SINIWO stands as a distinguished supplier andmanufacturer in China, specializedin producing numeric 3x4 layout industrial metal keypad. SINIWO is dedicated to delivering unparalleled professional solutions to its clientele.Our corporate ethos is anchored in the provision of dependable and exquisite numeric 3x4 layout industrial metal keypad, a commitment that underpins our mission to establish ourselves as the preeminent global leader in the field of numeric 3x4 layout industrial metal keypad.
The SINIWO numeric 3x4 layout industr ialmetal keypad has carved out a significant presence in both domestic and international markets, owing to its exceptional popularity. Crafted from high quality zinc alloy material, itssurface, polished to a lustrous sheen, making it comfortable to touch,has garnered widespread acclaim in the marketplace.
Model No. |
B665 |
Waterproof Grade |
IP65 |
Input Voltage |
3.3V/5V |
Actuation Force |
250g/2.45N(Pressure point) |
Working Temperature |
-25℃~+65℃ |
Storage Temperature |
-40℃~+85℃ |
Relative Humidity |
30%-95% |
Atmospheric Pressure |
60kpa-106kpa |
LED color |
Customized |
1. This numeric 3x4 layout industrial metal keypad compact dimensions and featherweight construction render it exceptionally versatile,making it an ideal choice for a myriad of applications across diverse sectors. Its ergonomic form factor not only enhances user experience but also ensures seamless integration into a multitude of environments, from industrial control panels to sophisticated security systems.
2. The inherent durability and malleability of zinc alloy have been pivotal for numeric 3x4 layout industrial metal keypad. Constructed with a chromium-plated zinc alloy, the keys and front panel exhibit remarkable resistance to physical impacts and vandalism, while also boasting an ingress protection rating of IP67. This certification signifies that the keypad is not only impervious to dust but also capable of withstanding immersion in water up to a specified depth and duration, thereby ensuring its reliability and longevity in a variety of demanding environments.