5.
OPERATION OF THE ACCESS CONTROL KEYPAD
NOTE : The amber LED 1 flash in 2 second interval - the access control keypad is in normal operation mode, standby for use.
(1)
Open door by User Code (Door opened by entering User Code)
(2)
In any case, the door can be opened by entering the programming code (Management code)
6.
SAFETY FUNCTIONS
(1)
Entry of 10 false codes, the access control keypad blocks for 30 seconds.
(2)
In case of tamper switch is activated, warning signal is indicated: amber LED continuous flash and buzzer continuous beeps, until
tamper switch is deactivated.
(3)
Tamper switch can be connected to security alarm system.
Access Control Keypad in blocking state :
No response to key entry, amber LED and green LED show 1 flash and buzzer sounds 1 short beep in 10 seconds interval, at the end of
blocking the buzzer sounds 1 long beep to signify the end of blocking and return to normal operation mode.
7.
RESTORING THE DEFAULT PROGRAMMING CODE
If the programming code is lost (or unknown), use the DPC jumper to restore the default programming code, procedures as follows:
(1)
Disconnect power supply.
(2)
Put the DPC jumper from OFF position to ON position.
(3)
Reconnect power supply, amber LED will flash constantly and the buzzer will beep constantly.
(4)
Put the DPC jumper back to OFF position, amber LED will stop flashing, buzzer will stop beep.
(5)
Press the key
＃
one time
(6)
The default programming code 1234 is restored.
Note : The restoring operations only restore the default programming code 1234, the recorded Data or Settings will not be changed
or deleted.
8.
NOTICE TO INSTALLER
(1)
For safety purpose, the power supply for Access Control Keypad must provide over current protection device such as a Fuse
or Thermal Cut-out of 1 Amp current rating. A readily accessible disconnect device shall be incorporated external to the
equipment.
(2)
Do not connect wires with power ON. Before apply power to the access control keypad, should confirm power voltage is 12V DC and
the polarity (+ -) is correct.
APPENDIX
＊
THE TERMINALS OF TAMPER – CONNECTING TO ALARM SYSTEM
These are collector terminal (H) and emitter terminal (L) of an Optical Coupled Photo Transistor operated by the Tamper Switch. Should
Connect the collector (H) to high potential, and emitter (L) to low potential relatively, the transistor will be in ON condition making a close loop
to alarm system when the tamper switch is closed (deactivated). The Max current of the close loop MUST NOT EXCEED 100MA
Transistor in ON Condition
Transistor in OFF Condition
The tamper terminals make a
Close loop to alarm system
When the tamper switch is closed
The tamper terminals make an
Open loop to alarm system when
The tamper switch is open
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