Industrial Grade Sine Wave Module UPS

Application Fields:

Data processing center, internet service provider, telecommunication, finance, insurance, government, tax office, traffic, medical lab, company, exactitude instrument, industrial process control, office automation application, central network equipment., etc.

Features:

CMS Series Modular UPS system not only has parallel redundant feature that can completely replace the conventional 1 +1, 2 +1 parallel system, but also a "green power" program, its input adopts the 12 pulse commutating control technology which has the high reliability, operating stability, isolating the interference for the power network (RFI/EMI), high input power factor more than 0.95, low harmonic distortion, high efficiency, high stability and reliability advantages, to be associated with the powerful monitoring software function and the comprehensive communication interface to suit the precision equipments and particularly suit for the telecommunications and electric power industry applications.

1. Redundancy: CMS system is the parallel redundant inversion power supply, three-in single-out or three-in three-out multisystem operations, System module structure, the static switch module, system monitoring module and a power module to the N-parallel component. System capacity with 60KVA, 100KVA, 150KVA, 200KVA, 240KVA, 480KVA, power module 6KVA, 10KVA, 15KVA, 20KVA four-power scope, the user can freely choose according to load size. The power module adopts the hot plug mode to random expand and replace. CMS system is no master-slave parallel, multi-level distributed control technology, all the power modules in the array evenly borne system load, the parallel modules are all built-in redundancy and intelligent individual entity for system monitoring of the parallel system without centralized control No run bottleneck and reliable performance. When any module is failure (including system monitoring), CMS system redundant design would be fully effective to comprehensively protect for the equipment operation to achieve the greatest redundancy, meanwhile, according to the users'requirement, the users can choose more than once tolerable error rate redundancy;

2. Expansibility: CMS system structure is highly flexible, upgrading the system for the redundancy, N+X redundancy, can be upgraded according to user demand for online expansion. Power module design concept is that when the system is running the modules can easily be removed and installed without the influence of the system's output and operation, so that investment planning achieves the "random expansion" to meet the users'expansion requirement in the future and reduce the initial purchase cost;

3. Usability: CMS system has a powerful parallel functions which is a representative technology in the high-end UPS technology field, the mean time between failures (MTBF) is the traditional UPS 1.5 times, the mean time between critical failures (MTBCF) is the traditional UPS system 3 times, the mean time to repair (MTTR) is just 5 minutes in the system normal operating conditions;

4. Flexibility: All the modules in the system share the battery units together (including the charge and discharge). It is based on the users'requirements to use one battery unit or multiple parallel battery units to increase the system standby time. CMS system uses a flexible battery access mode to reduce the battery voltage and quantity and prolong the battery life;

5. Safety: The power module adopts three-phase five-wire inputs. The UPS is running online whatever the operation mode is three-in single-out, three-in three-out, single-in three-out or single-in single out and whether the output of the load is balanced, the output of main power zero wire always doesn't have current and voltage to meet all kinds of zero ground voltage safety requirements for the key equipments