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
- 22 -
4.1.27 Set doorbell key mode
57. 0#, default value, the doorbell key is invalid.
57, 1#, the doorbell key is valid, but without volume.
57, 2#, the doorbell key is valid, with “ding dong” tone
Note: When the doorbell key is valid, if a special doorbell decoder for our company be used with it, then the relay will connect
after press the doorbell key, the relay will release after loosen the doorbell key. If the Alarm is set to lead the doorbell signal
output, then press the doorbell key that the output low, loosen the doorbell key output high level. The Alarm wire is internally
connected with the drain of the NMOS tube, and the output is active low, which can drive the current below 1A.
4.2.28 Set reader output format
4.2.28.1 Set facility code
60, (0-255)#, default value is 0, set facility code.
Note: The key output format is multi key buffer output, the facility code will be used, See the following sections for specific
use.
4.1.28.2 Set D0 & D1 output format
61, 0#, D0 & D1 output wiegand format.
61, 1#, D0 output RS232-TTL-HEX format.
61, 2#, D0 output RS232-TTL-ASCII-8 format
61, 3#, D0 output RS232-TTL-ASCII-10 format.
Note: The wiegand format is an international protocol for access control products. But the width of pulse and interval time are
different. Our standard: Pulse’s high level is 5V and low level is 0V. Width is 40uS,interval time is 2mS.
RS232-TTL-HEX format refers to the standard RS232 communication protocol data output, TTL level 0-5V, the output data is
output by the card byte HEX format.
The output RS232-TTL-ASCII-8 format is the output data is ASCII character format, card number data is 8 bit format, and
same as the ordinary EM card marked on the 8 bit card number, but omit the 0 in front of it.
The output RS232-TTL-ASCII-10 format is the output data is ASCII character format, card number data is 10 bit format, and
same as the ordinary EM card marked on the 10 bit card number, but omit the 0 in front of it.
For example, a 3 byte number of RS232-TTL-HEX format is A83EF6, the actual output is A83EF6, the RS232-TTL-ASCII-8
format is 168,16118, the actual output is 16816118, the RS232-TTL-ASCII-10 format is 0011026166, the actual output is
11026166.
4.1.28.3 Set wiegand output format for reading card
62, (26-66)#, default value is 26, the Wiegand output format for reading card can be set from 26-66.