Steel keypads are typically used in self-service machines, including bank ATM machines, elevators, vending machines, access control machine, ticket dispensers, and time clocks. These keypads are manufactured using stainless 304 steel to ensure durability and longevity, even in high-traffic applications.
The steel keypad provides an added level of security and tamper resistance, making it a popular choice for applications where security is a concern. These keypads are also easy to clean and maintain, which is essential for machines that are used frequently.
In addition to their durability and security features, steel keypads are also customizable, allowing you to choose the size, shape, and layout of the keys based on your specific needs. They can also be configured to work with different types of technology, including RFID, Bluetooth, and Wi-Fi.
After years of research and development, Ronghua have accumulated various complex cases and rich experience in the design, production, and application of explosion-proof keyboards. Whether it is the physical structure, internal circuits, or electronic components, our goal is to ensure stable and safe long-term operation, allowing your equipment to continue to operate efficiently and stably
Working Environment:
Keys: 2 to 50 keys/buttons available
Interface: standard PS/2 or USB
Key lifespan: Over 2,000,000 times pressing
Button pressure: 2-3N
Material: High quality 304 stainless steel, laser engraving
Product certification: CE/ROHS certification for salt spray, high and low temperature testing, chemical testing
Protection level: IP65
Working temperature: -40 ° C~+70 ° C
Relative humidity: 20%~95% RH (without condensation)
Atmospheric pressure: 60-106Kpa
Application areas: control equipment, remote platforms, pharmaceutical equipment, etc
Features:
Made of 304 stainless steel and industrial grade silicone, formed by one-time stamping, with first-class hand feel
Multiple interfaces, customized on demand, compatible with Linux, Windows, Mac
Different installation methods available for different platforms
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