AMF Synchronizing & Load Sharing

We are offering DG Synchronizing Panel which is based on load in KW. Hence the actual sharing, starting, stopping & transfers are actual load dependent & not on any other unrealistic parameter like voltage, current. etc. Changing of scheme becomes very easy because of changes are made through software only. There is no changing of wires, adding of components like relays, contactors, which is very time consuming, cumbersome & requiring additional space.  Along with KW sharing, KVAr sharing & PF sharing is very accurate, because of PLC programming. There is no possibility of any unequal sharing as regards KW, KVAr & PF. For any type of load addition or reduction, manual intervention as regards D.G.set operation is not required. However, in case of emergency manual override is possible. Special programmers using Real Time Clock (RTC) are possible. Because of KW dependent load sharing, optimum utilization of D.G. sets are possible. This increases D.G. sets efficiency & saves lot of fuel. D.G.sets are always tried to run with 80 % to 90 % load factor, where we get maximum efficiency of D.G.sets. This is easily possible with our system.  We are well-known manufacturers of Automatic Mains Failure Panel including Protection for DG sets. It uses an advance technology to make an easy and trouble-free Genset control.  Basic Operation Cycle  When there is mains supply, the AMF Panel will keep the load on mains, once the mains supply fails, the AMF Panel senses this and starts the Genset. Once the Genset is found running, the load is transferred to Genset supply. When mains resume, the load is transferred back to mains supply and Genset is stopped.

Advantages

• Our AMF panel is designed very simple that anyone can operate Programming the panel is easy to understand,
• this does not need a technically expert person.

Power Distribution Board

We are offering a wide range of power distribution board (PDB)that are precision designed for the power distribution in different sections of an industry, big building, etc. where only short circuit protection and overload protection are required. These protective devices can be fitted with different protective relays which can trip the CB against various types of faults.