Product Description
Non Tactile Embossed Membrane Keypad is widely utilized for industrial automation machine control, process control devices, bio-medical equipments, and testing machines. It is known to provide instant touch feedback with better aesthetic appearance and softer key feel. This keypad is highly appreciated for having sleek structural design which sometimes saves space in large & heavy duty systems. Non Tactile Embossed Membrane Keypad shows supreme resistance to moisture, dust, chemicals, abrasion, and gas. It is designed having five layers including graphics overlay, silver conductive pads, lamination adhesive, polyester circuit, and rear adhesive. Non Tactile Embossed Membrane KeypadFeatures: Instant touch feedback on contact.Embossing offers better aesthetic look & key feel.Sleek & compact to save the space in any electronics instrumentsFront Overlay design and color combination can be made as per customers requirements.Non-Tactile keyboards can be made as per customers specifications and requirements in any size and shape.Application : Industrial Automation machine control.In Bio-medical equipments.All kind of Process control.Aviation.Testing & measuring instruments.
FAQs of Non Tactile Embossed Membrane Keypad:
Q: What is the function of the Non Tactile Embossed Membrane Keypad?
A: The keypad is designed for use in electrical and electronics equipment, offering a reliable and efficient interface.
Q: What type of power source does the keypad require?
A: The keypad supports both AC and DC power sources, making it adaptable to varied systems.
Q: What is the operating frequency of the keypad?
A: It operates at a frequency of 50 Hertz (Hz), ensuring stable performance.
Q: Is this keypad suitable for industrial applications?
A: Yes, the keypad is ideal for industries requiring high-quality, reliable interfaces in electrical and electronic applications.
Q: What is the size of the Non Tactile Embossed Membrane Keypad?
A: The keypad is designed to a standard size for compatibility and ease of integration.