Product Description
ikey Membrane Keyboard with Touchpad, an Industrial Membrane Keyboard Built to Withstand the Harshest of Environments - KYB-5K-MEM-TP-PS2
The KYB-5K-MEM-TP is the OEM model of iKey’s newest membrane keyboard product line. This industrial membrane keyboard is built to withstand the harshest of environments. Modeled after iKey’s popular 5K product line, this keyboard is manufactured with a hardcoated, textured polyester film and trampoline-mounted, snap-dome switches that provide a superior feel and actuation over a standard membrane keyboard. Since this keyboard lacks the crevices found between the keys of a regular keyboard, it is extremely durable and easy to clean. When installed correctly, the KYB-5K-MEM-TP is designed to meet NEMA 4X specifications, which means it can withstand directed hose water, disinfectants, environmental contaminants and heavy industrial use.
Features:
- 10-Key Numeric Pad
- 24 Function Keys
- Hardcoated Textured Polyester Film
- Integrated Touchpad
MPN
MPN KYB-5K-MEM-TP-PS2
DEVICE TYPE Keyboard
INTERFACE PS/2
SHOCK 3 x 11 ms pulses of 50g on each of 3 axes
CABLE LENGTH: 10 feet (3 meters) DESIGN: "Y" PS/2 Cable (providing separate keyboard and mouse connections), or Single-Cable USB
KEY SWITCH MATERIAL: Hardcoated Textured Polyester Film LIFE: Greater Than 2 Million Cycles TRAVEL: 0.020 in. (0.5mm) (Positively effected by Trampoline Mounting) ACTUATION FORCE: 9.88 oz +/- 1.06 oz (280g +/- 30g) FEEDBACK: Tactile with Mechanical Snap
VIBRATION POWER SPECTRAL DENSITY: .04g/HZ FREQUENCY RANGE: 20Hz-2Khz DURATION OF TEST PER AXIS: 3 hours
POWER PS2: KEYBOARD: 40mA@5V (Keyboard port) TOUCHPAD: 10mA@5V (Mouse port) USB: 50mA@5V (CPU port)
COMPATABILITY PS/2 KEYBOARD/TOUCHPAD: All Windows Operating Systems USB KEYBOARD/TOUCHPAD: All Windows and Macintosh OS
TEMPERATURE RANGE STORAGE: -40F to +149F (-40C to +65C) OPERATING: 32F to +140F (0C to +60C)
NOTE Images may not be exact, please check specifications.
REQUIRED A VOLUME PURCHASE Contact us for a volume pricing | volumeorders@hssl.us