Aperio
®
Online Mechanical Installation Guide, Document No: ST-001323-B Date: 21 februari 2014
Aperio
®
Online
34
The communication hub must be power cycled after any changes on the DIP switch, since the
state of the DIP switch is read only at startup. If the EAC system is using output signal Red LED
for other purposes than to control the lock, then this signal should not be connected to the
communication hub. Set DIP switch 1 in position OFF in this case.
If the EAC system is using output signal Green LED for other purposes than to control the lock,
then this signal should not be connected to the communication hub. Use a lock relay output or
another similar lock control output from the EAC system instead.
Use of override credential is not possible if DIP switch 1 is in position OFF. The reason is that the
communication hub produces an “access denied” decision based on time out in this case.
DIP 2 (Future use)
Note! This DIP must always be set to OFF.
DIP 3 - Parity bit
Note! Transmitted credentials may include parity
anyway, although addition of parity is disabled in
the Hub Wiegand EAC interface component.
The reason is that parity bits are usually already
included on the credential.
DIP 4 - Byte Order
Note! This setting is ignored if the credential
length does not make up complete bytes.
Note! The byte order received as input to the Hub
Wiegand EAC interface component in the case of
a 32 bit MIFARE UID credential is UID[3], UID[2],
UID[1], UID[0]. This means that the byte order is
already reversed earlier in the chain compared to
the order specified in RFID interface standard ISO
14443-3.
DIP 5 - Pairing mode
If DIP switch 5 is set to ON, pairing mode will be
activated. This means that after powering the
communication hub it will automatically try to
pair with locks within reach. Automatic pairing
will only be made with unpaired locks. See ref [2]
Aperio Online Programming Application manual
for instructions on how to perform the pairing.
