P S Control and Switchgear is leading Main LT Panel Manufacturers in Sanand, Suppliers and Exporters in Sanand. We focus on safe power distribution, reliable switching and practical panel configurations. Since 2005, we have been developing electrical distribution solutions for industrial, commercial and infrastructure applications.
We provide solutions ranging from Electrical Main LT Panel and Three Phase Main LT Panel to customized distribution systems for factories, warehouses, commercial buildings and industrial facilities. Our Main LT Panels are designed according to incoming power requirements, connected load, fault level, feeder arrangement, protection requirements and installation conditions.
What is the Purpose of Main LT Panel?
Being a leading Main LT Panel Manufacturers in Sanand, we have mentioned the purpose of LT Panels such as below:
Low Tension Panel Protect circuits against electrical faults
Provide controlled switching and isolation
Monitor important electrical parameters
Improve organization of the power distribution system
Distribute electrical power to multiple feeders
How Does Main LT Panel Work?
Incoming Power Supply – Electrical power enters the panel through the main incomer from a transformer, utility supply or other approved power source.
Main Switching – Suitable ACB, MCCB or other switching equipment controls and isolates the incoming supply according to the panel configuration.
Busbar Distribution – The incoming power is transferred to the main busbar system, which distributes electrical power to individual outgoing feeders.
Protection and Monitoring – Protective devices and metering components help protect circuits and monitor parameters such as voltage, current and power.
Outgoing Feeder Supply – Low Tension Panel is distributed through individual feeders to machines, sub-panels, lighting systems, HVAC systems or other electrical loads.
Types of Main LT Panels We Provide
As experienced Main LT Panel Manufacturer in Sanand, we provide different configurations based on electrical load, distribution requirements and installation conditions.
Main LT Feeder Panel- Main LT Feeder Panel provides controlled power distribution from the main electrical source to different downstream loads or distribution panels. Multiple outgoing feeders can be incorporated according to the project requirement.
Main LT Distribution Panel- Main LT Distribution Panel distributes electrical power from the main incoming supply to multiple outgoing circuits. It is suitable for facilities requiring centralized and organized power distribution.
LT Panel with Bus Coupler- An LT Panel with Bus Coupler provides a bus-coupling arrangement that can connect or separate two busbar sections when required by the electrical system. This configuration can support operational flexibility and continuity of supply during suitable switching conditions.
Main LT Panel for Industries- Main LT Panel for Industries is developed for industrial facilities with multiple machines, production lines and auxiliary electrical systems. The panel can be configured according to high load requirements, feeder quantity and protection needs.
Main LT Panel for Factories- Main LT Panel for Factories provides centralized electrical distribution for manufacturing facilities. It can supply different production machines, utility systems, lighting and other factory loads through dedicated feeders.
Main LT Panel for Commercial Buildings- Main LT Panel for Commercial Buildings is designed to distribute electrical power to offices, retail spaces, HVAC systems, lighting and other building services. Metering and feeder arrangements can be selected according to the building load.
Main LT Panel for Industrial Buildings- Main LT Panel for Industrial Buildings supports electrical distribution across production areas, utilities, equipment rooms and other sections of industrial facilities. Its configuration can be adapted to the site's electrical architecture.
Main LT Panel for Warehouses- Main LT Panel for Warehouses provides centralized power distribution for storage facilities, lighting, material-handling equipment, ventilation systems and other electrical loads. The panel can be configured according to the warehouse's connected load and feeder requirements.
Main LT Panel with ACB- A Main LT Panel with ACB uses an Air Circuit Breaker for high-current incoming power control and protection. It is suitable for large industrial and commercial installations requiring reliable switching and fault protection.
Main LT Panel with MCCB- Main LT Panel with MCCB uses a Molded Case Circuit Breaker for incoming or outgoing circuit protection and isolation. It is suitable for applications requiring compact protection against overload and short-circuit conditions.
Main LT Panel with Bus Coupler- Main LT Panel with Bus Coupler connects two busbar sections and allows power transfer between them when required. It helps provide operational flexibility and continuity of power distribution during maintenance or supply changes.
Electrical Main LT Panel- An Electrical Main LT Panel is designed to receive and distribute low-voltage electrical power within industrial, commercial and infrastructure installations. It can include incomers, busbars, breakers, metering and outgoing feeders.
Three Phase Main LT Panel- Three Phase Main LT Panel is designed for three-phase electrical distribution systems used for industrial machinery, commercial facilities and large electrical loads. The configuration can be selected according to voltage, current and connected load.
