4+2 SLIDER

About 4+2 SLIDER

• Consumer Electronics: Power switches in radios, flashlights, and toys.
• Industrial Equipment: Control switches for machinery and equipment.
• Automotive: Control switches for lights, wipers, and other systems.
• Telecommunication Devices: Signal routing and selection.
• Computers and Peripherals: Mode selection, reset switches, and power control


Reliable Electrical Performance

Engineered for steady performance, the 4+2 SLIDER provides a dependable switching solution for power panels and electrical distribution systems. The switch boasts a current rating of 6 A, operates at a frequency of 50 Hz, and features a high dielectric strength (>2000 V AC), making it suitable for demanding applications. The use of lead-free, RoHS-compliant materials further enhances environmental safety.


Long-lasting Durability & Safety

Constructed from flame-retardant polycarbonate and featuring a matte finish, the slider is both stylish and resilient. Its mechanical life exceeds 50,000 operations, supported by phosphor bronze contacts and copper terminals, ensuring minimal wear and high conductivity. With integrated overheating protection and shock-proof design, it affords users dependable and secure long-term operation.


User-friendly Installation & Versatility

This slider switch is designed for straightforward, flush-mount installation with standard 4+2 module sizing and simple screw terminal connections. Suitable for a range of environments (operating temperature: -10C to +55C, humidity: 1090% RH), it is an excellent choice for distributors, exporters, manufacturers, and traders throughout India. Its rectangular shape and white & grey finish seamlessly blend with various panel designs.



FAQs of 4+2 SLIDER:




Q: How do I install the 4+2 SLIDER in an electrical panel?

A: The 4+2 SLIDER is built for quick flush-mount installation. Simply prepare a panel cut-out measuring 100 mm x 40 mm, connect the wires using its screw terminals, and secure the slider in place. The process is further simplified by its standard module size and included mounting instructions.



Q: What benefits does the phosphor bronze contact material provide?

A: Phosphor bronze contacts offer superior electrical conductivity and corrosion resistance, ensuring long-lasting and efficient performance. This material also helps maintain consistent switch operation over the products mechanical life of more than 50,000 operations.



Q: When is it advisable to use this slider switch in electrical distribution setups?

A: The 4+2 SLIDER is ideal for electrical distribution, power panels, and protection systems. Its durable construction, IP44 protection level, and high dielectric strength make it suitable for both residential and industrial applications where reliability is essential.



Q: Where can the 4+2 SLIDER be used, considering its environmental and safety ratings?

A: Thanks to its flame-retardant polycarbonate body, IP44 rating, RoHS compliance, and wide operating temperature range, this slider switch can be used in various environments, including homes, commercial buildings, and industrial power panels throughout India.



Q: What is the process for connecting wires to this slider switch?

A: Wires are connected to the slider using its copper screw terminals. Ensure proper tightening to maintain a secure and conductive connection, following standard safety protocols during installation and maintenance.



Q: How does the switch ensure user safety and compliance?

A: The 4+2 SLIDER features flame-retardant materials, overload and overheating protection, shock-proof construction, and is marked as ISI and RoHS compliant, ensuring that it meets both national and global safety requirements.



Q: What are the key usage advantages of choosing this slider switch over conventional switches?

A: This switch delivers high efficiency, low energy consumption, and reliable protection, thanks to its advanced construction and compliance features. Its long mechanical life and robust safety measures translate to reduced maintenance and enhanced electrical safety in distribution panels.