Smart IC EMV Card Reader Keyboard

M/N: ATM-RCK411

The ATM-RCK411 series of Smart IC EMV Card Reader 104/105/107 keys Keyboard , which is fully compatible with IBM PC USB systems and workstations, standard alone desk top version. Build in Smart IC Card Reader Reliable Wired USB connectivity helps provide secure, fast data transfers while eliminating the need for batteries. A spill-resistant keyboard safeguards against the inevitable beverage mishap. Comfortable and quiet Work comfortably keys, a full-size keyboard and a palm rest. And reduce distractions with a keyboard that’s designed for a smooth, nice typing experience.
Support OEM/ODM. Rapid completion and prompt delivery. Fully tested prior to shipment. 

Main Features   

   
1. EMV 2000 Certified: EMV 2000 Level 1 approved and suitable for banking / financial institutions
2. HOST INTERFACE USB 2.0 full speed (12 Mbps) exposed through 1x5 header
3. SMART CARD INTERFACE SUPPORTED STANDARDS
     • ISO/IEC 7816 Part 1 to 4
     • EMV 2011 Ver 4.3 Level 1 ( Compatible )
4. SUPPORTED TAG ICS All major ISO/IEC 7816 compliant smart cards and synchronous cards
5. SMART CARD PROTOCOLS T=0, T=1, synchronous cards I2C and 3-wire
6. SMART CARD INTERFACE SPEED
     • Up to 600 kbps
     • TA1=97
7. SMART CARD CLOCK FREQUENCY ISO/IEC 7816 compliant; Operates up to 16 MHz
8. POWER TO SMART CARD 5V, 3V and 1.8V, ISO/IEC 7816 Class A/B/C
9. SUPPORTED SMART CARD TYPES 60mA in Class A; 55mA in Class B; 35mA in Class C SMART CARD DETECTION
    • Card present switch
    • Automatic power on/off
    • Short circuit protection4. CCID Complaint
10. Language: Available On Request

Specification
- Interface: USB
- Size: 446(L) x 180(W) x 48(T) mm
- Switching life: Min 8 million times

- Protection: Splash proof
- Power: 100mA@5V

- Net weight：820Gs

- Gross weight: 950Gs

- Operation temperature: -30 °C to +60 °C

- Storage temperature: -20 °C to +60 °C
- Humidity: to 100%
- Shock: 3x11 ms pulses (75g) each axes
- Vibration: 0,04g/Hz, 20Hz-2kHz, 3 hours
- Certifications: FCC, CE, RoHS