Fingerprint Access Controller FC-A07
The price does not include transportation, taxes, customs duties, or freight forwarding services.
Minimum order Quantity: 1 piece
Terms of Payment: Full payment before production
Delivery Time: 15 days
Warranty: 1 year
Manufacturer: Shenzhen Karsun Access Technology Co., Ltd., China
The buyer organizes and pays for the transportation of the goods from the factory to the final destination.
PRODUCT DESCRIPTION
FC-A07 is a fingerprint access controller, which can also be used as a fingerprint access controller for card readers.
Built-in professional processor, independent authorization fingerprint and card issuing without networking, built-in live sensor fingerprint circuit, high-speed identification and rejection of fake fingerprints, fingerprint identification time <1S, support: 1000 fingerprints, 1000 cards, 1000 passwords (can be customized to support ID card or Mifare Card), support 1 group of door open relay, 1 group of door sensor, 1 group of alarm output, support U disk backup data.
Chinese, English (other languages can be customized) (RS485 network connection host can be used as fingerprint head)
Product Parameters
Working Environment: Temperature: 0-70℃, Humidity: 20-80%
False Acceptance Rate: < 0.0001%
Rejection Rate: < 0.01%
Working Voltage: DC12V (9-14V)
Comparison Method: 1:N, 1:1
Working Mode: Access controller, fingerprint card reader (switch selection)
Registration Method: Fingerprint, password (can be customized to support ID card or Mifare card)
Fingerprint Collection Area: 16×14mm
Collection Angle Range: ±45°
Confirm Response Time: <1 second
Storage Capacity: 1000 fingerprints, 1000 cards, 1000 passwords
Communication Interface: RS485, USB
Controller Interface: Wiegand26/34
Dimensions: 89 X 89 X 33.5mm
Compatible with 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.