LT Control Panel | Low Tension Panel Manufacturer & Supplier

Low Tension Control Panel Overview

LT panels, also known as low-tension panels or power distributing units, are electrical distribution boards that provide and regulate power for various mechanical and electrical devices. They receive power from a generator or transformer and distribute it to heavy-load machinery and distribution boards.

Technical Features of LT Panels / Benefits / Components

Bus bars:

These are conductors, typically made of aluminium or copper, responsible for carrying high currents within the LT panel.

Feeders:

These are conductors that supply power from the source (transformer or generator) to the LT panel. The incoming feeder section connects to the outgoing feeders through the bus bars, distributing power to various loads or sub-panels.

Relays:

These devices act as automatic switches, protecting the system from abnormal conditions. Relays detect faults and send signals to trip circuit breakers, isolating faulty sections and preventing damage.

Indication Lamps:

These provide visual cues for the status of various components or circuits within the panel, aiding in troubleshooting and monitoring.

Cooling Systems:

To prevent overheating due to high currents, LT panels may incorporate cooling systems. These can include exhaust fans or louvers that dissipate heat, ensuring reliable operation.

Specification	Details	General Values	Possible Values
Rated Voltage	Nominal operating voltage of the LT panel	415V AC	380V AC, 415V AC
Rated Current	Maximum current capacity of the LT panel	100A to 4000A	63A to 6300A
Frequency	Operating frequency of the panel	50 Hz	50 Hz, 60 Hz
Short Circuit Withstand Capacity	Capacity to withstand short circuit conditions	50 kA for 1 sec	25 kA to 100 kA for 1 sec
Busbar Material	Material used for busbars	Copper	Copper, Aluminum
Busbar Size	Cross-sectional area of the busbar	50mm x 10mm	50mm x 10mm to 200mm x 10mm
Busbar Insulation	Type of insulation for busbars	Heat Shrink PVC Sleeves	PVC Sleeves, Epoxy Coated
Incoming Feeder	Type and number of incoming feeders	ACB, MCCB	ACB, MCCB, SFU
Outgoing Feeder	Type and number of outgoing feeders	MCCB, MCB	MCCB, MCB, SFU
Protection Features	Built-in protection features	Overload, Short Circuit, Earth Fault	Overload, Short Circuit, Earth Fault, Overvoltage
Ingress Protection (IP Rating)	Level of protection against dust and water	IP 42	IP 42, IP 54, IP 65
Control Voltage	Voltage used for the control circuit	24V DC	24V DC, 110V AC, 230V AC
Panel Structure	Type of panel structure	Compartmentalized, Non-compartmentalized	Compartmentalized, Non-compartmentalized, Modular
Auxiliary Power Supply	Power supply for auxiliary circuits	230V AC	24V DC, 230V AC
Operating Temperature	Ambient temperature range for normal operation	-5°C to +40°C	-10°C to +55°C
Cooling Arrangement	Cooling method used in the panel	Natural Air Cooling	Natural Air, Forced Air Cooling
Compliance Standards	Standards the panel adheres to	IEC 61439	IEC 61439, IS 8623
Cable Entry	Provision for cable entry	Bottom	Bottom, Top

Applications of LT Panels

Industrial Power Distribution:

LT panels are used in factories and manufacturing plants to control and distribute electricity to heavy machinery, conveyor systems, and production equipment. They help manage high power loads and ensure the safe operation of industrial processes.

Commercial Building Power Management:

In office buildings, shopping malls, and hotels, LT panels manage electrical distribution for lighting systems, air conditioning units, and elevators. They provide reliable power supply and help optimize energy usage in commercial spaces.

HVAC Systems Control:

LT panels are crucial for controlling the electrical supply to HVAC (Heating, Ventilation, and Air Conditioning) systems in large buildings and facilities. They ensure efficient operation and management of these critical systems.

Infrastructure Power Supply:

For infrastructure projects like airports, hospitals, and railway stations, LT panels distribute power to essential services such as lighting, emergency systems, and specialized equipment. They ensure the reliability and stability of power supply in critical areas

Elevator and Escalator Systems:

In residential and commercial buildings, LT panels manage the power distribution to elevators and escalators. They ensure smooth and reliable operation, enhancing safety and convenience for building occupants.

LT Panel Safety and Compliance

Low Tension (LT) panels are designed with a focus on safety and compliance, incorporating essential components like circuit breakers, overload relays, and earthing systems. The LT panel design adheres safety standards and ISO certifications, providing protection against electrical faults, short circuits, and overloads. These safety features, combined with carefully selected LT panel components, provide a robust framework that minimizes risks and ensures safe power distribution in various industrial environments.

Trust Burak Electric for Energy Saving APFC Panels

At Burak Electric, we understand the importance of reliable and efficient power distribution in your industrial operations. With our LT Panels, you can trust that your electrical systems are in good hands. Our team of experts is dedicated to understanding your unique needs and providing customized solutions that meet your specific requirements. We're also committed to innovation, continuously investing in research and development to stay ahead of the curve and ensure our LT Panels remain at the forefront of technology.

Low Tension (LT) Panel