Instructions

When the card dispenser reset, first sounds "toot, toot" for self-inspection. If there is card
jam, the card will be automatically withdrawn to card stores; If there is no problem, the motor
will prepare to issue the card. The following situations will make the machine reset:
a) When the machine is electrified;
b) The card dispenser received Reset signal or press the Reset button of control panel.
c) Pre- dispenser (failure) wrong over 100 seconds.
d) When card jam last over 100s, the machine will withdraw the card and reset.
Card withdrawing is to prevent card lost and reduce losses of the property.
In the following situations, the card dispenser will automatically withdraw:
a) when reset if the cards jammed
b) When the cards sent to the reader over 100s, cards will be withdrawn.
c) If the card hasn’t been taken for 100s, cards will be withdrawn.
d) When the machine received the callback signal, cards will be withdraw
2
Errors and solutions
Errors occur in the following situation:
①
②
③
When Pre-dispense fail (buzzer ring "toot, toot, toot" for three short acoustic);
When cards jammed (buzzer ring for two short acoustic);
When cards stacker is full (buzzer ring for four short acoustic).
When pre-dispense failed, the machine resets after 100s of the error signal; when card jammed
or the stacker is full, the error signal will disappear by taking the card away; if the jammed card
is not taken in time, the machine will reset and clean error signal. If the error signal still exists
after reset, you should be awareness of other faults such as full stacker.
3
OUTOK output mode setting
There are two ways of OUTOK signal output which is set by the DIP2 of CN9 .When DIP2 is
ON, OUTOK means cards to be taken, that is, when the card was taken, the low-level output of
TTL is300 mS pulse; When DIP2 is OFF, OUTOK means cards ready, the cards were sent to
the card reader position or taken location.
4
Dispense mode setting
Card dispenser has two dispense modes: Pre-reading card dispense and direct dispense.
This is controlled by the DIP1of CN9. The following assumptions (DIP2 = OFF) is to illustrate
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