Technical Specification of Main LT Panel
Specification
Typical / Available Range
Panel Type
Main LT Panel
System Voltage
415 V AC
Phase
3 Phase, 4 Wire
Frequency
50 Hz
Current Rating
100–4000 A
Short Circuit Rating
Up to 50 kA
Incomer
ACB / MCCB
Outgoing Feeders
MCCB / MCB / Fuse
Busbar Material
Copper / Aluminium
Busbar Rating
100–4000 A
Control Voltage
24 V / 110 V / 230 V AC
Metering
Digital Meter / Multifunction Meter
Enclosure
CRCA / Mild Steel
Ingress Protection
IP42–IP65
Installation
Indoor / Outdoor
Bus Coupler
Available
Customization
Available
Key Advantages of Main LT Panel
As Main LT Panel Suppliers in Sanand, P S Control and Switchgear focuses on practical electrical distribution and application-specific panel engineering.
Electrical Protection- Suitable breakers, fuses and protective devices can help protect electrical circuits against overload, short circuit and other fault conditions.
Efficient Busbar Arrangement- The busbar system is selected according to current capacity and panel configuration to provide an organized power distribution path.
Monitoring and Metering- Digital meters and multifunction meters can be incorporated to monitor electrical parameters and support operational supervision.
Bus Coupler Arrangement- Where required, Main LT panel for power distribution configurations can provide flexibility between busbar sections and support suitable power-distribution arrangements.
Reliable Power Distribution- The Main LT panel for manufacturing plants is designed to distribute incoming electrical power to multiple outgoing feeders in an organized manner.
Where Main LT Panel is Applicable?
As Main LT Panel Exporters in Sanand, our panels can be used across different electrical distribution applications.
Industrial Facilities- Main LT Panels can distribute power to production machinery, utility systems, compressors, pumps and other industrial loads.
Manufacturing Factories- Main LT panel for power distribution, Main LT panel for electrical distribution can provide centralized power distribution to different production sections and machine feeders.
Commercial Buildings- Panels can supply electrical loads such as lighting, HVAC, lifts, office equipment and other building services.
Industrial Buildings- They can support power distribution across production areas, electrical rooms and utility sections.
Warehouses- Main LT panel for hospitals can distribute power to warehouse lighting, conveyors, material-handling systems and auxiliary equipment.
What is the Cost of Main LT Panel?
The Cost of Main LT Panel depends on the electrical configuration, current rating, number of feeders and selected components rather than one fixed price.
Important factors include:
Main LT panel for hospitals current rating
Incomer type and rating
Number of outgoing feeders
ACB / MCCB specifications
Busbar material and rating
Short-circuit withstand capacity
Metering requirements
Bus coupler arrangement
Automation and communication requirements
Why Choose Us?
Application-Focused Manufacturing- Our panel configurations are developed for factories, industries, warehouses, commercial buildings and other electrical distribution applications.
Quality Electrical Components- We select suitable breakers, busbars, metering devices, switching components and protection equipment according to the required panel configuration.
ISO 9001:2015 Certified- Our ISO 9001:2015 certification reflects our focus on structured quality practices in manufacturing and supply.
Customized Panel Engineering- We develop Main LT Panels according to connected load, current rating, feeder requirements, protection needs and installation conditions.
P S Control and Switchgear is a trusted Main LT Panel Manufacturers in Sanand, Suppliers and Exporters in Sanand, From Electrical Main LT Panel and Three Phase Main LT Panel to LT Panel with Bus Coupler and customized Main LT Distribution Panels, our solutions are developed according to actual electrical requirements. we providing electrical distribution solutions for industrial, commercial and infrastructure applications. Contact us today for your Main LT Panel requirements in Sanand.
FAQs
A Main LT Panel is a low-voltage electrical distribution panel used to receive and distribute power within a facility.
It houses protection, switching, metering and control components for safe power distribution.
It distributes electrical power to different feeders, machines and electrical systems.
It provides switching, overload protection, short-circuit protection and electrical monitoring.
LT panels are designed for low-voltage power distribution, while HT panels are used for high-voltage systems.
LT panels commonly use ACBs, MCCBs and other low-voltage devices, whereas HT panels may use VCBs and high-voltage protection equipment.
An Air Circuit Breaker (ACB) is used for switching and protecting high-current LT circuits.
It helps protect the electrical system against overload and short-circuit conditions.
Consider the incoming voltage, connected load, rated current and short-circuit level.
Also consider the required ACB/MCCB rating, busbar capacity, number of feeders, enclosure type and installation conditions.
The cost depends on panel rating, size, number of feeders and selected electrical components.
ACB/MCCB specifications, busbar material, metering, protection devices and customization also affect the final price.