FC-K7 touch-type RFID card reader, you can choose the card reading circuit that supports the national secret algorithm technology of China Cryptography Administration, and the non-contact CPU card reader based on SM1 national secret algorithm adopts SM1 security module, RF radio frequency interface module and secret the key management module is a three-in-one construction enterprise national secret radio frequency read-write chip.
FC-K7 RFID Card Reader
FC-K7 RFID Card Reader, use advanced radio frequency receiving circuit design and embedded microcontroller, supporting ID card and Mifare card dual identification, combined with efficient decoding algorithm, complete the 64bits Read-Only EM4100 compatible ID card (EM card) receiving, with 13.56MHZ reading frequency, combined with encryption algorithm to support the reading of zero sector data of MIFARE format Mifare card, the card number is obtained through calculation and decoding, with high receiving sensitivity, low working current, single DC power supply, low price, high performance, etc.
The card reader is suitable for various radio frequency identification applications such as access control, time attendance, charging, anti-theft, etc.
Transmission Method: real time
Card Reading Speed: < 0.2 seconds
Card Reading Interval: < 0.5 seconds
Working Mode: Wiegand 26, 34
Card Reader Type: ID card or Mifare card
Card Reading Frequency: 125KHz/13.56MHz
Working Temperature: -0℃-+65℃
Working Humidity: 10-90%
Built-in Antenna: Yes
Built-in LED: There are three groups of LEDs
Speaker: buzzer
Working Current: 50-70mA
Communication Distance: 120m
Transfer Way: Realtime
Device Color: silver + black
Size: 125mm x 90mm x 30mm
Induction Distance: 0-60mm (ID card) 0-50mm (Mifare card)
Working Voltage: DC10.8 - 13.8V > Standard 12V
Shell Material: ABC material + tempered glass board
Networking Mode: Wiegand 26bits/Wiegand 34 standard format data input
FC-K7 RFID card reader is a high-end FCARD series of card readers. It adopts touch keyboard technology, touch passwords are more in line with the trend, support keyboard input or without keyboard input, support international standard WG26/34 communication protocol. It has the characteristics of sensitive reception and low working current, and is an exquisite card reader product for safety protection.
FC-K7 series card readers can choose the card reading circuit that supports the national secret algorithm technology of China Cryptography Administration. The non-contact CPU access control card reader based on SM1 national secret algorithm adopts SM1 security module, RF radio frequency interface module and key. The management module is a three-in-one construction business national secret radio frequency read-write chip.
1. The radio frequency communication between the card and the card reader adopts SM1 algorithm for identity authentication and data encryption, which ensures the high security of the product.
2. The product adopts the security certification identification code specified by the card security system of the Ministry of Construction, which can ensure that the products of different card reader manufacturers that meet the standard can be replaced with each other, so as to ensure the good compatibility of the products of various card reader manufacturers.
Wiring of card reader:
FC-K7 access control card reader provides WIEGAND26 or 34 format output, provides LED control and BEEP control circuit.
Wiring instructions: red wire is +DC (9-12VDC), black wire is ground, green wire is data 0, white wire is data 1, blue wire is indicator light, yellow wire is buzzer, brown wire is Wiegand 26, 34, the purple line is the doorbell; the orange line is the doorbell.
The principle of card reader:
The access control card reader emits electromagnetic waves at a fixed frequency, the frequency is generally 13.56MHZ. When the proximity card enters the electromagnetic wave radiation range of the reader, it will trigger the coil on the proximity card, generate current and trigger the antenna on the proximity card to read the card reader transmits a signal with card information. The card reader converts the level signal into a digital serial number and transmits it to the local controller. The local controller uploads the information to the upper controller and finally to the access control server. The access control server compares the card number with the information in the database to obtain all the card information.
Compatible with FCARD one card pass management system, support: unified management of access control, offline access control, time attendance access controller, guard tour, consumption machine, water controller, elevator access control board, parking lot system, etc., realizing a real one card pass system with one card and one library.
