6 pins 8.5mm with high knob On-off latching Self locking Swtich KFC-06-85G-6QZ
Specification
| Product Name | Push button switch |
| Model | KFC-06-85G-6QZ |
| Operation Type | latching |
| Switch Combination | 1NO1NC |
| Head Type | Flat head |
| Terminal type | Terminal |
| Enclosure Material | Brass nickel |
| Delivery Days | 3-7 days after payment received |
| Contact Resistance | 50 mΩ max |
| Insulation Resistance | 1000MΩ Min |
| Operating Temperature | -20°C ~+55°C |
Drawing
Product description
Welcome to the future of control with our Self-Locking Switch. This cutting-edge switch is designed to provide secure and hands-free operation in a wide range of applications.
The Self-Locking Switch's unique locking mechanism ensures it stays in position after activation, eliminating the need for constant pressure. This feature is invaluable in situations where stability and accuracy are critical, such as in aviation, medical equipment, and robotics. Its sleek design and responsive feel enhance user satisfaction.
Experience the art of control with our Push Button Switch. Engineered for precision and reliability, this switch is the linchpin of user-friendly control systems.
The Push Button Switch's design is versatile, making it ideal for automotive dashboards, home appliances, and medical devices. Its tactile feedback ensures accurate selections, while its dependable performance makes it the preferred choice for professionals and enthusiasts.
Upgrade your devices with our Push Button Switch for responsive and dependable control.
Application
Gaming Controllers
Gaming enthusiasts rely on push button switches in their controllers to interact with virtual worlds. These switches offer responsive feedback and precise control, enhancing the gaming experience and enabling players to execute complex maneuvers and actions.
Laboratory Equipment
Laboratory equipment often requires precise settings. Our Self-Locking Switches are used in instruments like microscopes and spectrometers, allowing researchers to lock in specific configurations for accurate and repeatable experiments.
