Modular Parallel Redundant UPS 10k-200k

Delivery Time:20days after 30% TT payment Certification:CE Introduction BK SICON CMS is a modular parallel redundant UPS system. It has the independent power and control sections. Modular design ensures flexible options for expansion. Redundant UPS technology allows users to scale their power capacity and provide load with N+1 to N+X levels of protection.

Great power density ensures a small footprint and low heat dissipation. Rich management and communication functions ensure a user- and environment-friendly system. Ideal Application Applicable to all kinds of fields，such as financial, TELE-communication, government, manufacturing, Transportation, energy resource industries.

Bring perfect security to customers system. Features & Benefits BK SICON CMS modular UPS has the characteristics that it has the independent power and control sections. Each module is an dependent UPS. It adopts the centralized multiple parallel N+X format.

It's simple for system expansion with little fault points .It provides load with N+1 to N+X levels of protection. The maximum can be expanded to 200kva. Easy Expansion   With the upgrade of customers' load requirement the original designed UPS may not be able to meet the demand.

According to the traditional UPS system, we must replace with a new and higher capacity UPS system for customers. But for modular UPS there is no need to replace the whole UPS, but only adding the required number of modules for expansion.

BK SICON CMS's modular UPS can be expanded on line from 6kva to 200kva. it saves customer's costs for initial equipment purchasing and future expansion. Hot Swappable Hot Swappable modules can to be added or removed on line without shutdown. It ensures online maintenance for the redundant systems, and make UPS expansion and redundant easy.

There is no need for senior technical personnel to perform the job. It is safe and convenient.

Multi-setting According to input power condition, user can set up the UPS configuration with 4 kinds of working model (3 phase in & 3phase out, 3 phase in & 1 phase out, single phase in & out, single phase in & 3 phase out ) BK SICON CMS Modular UPS system Self-adapted synchronized poles' distribution parallel control Modules control separately, run parallel Different capacity for deferent need, N+X redundancies Every module can run indecently, support hot plug-in Fans controlled with Step less Speed Adjustment, adjust the speed automatically in accordance with temperature and load High system efficiency, Low energy consumption, No pollution Avoid single spot faulty, prompt the reliability and practicability  UPS modules On-line dual conversion design, assure the output quality Every module has digital and intelligent control separately Every module has independent charging system External output isolation transformer for option On-line removable grid panel guarder and filter for cleaning Closed air duct design, high cooling efficiency , low temperature rising components Static Switches Static Switch module for standard mode UPS Work in SCR and AC contactor paralleled High reliability, high overload taking ability: 1000% , 1 second 0ms transfer time Function of self-diagnosis, interlock, protection etc Support on-line replacement Energy-saving Compared with traditional UPS, whose efficiency is less than 90%, about 10% is going to be wasted.

BK SICON CMS inverter efficiency is more than 96%. It is designed for low heat emission, less energy consumption. Green and clear power The level of harmonics pollution of BK SICON CMS is very low, due to the low input current THD <5% and the near to one input power factor. This reduces more Mains pollution and power loss than equivalent traditional UPS.

Display &Communication Module System data Modules data History log Configuration RS232 and RS422 8-pulse dry contacts output SNMP adapter for standard mode General Data

Mains Input

Input Mode

3Phase 4 Wires

Input Voltage

380V±20%

InputFrequency Range

50Hz±10%

InputFrequency Synchronization Range

50Hz±10%

Walk In Time(sec.)

60secs

Tot