: Advanced monitoring and control software can provide detailed insights into UPS performance, battery health, and the ability to perform remote shutdowns or restarts.
- Redundancy: Some high-capacity UPS systems offer built-in redundancy features, such as the ability to parallel multiple units for increased capacity or to provide failover protection.
- Hot-Swappable Batteries: In certain setups, having hot-swappable batteries can be crucial to minimize downtime during battery replacement.
- Load Segmentation: Larger UPS systems might offer the ability to segment and prioritize loads, ensuring that critical devices receive power during outages.
- Scalability: Some UPS models allow for easy scalability, meaning you can add additional battery packs or units as your power needs grow.
- Efficiency: Like smaller UPS units, higher-capacity systems aim for higher efficiency levels to reduce energy consumption and operating costs.
- Noise Level: Consider the noise level of the UPS if it will be installed in a noise-sensitive environment.
- Form Factor: Larger UPS units might be rack-mounted or come in tower-style configurations to fit various installation scenarios.
- Advanced Protection: More advanced protection features such as surge protection, frequency regulation, and advanced filtering might be included to safeguard connected equipment.
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