PART I: CANOPY style Outdoor Busduct used to connect Copper/Aluminum Bars between LT Transformer and LT PCC which replaced the cable system, meaning no more Earth Leakage and no more cable Joints. Weather Proof, Water Proof and a Worthy technology for Heavy Load Industries.
PART II: Indoor Busduct continuation of the connectivity between LT Transformer and LT PCC in Indoor style Weather Proof, Water Proof enclosed Duct.
Our compaly offer's client specified PCC panels which are used for diverse industrial applications and provide reliable and effective service. All the enclosures are fabricated out of 16/14 SWG CRCA steel sheets and they are also powder coated.
Construction with individual motor starter sections up to FORM 4. High personal safety. Completely free choice of electrical items, height & width. Easy to change and to extend. Possibility for access from the front and rear side. Connection from the top, the bottom or the side of the panel.
We are involved in manufacturing international quality standard APFC panels, that are sturdily constructed to perfection. These APFC panels come in banking patterns to improve the required power factor for all types of loads. 'Automatic control switch' in this panel controls the load power factor by sensing different available parameters. Panel comes in different sizes and capacities to befit the demands of our clients.
Auto mains failure panels, also known as AMF panels, are used to automatically changeover from mains electricity supply to stand by generator or genset on failure of the mains supply. Whne the mains supply is restored, the system automatically changes back and stops the genset. The stand-by generator will be eventually shut down after a short cooling down period.
A panel simulating the geographical layout of a television studio, railway point system, traffic interchange, etc. in which small indicator lamps, display the selected state of the lighting circuits, signalling, traffic lights, etc.
We under take the TURN KEY Projects, Substation's, Lighting Up entire Project. From Small to Big we are into everything Related to Electrical.
We offer Fire Fighting Panels that are extensively used in various industries. The Fire Fighting Panel is the heart of the Fire System and are designed by us using advanced technology. Known for reliability and durability, our range is available in different specifications to meet varied needs of clients.
are mainly designed and used to meet power system requirements. These panels provide manual as well as automatic synchronizing function for one or more generator breakers. They are widely used in synchronizing generators and offering multiplexing solutions.
A Generator Control Unit
A Syncrocloser Unit
A Syncrocloser Check Relay
When mains are healthy, then both the D.G. Sets remain in the standby mode. When mains fail, Line Voltage Monitor (L.V.M.) senses it. Starting pulses are given to the Master D.G. Set. (Master D.G.Set is automatically selected by program.) After satisfactory starting of the D.G.Set 1, voltage is sensed by Generator Voltage Monitor (G.V.M.). If voltage is healthy, then closing signal is given to D.G. 1 breaker and it is closed. Giving corresponding pulses from the Synchronizing Panel can then automatically start load. The load is then sensed by KW transducer in the panel & continuously monitored by Programmable Logic Controller ( P.L.C.) Engine & Alternator parameters are also continuously monitored by P.L.C. in the Panel. In case of any fault (e.g. Low Lube Oil Pressure, High Cooling Water Temperature etc.), breaker is tripped & engine is stopped. If the load reaches & crosses 80% of the rated capacity of the D.G. 1, then starting pulses are given to the second D.G.set from P.L.C. When D.G.2 starts, then again G.V.M. checks the voltage, and if voltage is healthy, then breaker 2 is closed. After closing of the second breaker, Auto load sharing function starts sharing the load between the two D.G.Sets. The percentage of sharing is directly proportional to their individual capacities. Since sharing is proportional to their respective capacities, even D.G.sets of different capacities can be synchronized successfully. D.G.sets continue to run in Synchronization until the load is above 80 % of any one D.G.set. When load comes down below 80% of any one D.G.set, then the automatic signal is given to that D.G. & then it starts taking the full load. After transferring the total load to one D.G. (on which 80 % load is to be connected), the breaker of the second D.G.is opened. Now one D.G.is taking the load, which is less than 80% of its rated capacity. The second D.G. is then stopped after its cooling period. The programmed is repeated automatically for any variation of the load.
The total programmed 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.
We are one of the successful name as PLC Supportive Control Panel Manufacturers. We manufacture superb quality PLC Panel such as Electric PLC Panel. It is widely used for industrial process automation and is designed for dedicated controller projects or as part of a larger networked system.
