Biometric fingerprint control switch relay output car ignition elevator device control door access control

(No reviews yet) Write a Review

SKU:: BMOK-OLEA-MWMZ
UPC:
MPN:
Weight:: 0.15 KGS

AU$140.77

Current Stock:

Quantity:

Description

Description

Biometric fingerprint control switch relay output car ignition elevator device control door access control

Parameters:

CPU: STM32F205RC (ST advanced digital processor)

Sensor: Precision optical fingerprint head (TFS-D400)

Memory: On-chip memory (expandable memory)

Fingerprint capacity: 100 (extension 1000)

False Accept Rate: <0.001% (safety class 5)

FRR: <0.1% (safety class 5)

Electric current: 50ma

Input time: <0.1 seconds

Comparison time: <0.1 seconds

Comparison method: 1: N

Security Level: 1-10 (can be customized)

Board Size: 45 * 65 * 18mm

Fingerprint head size: 20 * 24 * 52mm

Power supply: DC 7-30V (recommendation 12V)

Button: 4-H (start, add, delete, clear)

Upgrade Interface: USB

Output Format: Relay normally open or normally closed

Output Time: 0.1-550 seconds

Output Regulation: Adjustable (USB interface, PC software adjustment)

Operating temperature: -20 ° C to 60 ° C

Relative humidity: 40% RH-85% RH (non-condensing)

Output mode:

A Model: TFS-T72A

working principle:

Power on, the module keep in working condition, that is power on state:

Press the fingerprint once, success, output closed signal (uncharged); ------ open

Press the fingerprint again, success,output disconnect signal; ------ close

Press the fingerprint again, success, output closed signal ; ------ open

Press fingerprint again, success,output disconnect signal; ------ close

. . . . . . (Circulation output)

B Model: TFS-T72B

working principle:

Power on, the module keep in working condition, that is power on state:

Press fingerprint, verify successfully, output closed signal (uncharged), continuously output 0.1-990 seconds (time can be

set as desired), then automatically stop output (disconnect)

C model: model: TFS-T72C

Working principle：
After the power supply, the module is completed a cycle after the module into the sleep state (power saving state, mainly used in battery powered, power saving products), that is, the power saving mode:
First according to power on health, starting module, again according to the fingerprint, after successful verification, closed output signal (uncharged), continuous output 0.1-550 seconds (time can be set according to requirements), automatic stop output (disconnected) module into the dormant state.

Listing:

Module*1

Key board and line (3 keys)*1

Lights and wire*1

Start switch and wire *1

Power input lead *1

Output signal lead *1

View AllClose