MCC Panels are required for controlling electric motor. These MCC Panels are used for equal distribution of the power from main supply. We manufacture and supply high performing MCC Panels that are easy to install. Our MCC Panels are widely appreciated for their durability and high performance. Highlights :

• Longer service life
• Corrosion resistant
• Sturdy design
• Competitive price

Bus Duct System are custom designed to meet high quality standards as well as specific project requirements, such as climatic conditions, site environments, equipment terminations, space restrictions and limitations. These and many other application requirements are evaluated to provide the optimum system to meet the projects needs. Bus Duct System connect to equipment in any number of combinations, including switchgear to transformers, and generators to auxiliary compartments.

In the event of power failure or imbalance of Voltage from the EB Incomer, DG I will get start automatically and get connected to the load with reference of EB breaker/EB supply, basing on the load DG II will start and get Synchronize with DG I and the load will be shared between both the DG Sets. When the EB supply is resumed the system will check for quality and stability of Voltage and the system will get revise Synchronize with EB Supply and the load will be smoothly transfer to EB supply without any interruption, the DG breakers will get switched off on pre set time and the DGs will get switched off after pre set cooling time. Multiple Paralleling gen set and Grid control with internal load sharing and SynchronizingConsidering the percentage of power cut / load cutting. The either of DGs will start automatically basing on the loads and get Synchronized with EB Supply (Grid) and the load will be smoothly transfer to DG I accordingly, and the DG II will start automatically based on the pre set load. When the EB supply is resumed the system will check for quality and stability of Voltage and the system will get revise Synchronization with EB Supply and the load will be smoothly transfer to EB supply without any interruption, the DG breakers will get switched off on pre set time and the DGs will be put off at the pre set cooling time. The option of setting the supply from any of the source i.e. either EB supply or DG I or DG II or all the three sources, all the operations can be done in auto mode, and also in manual mode (in the case of emergency). In case of any maintains in DG I, the system will automatically switch On the DG II and vice versa. During the load sharing the system will automatically balance the load, and Synchronizer will display Active & revise load and other parameters on the display screen.

A soft starter has different characteristics to the other starting methods. The motor voltage is regulated with a printed circuit board. The soft Starter makes use of the fact that when the motor voltage is low during start, the starting current and starting torque is also low. During the first part of the start the voltage to the motor is so low that it is only able to adjust the play between the gear wheels or stretching driving belts or chains etc. In other words, eliminating unnecessary jerks during the start. Gradually, the voltage and the torque increase so that the machinery starts to accelerate. One of the benefits with this starting method is the possibility to adjust the torque to the exact need, whether the application is loaded or not. In principle the full starting torque is available, but with the big difference that the starting procedure is much more forgiving to the driven machinery, with lower maintenance costs as a result. Another feature of the soft Starter is the soft Stop function, which is very useful when stopping pumps where the problem is water hammering in the pipe system at direct stop as for star-delta starter and direct-on-line starter. The soft Stop function can also be used when stopping conveyor belts to prevent material from damage when the belts stop too quickly.

In the event of power failure or imbalance of Voltage from the EB Incomer, the DG Set will get start automatically and get connected to the load with reference of EB breaker/EB supply. When the EB supply is resumed the system will check for quality and stability of Voltage and the system will get switched off on pre set time and the DG will get switched off after pre set cooling time. Power FactorPower Factor (PF) is the ratio of Power Utilized (KW) and Power Drawn (KVA). Generally, when the applied to the electrical motors, the entire power is not converted as useful Work Done (KW). Depending on inductance of the motor a reactive power (KVAR) is generated which results in drawing of excess KVA.PF = KWH / KVAH To reduce the KVA drawn, the inductive KVAR is to be nullified by introducing an equal and opposite Capacitive KVAR according to the load pattern, thus OPTIMUM PF is maintained. Power Factor must be maintainedBy maintaining an optimum PF the Power drawn (KVA) can be reduced, thus reducing the current passing through the electrical circuits to the maximum extent possible (event up to 50%) thereby reducing the machine down time. reduction in heat losses in turn increases the life of the electrical circuits. The State Electricity Boards (SEBs) has installed Digital Electronic Energy (Tri-Vector) Meters for consumers, which has the provision of showing the PF and insisting to maintain the average Power Factor above a Specified limit (0.85 0.90 PF)Otherwise, for every reduction of 0.01 from the specified PF, PENALTY is levied on the Energy Consumption Charges (KWh) on the Electricity Bill. SEBs are also offering PF incentives if the PF is maintained above the specified PF. In few states, where the metering unit is KVAh and if the PF is maintained at its optimum of 0.99, the electricity bill amount itself is reduced considerably.

An Auto Main Failure Panel behaves as a stand by generator that gets activated to supply electricity when there is no electric supply to the mains. Similarly it stops working automatically when required. We are a prominent Manufacturer and Supplier of Auto Main Failure Panel in India. Our Auto Main Failure Panels are high in demand for the proper supply of electricity. Highlights :

• Flawless performance
• Uninterrupted electric supply
• Durable

PCC Panels are used to supply power to HT motors for the smooth functioning. We are engaged in manufacturing and supplying PCC Panels that are known for their efficient performance. Owing to their durability, our PCC Panels have high industrial demand. Clients can avail these Panels from us at most competitive prices. Highlights :

• Uninterrupted power supply
• Durable
• Easy to install
• Energy efficient

MCC Panels are required for controlling electric motor. These MCC Panels are used for equal distribution of the power from main supply. We manufacture and supply high performing MCC Panels that are easy to install. Our MCC Panels are widely appreciated for their durability and high performance. Highlights :

• Longer service life
• Corrosion resistant
• Sturdy design
• Competitive price

Bus Duct System are custom designed to meet high quality standards as well as specific project requirements, such as climatic conditions, site environments, equipment terminations, space restrictions and limitations. These and many other application requirements are evaluated to provide the optimum system to meet the projects needs. Bus Duct System connect to equipment in any number of combinations, including switchgear to transformers, and generators to auxiliary compartments.

