Fingerprint Access Controller FC-A02
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-A02 is a fingerprint access controller, which can also be used as an access control card reader or fingerprint access controller.
Built-in professional processor, independent authorization fingerprint and card issuance 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 sets of passwords (customizable support ID card or Mifare card), support 1 set of door opening relay, 1 set of door sensor interface, 1 set of exit switch interface, 1 set of alarm output interface, 1 USB communication interface, support access to U disk and used for data backup and recovery.
The built-in voice circuit supports both Chinese and English voice prompts. (Other languages can be customized) (RS485 network connection host can be used as fingerprint head)
Product Parameters
Working Temperature: 0-70°C
Working Humidity: 20-80%
False Recognition Rate: < 0.0001%
Rejection Rate: < 0.01%
Working Voltage: DC12V (9-14V)
Verification Mode: 1:N, 1:1
Working Mode: Fingerprint Card Reader
Registration Way: Fingerprint, password, card (Cab be customized to support ID card or Mifare card)
Fingerprint Acquisition Area: 16 x 14 mm
The Acquisition Angle Range: ± 45°
Speed: < 1s
Capacity: 1000 Fingerprints, 1000 Cards, 1000 passwords
Communication Port: RS485, USB
Controller Port: Wiegand26/34
Size: 120x 76 x 39.5 mm
Product Advantage
1. Living Fingerprints
2. High Speed Algorithms
3. Can used as fingerprint access controller and fingerprint card reader.
4. Voice Prompt
5. Standalone Running