Since It's Inception in November 2022, RAMM MEP PRIVATE LIMITED is a leading Manufacturer, Service Provider of All LT Control Panels,MPCC Panel,PCC Panel, Change Over Panel, APFC Capacitor Panel, Thyristor Based APFC Panel, MCC Panel, AMF Control Panel, Metering Panel, Lighting Panels, Feeder Piller Panels, LT Bus Ducts, Fire Panels, PLC Panel, Power Distribution Panel,ACDB Solar panel. etc.
We provide Electrical Control Panel Boards in Non-Drawout designs with 14/16 SWG CRCA Sheet. The bus bars are of high conductivity aluminum alloy or copper and are colored with heat shrinkable PVC sleeves in accordance with customers' requirements. The panels have spacious cable chambers to facilitate easier cable termination.
To be the most preferred power distribution product provider through a professionally managed, dynamic, value based company with exceptionally skilled, highly qualified & motivated team, committed to complete customer satisfaction with high quality standards.
To satisfy our customers by providing superior quality, compatible and reliable products & services and set the standard for excellence for the industry and continually reinforce our standing growth as industry leader.
In order to achieve complete customer satisfaction, we target to deliver best in class quality and highest level of services in our industry. We adopt advanced technology to maintain consistency in product quality. Every batch of product is subjected to series of tests to ensure that they correspond to International standards. Specific plans are deployed through our Annual Quality.
The testing of LT (Low Tension) Panels involves several steps to ensure their proper functioning and compliance with the relevant standards. Here are some of the common tests performed on LT Panels:
The first step is a visual inspection of the panel to ensure that it has been assembled correctly, and all components are in place.
This test checks the continuity of electrical connections between various components of the panel.
This test checks the insulation resistance between various electrical connections in the panel. It ensures that there is no leakage of current between the connections.
The high voltage test checks the ability of the panel to withstand a high voltage without breaking down. It is performed by applying a high voltage between the live parts and the earth.
The operational test checks the functioning of the panel in actual working conditions. This test includes checking the performance of the protection relays, circuit breakers, and other components.