User's Manual
Table Of Contents
- 1 Overview
- 2 Installation, wiring and debugging
- 3 Getting Started
- 4.Basic Functions
- 4.1 Management menu operations
- 4.1.1 Change Admin Password
- 4.1.2 Set or delete Super-open-password
- 4.1.3 Set admin card
- 4.1.4 Delete admin card
- 4.1.5 Set Machine Mode
- 4.1.6 Limits types of reading card
- 4.1.7 Restore to default settings
- 4.1.8 Add User
- 4.1.9 Delete user
- 4.1.10 Set open door methods
- 4.1.11 Set Multi-card to open door
- 4.1.12 Set lock working mode
- 4.1.13 Set Limits User Mode
- 4.1.14 Set Open-time
- 4.1.15 Set notification to close door
- 4.1.16 Set Alarm-time
- 4.1.17 Set Anti-dismantle alarm function
- 4.1.18 Set alarm or doorbell output function
- 4.1.19 Set Anti-crack function
- 4.1.20 Set LED indicator light mode
- 4.1.21 Adjust the brightness of the normally brigh
- 4.1.22 Set key backlit mode
- 4.1.23 Adjust brightness of key backlit
- 4.1.24 Set buzzer mode
- 4.1.25 Adjust key volume
- 4.1.26 Set the # key whether it can be used doorbe
- 4.1.27 Set doorbell key mode
- 4.2.28Set reader output format
- 4.2 Admin card or PIN operation
- 4.3Users operation
- 4.4 Other operations
- 4.5 Operation characteristics in different machine
- 4.1 Management menu operations
- 5 Management menu summary table
- 6 Precautions in use
- 7 Common troubleshooting
- 23 -
4.1.28.4 Set wiegand output parity format for reading card
63, 0# wiegand output without parity check.
63, 1# default value, wiegand output with parity check (EO format)
Note: EO format is standard wiegand format. Even check data add in front and Odd check data add in the end.
4.1.28.5 Set wiegand output format for pressing key
64, 0#, default value, single key output, 4 bits wiegand data(no check bit).
64, 1#, single key output, 6 bits wiegand data( with parity bit).
64, 2#, single key output, 8bits wiegand data(with complement check bit).
64, 3#, 4 digit key buffered output, facility code + binary PIN, wiegand 26-66 bit.
64. 4#, 1-5 digit key + # key buffered output, facility code + binary PIN, wiegand 26-66 bit.
64. 5#, 6 digit key buffered output, BCD code, wiegand 26-66 bit .
Note: The keys are output in the form of Wiegand signals, and the keys correspond to the outputs as follows:
Single key output, 4 bits wiegand data(no check bit). Every key output a 4 bit data, Corresponding relation is:
1(0001), 2(0010), 3(0011)
4(0100), 5(0101), 6(0110)
7(0111), 8(1000), 9(1001)
*(1010), 0(0000), #(1011)
Single key output, 6 bits wiegand data( with parity bit) . E very key output a 6 bit data, Corresponding relation is:
1(000010), 2(000100), 3(000111)
4(101001), 5(101010), 6(101100)
7(101111), 8(110001), 9(110010)
*(110100), 0(000001), #(110111)
Single key output, 8bits wiegand data(with complement check bit) . E very key output a 8 bit data, Corresponding relation is:
1(11100001), 2(11010010), 3(11000011)
4(10110100), 5(10100101), 6(10010110)
7(10000111), 8(01111000), 9(01101001)
*(01011010), 0(11110000), #(01001011)
4 digit key buffered output, facility code + binary PIN, wiegand 26-66 bit. Press any 4 digits, output a wiegand 26-66 card
number. If facility code is 255, press 1234, then the output binary PIN will be:
0 11111111 0000010011010010 0.
1-5 digit key + # key buffered output, facility code + binary PIN, wiegand 26-66 bit. P ress any 1-5 digits less than 65535,then
press #, if facility code is 255, press 65535#, then the output binary number will be:
0 11111111 1111111111111111 1.
6 digit key buffered output, BCD code, wiegand 26-66 bit . P ress any 6 digits, if press 123456, then the output binary number
will be:
0 0001 0010 0011 0100 0101 0110 0.
4.2 Admin card or PIN operation
Admin card is divided into zone 1 and zone 2, admin card in different zone operate in different zone, the following description