Main LT Panel Manufacturers in India | P S control & switchgear

Main LT Panel Manufacturers in India

P S Control and Switchgear is well known Main LT Panel Manufacturers in India, Suppliers, Exporters and Services in India. Our services in this field are panel design, high accuracy production, and integration of the system, as well as installation services and commissioning and maintenance services. We offer high quality Main LT (Low Tension) Panels, which are usually used as efficient and safe options to transmit and carry out the task of electricity transmission within various industries and commercial sectors. In these panels, various electricity feeders are connected after using transformer or generator electricity.

About the Main LT Panel

A Main LT (Low Tension) Panel is a primary electrical distribution panel that takes the power from either a transformer or generators and supplies it safely to other circuits in industrial and commercial buildings. It runs at low voltage (usually up to 415 V) and provides an appropriate control, protection and monitoring of electrical systems.

Types of Main LT Panel

As leading Main LT Panel Manufacturers in India, offering the following Main LT Panel:

  • Automatic Power Factor Correction (APFC) Panel: Keeps the power factor constant to prevent utility charges as well as minimize electricity use.
  • Synchronizing Panel: It is equipment to synchronize several power sources (e.g., generators) on a common busbar.
  • Distribution Panel/board (DB): This separates the primary power supply into smaller segments of branch supply to particular areas or equipment.
  • Power Control Center (PCC): It is the primary panel that receives power through the transformer and supplies the smaller loads and sub-panels.
  • Motor Control Center (MCC): This is a special panel used to control, protect and monitor industrial motors, commonly containing draw-out or fixed modules.

Technical Specifications of Main LT Panel

As well-known Main LT Panel in India, Provides detailed technical specifications of Main LT Panel.

Category Specification Details
Electrical Rated Voltage Up to 415V AC, 3 Phase, 4 Wire
Rated Frequency 50 Hz / 60 Hz
Rated Current Up to 6300 Amps (as per requirement)
Short Circuit Capacity Up to 50kA / 65kA for 1 sec (or as specified)
Insulation Voltage 690V or higher
Busbar System Material High conductivity Copper / Aluminum
Busbar Rating As per load capacity
Busbar Support SMC / DMC insulated supports
Busbar Insulation Heat shrink sleeves or epoxy coated
Protection Components Incoming Breaker ACB / MCCB
Outgoing Feeders MCCB / MCB / SFU
Protection Features Overload, Short Circuit, Earth Fault Protection
Metering Digital multifunction meter (V, A, kW, kWh, PF, Frequency)
Construction Enclosure Type Floor mounted / Wall mounted
Material CRCA sheet steel
Sheet Thickness 1.6mm / 2mm (or as required)
Degree of Protection IP42 / IP54 / IP55 (as per application)
Surface Finish Powder coated with corrosion-resistant treatment
Operating Conditions Ambient Temperature 0°C to 50°C
Relative Humidity Up to 95% non-condensing
Installation Indoor / Outdoor
Compliance Standards Designed as per relevant IS / IEC standards
Safety Proper earthing and safety compliance

Features of the Main LT Panel

We are Main LT Panel Suppliers in India, offering all types made with new and upgraded multiple features such as:

  • Safety Interlocks Mechanical and electrical interlocks are offered to improve the safety of operators and to avoid wrong operation.
  • Large Short-Circuit Withstand Capacity. Designed to withstand high fault currents and short fault conditions, which makes the systems safe and secure.
  • Advanced Protection System Fitted with MCCBs/ACBs, relays and protection devices to avoid overloading, short circuit and electrical faults.
  • Busbar System Busbars that are heavy-duty and made of copper or aluminum guarantee adequate current-carrying capacity and minimum loss of power.
  • Metering and Monitoring Have digital/analog meters to monitor voltage, current, frequency and power to control the systems.

Applications of Main LT Panel

As Main LT Panel Exporters in India, our all types are used in various types of industrial sectors such as:

  • Renewable Energy Systems Interactive power distribution switches power to interactive loads through solar and wind, and hybrid energy systems.
  • Infrastructure Projects Use in airports, metro stations, railway facilities and infrastructures of the populace to have stable power supplies.
  • Data Centers Provides high-availability and safety in the power flow of key IT equipment and support systems.
  • Water Treatment Plants Master's and regulates power to pumps, motors and treatment equipment.
  • Oil and Gas Facilities Serving as a safe method of power circulation in refineries, pipelines and processing plants.

Why Choose P S Control and Switchgear?

  • High-tech Testing and Inspection. Panels are taken through the due quality checks and tests to verify the safety and blemish-free operations.
  • On-Time Project Execution Installation and commissioning occur smoothly because of the timely delivery and handling of the project in a systematized manner.
  • Comprehensive Support Design, installation advice, testing, commissioning and post-sales services.

P S Control and Switchgear is leading Main LT Panel Manufacturers in India, Suppliers, Exporters and Services in India. We assist in the design, manufacturing, and installation of full Main LT Panel solutions, with reliable working and secure power distribution in compliance with the project requirements. The importance of Main LT Panels in ensuring an electric power system that is not only secure but also reliable lies in making sure that operations continue with high levels of reliability, coupled with good load management that is highly fault protective.

FAQ’s

Yes, full support, such as design support, testing, commissioning and after-sales service will be provided.

Yes, there the modular designs, which can later be expanded to address the needs of higher power.

Frequent maintenance ensures that the performance is efficient, and to avoid unexpected obstacles that can happen, and increases the duration of the electrical system functioning.

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