FOB Price
أحصل على آخر سعر87 ~ 130 / Unit ( Negotiable )
|Minimum Order
Place of Origin:
china
Price for Minimum Order:
Minimum Order Quantity:
1 Unit
Packaging Detail:
gift package
Delivery Time:
7 days after payment
Supplying Ability:
5000 Piece per Month
Payment Type:
T/T, L/C, Western Union
China
الشخص الذي يمكن الاتصال به Ms. Bella
XueSong Bld., Terra 6th Rd, Shenzhen, Guangdong
Metal numeric keypad
Approvals
1. PCI 2.0 EPP ATM key pad
2. Pass the certification of China Central Bank card testing
center
3. CE, RoHS, FCC
Dimension and Weight
1. Dimension L×W×H: **0 mm×*5mm×*9.5mm (Please see the Drawing A
below)
2. Weight 1.1kg
Main function
1. Input keypad: *0 numeric keys, 6 function keys.
2. Secure PIN entry and secure mechanism, prevent any combination
of the attack, ensure the save of the secure information.
3. Security encryption key management
4. High performance secure management
5. Has strong WOSA driver supported, so it can be applied to
different ATMs/ Kiosks.
Structure
The KMY EPP is mainly constructing with the components as bellow:
1. *6 pieces of stainless steel keycaps
2. Stainless steel frame
3. Tamper resistant secure box
4. Main board, all electronic components are layout on the
board
5. Has strong WOSA driver supported, so it can be applied to
different ATMs / Kiosks.
Appearance
1. Keypad made of high quality stainless steel
2. Customizable layout, dimension and installation design
3. Braille key design for visually handicapped people
Keycap press force
1. All keycaps press should have event,
2. All keycaps press force is the same, the force is 3.6 N.
3. All keycaps press should has a feedback feel.
4. All keycaps presss life time is longer than 2,**0,**0
Mechanism
1. Keystroke life time > 2,**0,**0
2. Keystroke force 3.6 N
3. Keystroke travel 0.*5mm
Environment Requirements
1. Operating temperature range: ****5
2. Storage temperature range: ****5
3. Maximum humidity in operating environment: *0%
4. For security reasons, the secure information will be deleted
when the environment temperature is beyond the storage temperature
range.