In the event of power failure or imbalance of Voltage from the EB Incomer, DG I will get start automatically and get connected to the load with reference of EB breaker/EB supply, basing on the load DG II will start and get Synchronize with DG I and the load will be shared between both the DG Sets. When the EB supply is resumed the system will check for quality and stability of Voltage and the system will get revise Synchronize with EB Supply and the load will be smoothly transfer to EB supply without any interruption, the DG breakers will get switched off on pre set time and the DGs will get switched off after pre set cooling time. Multiple Paralleling gen set and Grid control with internal load sharing and SynchronizingConsidering the percentage of power cut / load cutting. The either of DGs will start automatically basing on the loads and get Synchronized with EB Supply (Grid) and the load will be smoothly transfer to DG I accordingly, and the DG II will start automatically based on the pre set load. When the EB supply is resumed the system will check for quality and stability of Voltage and the system will get revise Synchronization with EB Supply and the load will be smoothly transfer to EB supply without any interruption, the DG breakers will get switched off on pre set time and the DGs will be put off at the pre set cooling time. The option of setting the supply from any of the source i.e. either EB supply or DG I or DG II or all the three sources, all the operations can be done in auto mode, and also in manual mode (in the case of emergency). In case of any maintains in DG I, the system will automatically switch On the DG II and vice versa. During the load sharing the system will automatically balance the load, and Synchronizer will display Active & revise load and other parameters on the display screen.

A soft starter has different characteristics to the other starting methods. The motor voltage is regulated with a printed circuit board. The soft Starter makes use of the fact that when the motor voltage is low during start, the starting current and starting torque is also low. During the first part of the start the voltage to the motor is so low that it is only able to adjust the play between the gear wheels or stretching driving belts or chains etc. In other words, eliminating unnecessary jerks during the start. Gradually, the voltage and the torque increase so that the machinery starts to accelerate. One of the benefits with this starting method is the possibility to adjust the torque to the exact need, whether the application is loaded or not. In principle the full starting torque is available, but with the big difference that the starting procedure is much more forgiving to the driven machinery, with lower maintenance costs as a result. Another feature of the soft Starter is the soft Stop function, which is very useful when stopping pumps where the problem is water hammering in the pipe system at direct stop as for star-delta starter and direct-on-line starter. The soft Stop function can also be used when stopping conveyor belts to prevent material from damage when the belts stop too quickly.

In the event of power failure or imbalance of Voltage from the EB Incomer, the DG Set will get start automatically and get connected to the load with reference of EB breaker/EB supply. When the EB supply is resumed the system will check for quality and stability of Voltage and the system will get switched off on pre set time and the DG will get switched off after pre set cooling time. Power FactorPower Factor (PF) is the ratio of Power Utilized (KW) and Power Drawn (KVA). Generally, when the applied to the electrical motors, the entire power is not converted as useful Work Done (KW). Depending on inductance of the motor a reactive power (KVAR) is generated which results in drawing of excess KVA.PF = KWH / KVAH To reduce the KVA drawn, the inductive KVAR is to be nullified by introducing an equal and opposite Capacitive KVAR according to the load pattern, thus OPTIMUM PF is maintained. Power Factor must be maintainedBy maintaining an optimum PF the Power drawn (KVA) can be reduced, thus reducing the current passing through the electrical circuits to the maximum extent possible (event up to 50%) thereby reducing the machine down time. reduction in heat losses in turn increases the life of the electrical circuits. The State Electricity Boards (SEBs) has installed Digital Electronic Energy (Tri-Vector) Meters for consumers, which has the provision of showing the PF and insisting to maintain the average Power Factor above a Specified limit (0.85 0.90 PF)Otherwise, for every reduction of 0.01 from the specified PF, PENALTY is levied on the Energy Consumption Charges (KWh) on the Electricity Bill. SEBs are also offering PF incentives if the PF is maintained above the specified PF. In few states, where the metering unit is KVAh and if the PF is maintained at its optimum of 0.99, the electricity bill amount itself is reduced considerably.

An Auto Main Failure Panel behaves as a stand by generator that gets activated to supply electricity when there is no electric supply to the mains. Similarly it stops working automatically when required. We are a prominent Manufacturer and Supplier of Auto Main Failure Panel in India. Our Auto Main Failure Panels are high in demand for the proper supply of electricity. Highlights :

• Flawless performance
• Uninterrupted electric supply
• Durable

PCC Panels are used to supply power to HT motors for the smooth functioning. We are engaged in manufacturing and supplying PCC Panels that are known for their efficient performance. Owing to their durability, our PCC Panels have high industrial demand. Clients can avail these Panels from us at most competitive prices. Highlights :

• Uninterrupted power supply
• Durable
• Easy to install
• Energy efficient