Purpose of Busbar • Current Distribution: Busbars distribute electrical current to various outgoing feeders, ensuring that power flows efficiently to different parts of a building or facility. This distribution is essential for maintaining consistent power supply across multiple circuits. • Minimizing Losses: By reducing the need for multiple wires and cables, Busbar help minimize electrical losses within the system. This efficiency improves the overall performance of the electrical network and reduces energy wastage. • Simplifying Maintenance: Busbars provide a centralized point for electrical connections, simplifying the process of maintenance and troubleshooting. This makes it easier for technicians to isolate and fix issues, reducing downtime and enhancing system reliability

Where are Busbars Used? Busbars are used in a variety of settings, ranging from commercial buildings to industrial plants. Here are some common applications: • Commercial Buildings: In commercial complexes, busbars are employed to distribute power efficiently across multiple floors and areas. This reduces the complexity of wiring systems and ensures a consistent power supply throughout the building. • Industrial Settings: Factories and industrial plants utilize busbars to manage high-voltage power distribution. This ensures that heavy machinery and equipment receive consistent and reliable power, which is critical for maintaining operational efficiency. • Substations: Electrical substations use busbars to route power from incoming transmission lines to outgoing distribution lines. This makes busbars a critical node in the power grid, ensuring the smooth transmission of electricity across vast distances. • Residential Buildings: While less common, busbars can also be found in large residential buildings or complexes where centralized power distribution is necessary. They help in managing power distribution across multiple units, ensuring a reliable power supply

Din Rail Mounting Power Distribution Module

Power Distribution Module Din Rail Mounting

PDB Panels are used for Electric Power Distribution, Fault Protection and Monitoring of different Electrical Systems. It usually consists of Incomer ACB/MCCB, Switch Fuse Unit (SFU), ELCB, MCCB, MCB etc. Any Electrical Systems containing Inductive & Capacitive Loads consumes both Active and Reactive Power.

Din Rail Mounting Pluggable Relay 20,000,000 Mechanical operations minimum. 30,000 Electrical operations minimum.

Din Rail Mounting Pluggable Relay 1,00,00,000 Mechanical operations minimum. 1,00,000 Electrical operations minimum. Operating Temperature :- 0 to 50 degree Celsius. Storage Temperature : -10 to 60 degree Celsius. Relative Humidity : 5 to 85% RH Relay ON Indication : Green color LED. Relay Protection Method: Freewheeling Diode. Designation : Designation plate screwed to the PCB for labeling purpose.

Din Rail Mounting Pluggable Relay 20,000,000 Mechanical operations minimum. 30,000 Electrical operations minimum. Operating Temperature : 0 to 50 degree Celsius Storage Temperature : -10 to 60 degree Celsius Relative Humidity : 5 to 85% RH Relay ON Indication : Green Color LED Relay Protection Method: Freewheeling Diode Designation : Designation plate screwed to the PCB for labeling purpose No of Relay Channel : 16 Channel Rating of Contacts : 5 A at 30V DC and 250V AC for resistive load. Coil Resistance : 1440 Ohms +/- 10%. Coil Voltage : 24V AC Relay Socket : 5 A, 250 V AC Input Current/ Channel : 17 mA per channel PCB Dimension : 375 mm X 72 mm. Mechanical Dimensions : 378 mm X 90 mm X 70 mm Terminals : Screw type Conductor size : 0.25 -2.5 sq.mm flexible Relay Make / Manufacturer: OMRON Relay Type: G2RL-2, Electro-mechanical

Benefits of Our APFC Panel : • Reduced Energy Costs: Lower electricity bills and reduced energy penalties. • Improved Power Quality: Better voltage stability and reduced harmonics. • Increased Equipment Lifespan: Protection from voltage fluctuations and harmonics. • Compliance with Regulations: Meeting power factor requirements set by electricity providers. • Optimized Power Usage: Efficient use of electrical power.