UPS SYSTEM PACKAGES

There is a UPS circuit diagram for emergency backup battery systems.  It can be applied to many applications. When the power goes, the battery can provide backup power automatically.  Put simply, a UPS is a device that:

1. Provides backup power when utility power fails, either long enough for critical equipment to shut down gracefully so that no data is lost, or long enough to keep required loads operational until a generator comes online.

2. Conditions incoming power so that all-too-common sags and surges don’t damage sensitive electronic gear.

What are the main types of UPS? UPSs come in three major varieties, which are also known as topologies:                  *Single-conversion systems:  In normal operation, these feed incoming utility AC power to IT equipment (Information technology-related equipment). If the AC input supply falls out of predefined limits, the UPS utilizes its inverter to draw current from the battery, and also disconnects the AC input supply to prevent backfeed from the inverter to the utility. The UPS stays on battery power until the AC input returns to normal tolerances or the battery runs out of power, whichever happens first. Two of the most popular single-conversion designs are standby and line-interactive:                 

* Standby UPSs allow IT equipment to run off utility power until the UPS detects a problem, at which point it switches to battery power. Some standby UPS designs incorporate transformers or other devices to provide limited power conditioning as well.

 * Line-interactive UPSs regulate input utility voltage up or down as necessary before allowing it to pass through to protected equipment. However, like standby UPSs, they use their battery to guard against frequency abnormalities.  

Manual and Automatic UPS system wiring for home or office with circuit diagram:

The followings are some UPS Packages ,we can provide.

Electrical Power needed 220 mono phase,50 Hrz. Input 220 V output 220 V                                         

1) 1KVA 1 phase inverter charger ONLINE UPS Battey group  : …..pcs x … V-….AH Battery (Without or together with Battery case), Feeding the house 1000VA/h for 5 hours Unit Price:                                            

2) 2KVA 1 phase inverter charger ONLINE UPS Battey group  : …..pcs x … V-….AH Battery (Without or together with Battery case), Feeding the house 2000VA/h for 5 hours.     Unit Price:

 3) 3KVA 1 phase inverter charger ONLINE UPS Battey group : …..pcs x … V-….AH Battery (Without or together with Battery Case), Feeding the house 3000 VA/h for 5 hours. Unit Price: 

4) 6KVA 1 phase inverter charger ONLINE UPS Battey group : …..pcs x … V-….AH Battery (Without or together with Battery Case), Feeding the house 6000 VA/h for 5 hours. Unit Price

5) 10KVA 1 phase inverter charger ONLINE UPS Battey group : …..pcs x … V-….AH Battery (Without or together with Battery Case), Feeding the house 10000 VA/h for 5 hours. Unit Price

Electrical Power needed 3 phase,50 Hrz and 380 V 

6) 3 KW 3 phase inverter charger ONLINE UPS with battery. …..pcs x … V-….AH Battery 3000 VA/h for 5 hours. Unit Price

 7)5 KW 3 phase inverter charger ONLINE UPS with battery. …..pcs x … V-….AH Battery 5000 VA/h for 5 hours. Unit Price

 8)10 KW 3 phase inverter charger ONLINE UPS with battery. …..pcs x … V-….AH Battery 10000 VA/h for 5 hours. Unit Price