The 0–F bits of the rotary DIP switch indicate device numbers 1–16 during RS485 communication. (Switch 0 indicates device number 16, switch 1
indicates device number 1, and so on. Switch F indicates device number 15). You can rotate the 0–F bits of the rotary DIP switch to
corresponding positions to set device numbers, and then restart the control panel to make the setting take effect. Address numbers cannot be
repetitive.
1) Control panel provides lock control output interfaces. For NO lock, it is open when power is on, and closed when power is off, so COM and NO
interfaces should be used. For NC lock, it is open when power is off, and closed when power is on, so COM and NC interfaces should be used.
2) The default connection mode of the door lock is “dry mode”. Specifically, the electrical lock uses an external power supply separately, rather
than share the power supply for the control panel.
3) Our access controller is powered by standard PoE or access control power. You can choose either of the two power supplies as needed. The
two power supplies provide 12V/3A power for only the power consumption of the control panel, Wiegand readers, and output power
consumption of RS485 reader.
4) When the Electrical Lock is connected to the Access Control System, you need to parallel one FR107 diode (equipped in the package) to
prevent the self-inductance EMF affecting the system, do not reverse the polarities.
5) The following figure shows the default lock connection mode.
The control panel supports RS485 reader and Wiegand reader (Note: The control panel does not support fingerprint verification of RS485 reader).
RS485 reader connection: First of all, set the RS485 address (device number) of the reader by DIP switch or other ways. The RS485 address 1 is for
Door 1 IN reader, RS485 address 2 is for Door 1 OUT reader, RS485 address 3 is for Door 2 IN reader, RS485 address 4 is for Door 2 OUT reader, as in
the figure below.
Besides, a single EXT RS485 interface can supply maximum 750 mA (12V) current. So the entire current consumption should be less than this max
value when the readers share power with the panel. In calculation, please use max current of the reader, and start current is usually more than
twice of the normal work current, please consider of this situation.
5. DIP Switch Settings
6. Connection Of Lock
NC Lock
NO Lock
Lock
Lock
Diode
Diode
Power
Input
Enlarged
diagram
of lock ports
Power
Input
“Dry mode” wiring diagram of lock connecting
with external power supply(recommend)
7. RS485 Reader Connection
PC
4# Reader 3# Reader 2# Reader 1# Reader
+12V
GND
485B
485A
TCP/IP
