Product profile
RC series 1~20kVA UPS with double conversion pure online architecture, the architecture can block the impact of abnormal power on the load, at the same time also can ensure the stable and reliable output, let the safe operation of the load, is the best can effectively solve the problem of all power architecture design, using digital control technology, to provide users with more secure power security.
Using 19 " rack design, it can provide a better power environment for the load, manifested in the voltage output range, frequency range, input noise filter, and zero conversion time between mains mode and battery mode. RC series with innovative software program control mode, not only reduces the volume, but also can greatly reduce the failure rate, effectively improve the safety and reliability of the use of power supply. Suitable for application in a variety of precision instrument systems, network systems, and important, or demanding power environment equipment.
1. 19'rack design to provide more flexible and reliable power protection for critical equipment.
2.?Real online design, output pure sine wave, pollution-free, conversion time is zero.
3. Intelligent MCU / DSP design, using PFC power factor correction, the input power factor is greater than 0.99, the whole machine efficiency is more than 93%, and the input current harmonic is less than 5%.
4.?Using high frequency and IGBT transformation technology, improve the efficiency and reliability of the whole machine, small volume, light weight.
5.?Perfect self-protection function, peak current and short circuit protection design, super load load impact resistance.
6.?Optional D class lightning protection device with surge prevention, lightning protection design, effectively protect the equipment from lightning interference.
7.?6 ~ 20 KVA can choose the parallel redundancy function to realize the N + 1 parallel redundancy.
8.?Intelligent local and remote monitoring function RS232 interface, compatible with SNMP.
9.?Tower and rack design, tower type and frame type free combination, more convenient installation.
Model | 1K | 1KS | 2K | 2KS | 3K | 3KS | 6K | 6KS | 10K | 10KS | 3-10KS | 3-15KS | 3-20KS | |
Rated capacity? (PF=0.9) | 1kVA/0.9kW | 2kVA/1.8kW | 3kVA/2.7kW | 6kVA/5.4kW | 10kVA/9kW | 15kVA/13.5kW | 20kVA/18kW | |||||||
Input | Voltage | 120~300VAC (single-phase ? two-wire+G)/304~478VAC (three-phase four-wire+G) | ||||||||||||
Frequency | 50/60Hz±10% | |||||||||||||
Output | Voltage | 220/230±1%VAC | ||||||||||||
Frequency | Synchronized with input ? (mains mode), 50/60Hz±0.5%(battery mode) | |||||||||||||
Discharge waveform | Pure sine wave | |||||||||||||
Transfer time | Zero | |||||||||||||
Built-in battery (12V) | 7/9Ahx2 | - | 7/9Ahx4 | - | 7/9Ahx6 | - | 7/9Ahx16 | - | 7/9Ahx16 | - | - | |||
External battery DC voltage (Vdc) | - | 36 | - | 72 | - | 96 | - | 192 | - | 192 | 192/240 | |||
Battery type | Valve-controlled lead-acid ? maintenance-free storage battery | |||||||||||||
overload capacity | 105-120%, after 10 seconds ? to the bypass; | |||||||||||||
120-140%,?after 200ms ? to the bypass; | ||||||||||||||
140-150%,?after 200ms ? to the bypasss, then shutdown after 10 seconds; | ||||||||||||||
>150%, ? shutdown?immediately? | ||||||||||||||
The load peak ratio | 3:?1(?max?) | |||||||||||||
Distortion rate (full load) | Linear load | <3% | ||||||||||||
Nonlinear loading | <5% | |||||||||||||
Communication interface | Rs 232 interface: optional USB interface) ? + SNMP ? smart slot | |||||||||||||
Working temperature | 0C~40℃ | |||||||||||||
Relative humidity | 0%~90% (no condensation) | |||||||||||||
Size | ? W×D×H | 430×510×85mm(2U) | 430×710×85mm(2U) | 430×600×85mm（2U） | 430×680×170mm(4U) | |||||||||
Standard type | 2U | - | 2U+2U | - | 2U+2U | - | 2U+2U | - | 2U+2U | - | - | - | - | |
Extended time type | - | 2U | - | 2U | - | 2U | - | 2U | - | 2U | 2U | 4U | 4U | |
Reference weight (kg) | 12/14 | 8.5 | 27/30 | 13 | 28/31 | 13.5 | 89 | 18 | 90 | 19 | 26 | 40 | 40 | |
Compliance with standard | GB/T14715-2017; ? YD/T1095-2018; EN62040-1:2008+A1:2013; EN62040-2:2018 | |||||||||||||
Copyright ? 2022
