BD
A Primar
y Con
tr
oller / Sec
ondar
y Con
tr
oller 22-02-17 (GB)
99
1
Connections for connecting cables coming
from locks
Input power cable
Output power connection cable for
supplying a controller
Input / output connection cable for
connecting additional controllers (RS485)
LAN / Ethernet port for connection to the
customer‘s network (only with primary controller)
USB type A port (only with primary controller)
Mini USB
Relais for future functions
Opt.-In (e.g. for signal contact of a UPS unit)
RFID eading field (only with primary controller)
CABLE ROUTING FROM LOCK TO CONTROLLER
(RECOMMENDATION)
There are different ways to route the cable from the lock to the controller. The instructions for inserting the connecting
cable into the lock as well as the instructions for assembling the lock in the cabinet can be found in the operating
instructions „Captos MIFARE / Captos iCharge MIFARE“.
We recommend cabling the locks in such a way that individual cabinet elements can be exchanged (see figure: Cabling
on the cabinet module). It should be taken into account that in the event of a cabinet exchange, there is sufficient cable
length to pull the cabinet out of its installation position and then to loosen the cables from the locks in the next step.
For example, couplings (cable connection sockets) can be used to remove or replace individual cabinets from the cabinet
wall without great effort. Alternatively, a correspondingly large cable loop can be laid with continuous cabling. It should
be absolutely avoided that cables are subjected to tensile stress during normal operation or through installation and
removal. It is recommended that cables are clearly labeled at both ends, for example according to the cabinet number.
This simplifies the service case and any troubleshooting.
Cable ends that are too short can mean that the plug connectors of the locks can no longer be reached and damage-free
dismantling is no longer possible.
The locks should be connected with as little cable as possible. Wall mounting options are available on the controller
housings. When cabling and placing the controller and power supply unit, make sure that these components are
accessible in the event of a defect or power failure. A defect in the power supply unit or a controller can mean that the
locks connected there can no longer be operated. Access to power supply units and controllers must be ensured for
maintenance work and in the event of a defect.
Figure:
Cabling on the cabinet module
