SELVO 100 Amp 6 Ways TPN Phase Selector Distribution Board (Fitted with 63A Rotary switches & duly wired) DIMENSIONS : 52x39x16 approx in cm

The 100 Amp 6 Ways TPN Phase Selector Distribution Board is a high-quality electrical panel designed to meet the needs of modern electrical systems in commercial, industrial, and residential buildings. This distribution board is engineered for safety, reliability, and ease of use, making it a critical component in the efficient management of electrical power distribution across multiple phases. The inclusion of a phase selector switch enhances its utility by allowing users to manually select and switch between different power phases, ensuring an uninterrupted power supply and minimizing downtime during power failures or fluctuations. With 6 ways or outgoing circuits, this distribution board offers ample space for connecting multiple electrical circuits. This configuration is ideal for managing complex electrical systems, allowing for the efficient distribution of power across different areas or equipment. The 6-way design also provides flexibility in expanding the electrical system in the future, making it a cost-effective choice for growing businesses.

*SELVO presents its wide range of TPN Phase selector distribution boards (fitted with 1-pole, 3-way rotary fittings and duly wired), which are known for their elegant look, superior operating mechanism, and high durability. The SELVO TPN phase selector is available in 4 ways, 6 ways, & 8 ways as per the customer load requirement. It is compact in design and has a highly efficient operating mechanism to carry out electrical operations in industries, factories, and other applications.

*Working Principle: The working principle is the same for all three types. The distribution board is fitted with rotary switches and is duly wired; each rotary switch and indicator phase is linked with their corresponding output MCB, which are further connected to appliances. Suppose there is a power cut in rotary switch 1, which is linked to the output 1 circuit containing MCBs; the user can rotate the spindle or knob to another phase that has a continuous power supply, so there will be continuity of power supply in the circuit. This process is similar to other remaining rotary switches as well.