About Plastic Micro Switch
We are well-acknowledged name in this arena, actively engrossed in proposing A-one Plastic Micro Switch to the clients. It is used in control panel of varied machines and systems. Bought from trusted dealers in the market, it is made from plastic body and lever mechanism with developed technique. Easy to fit, highly efficient, and durable, Plastic Micro Switch is well featured with current of 16A (AC), 0.3-0.6 A (DC), voltage of 125-250 V, power of 1/2 HP (AC), and series of V-15-1C25.
Specification
| Current | 16A (AC), 0.3-0.6 A (DC) |
| Other details | TMAZTZ |
| Power | 1/2 HP (AC) |
| Series | V-15-1C25 |
| Voltage | 125-250 V |
| Micro Switch Type | Lever |
| Material/Body | Plastic |
| Usage/Application | Control System |
| Model No. | GB14048.5 |
Exceptional Performance & DurabilityEngineered for reliability, this micro switch boasts a mechanical life of one million cycles and operates quickly with a response time of 10 ms. Its sturdy plastic build and silver alloy contacts ensure consistent switching performance, even in demanding industrial or automation setups.
Wide Operational Range & VersatilityWith an operating force of 6015 gf and a broad temperature tolerance, this micro switch adapts to diverse environments. The flexible mounting options (Panel or PCB) and SPDT circuit expand its usage across automation, control panels, and consumer electronics.
Safety, Compliance & Ease of IntegrationCertified for RoHS compliance and offering IP40 protection, this switch meets industry safety and environmental standards. Its insulation and dielectric strength safeguard electrical systems, while standardized size and connectivity ensure seamless installation for retailers, suppliers, and wholesalers in India.
FAQs of Plastic Micro Switch:
Q: How can the Plastic Micro Switch with Lever Actuator be installed in my application?
A: The micro switch is easy to integrate either via panel mount or PCB mount, offering flexibility for different designs. Ensure the mounting site accommodates its compact dimensions and secure the switch as per the wiring configuration required for SPDT (Single Pole Double Throw) operations.
Q: What types of applications benefit most from this micro switchs features?
A: Thanks to its fast response time, durable design, and broad operating temperature range, this micro switch is ideal for industrial control panels, automation systems, consumer devices, and appliances requiring reliable on/off switching in challenging environments.
Q: When should I consider using this micro switch instead of other types?
A: This micro switch is preferable when applications demand high durability (over 1,000,000 cycles), reliable electrical insulation, and RoHS compliance. Its low contact resistance and short actuation stroke make it excellent for precision and frequent switching tasks.
Q: Where can I purchase this Plastic Micro Switch in India?
A: This component is readily available from various retailers, suppliers, and wholesalers throughout India. It can be sourced in different sizes to meet specific system requirements, making it accessible for both small and large-scale projects.
Q: What process should I follow to ensure optimal performance after installation?
A: After mounting, verify electrical connections according to your circuit needs (SPDT). Test the actuators movement to ensure proper mechanical and electrical operation. Regularly check for dust or contaminants, given its IP40 rating, and avoid exposure to moisture or liquids.
Q: How does RoHS compliance benefit users of this micro switch?
A: RoHS compliance assures users that the product is free of hazardous substances like lead and mercury, contributing to a safer workplace and environmentally conscious production. This makes it suitable for businesses aiming to align with green manufacturing standards.
Q: What are the key benefits of the short stroke, high-frequency switching design?
A: The short stroke design allows for rapid actuation, while the allowed switching frequency of 120 cycles/minute ensures the switch is suitable for high-speed operations, reducing wear and prolonging service life in automated or repetitive control scenarios.