Technical data

54
Depending on the type of node being configured, set the CCI’s jumpers J21 as 2.
shown in detail "A" or detail "B" in Figure 6.11 Connection of CCI to CAN-BUS net-
work → 55. If necessary, open the CCI’s back panel (4 screws); after jumpers J21
have been correctly positioned, close the cover again and retighten the 4 bolts.
Cut a length of cable long enough to allow installing it without kinking.3.
Remove the sheath for a length of approximately 70-80 mm, taking care not to cut 4.
the shielding (metallic shield and/or aluminium sheet and, if present, the bare con-
nector in contact with the shield) and wires contained inside.
Roll the shielding and connect it to a 4-mm eyelet terminal, as illustrated in Figure 5.
6.10 Connection from CAN BUS to connector P8 → 55, details C and D. Now pro-
ceed as follows:
If the CCP is a 6. terminal node of the network connect the three coloured wires to
the orange connector "P8", as shown in detail "A" of Figure 6.11 Connection of CCI
to CAN-BUS network → 55. Observe the terminal markings L, H, GND (on the CCI's
board at the base of the socket "P8") which are given both in Table 6.2 CAN BUS
cables type → 51 and in the example.
If the CCP is an 7. intermediate node repeat the operations from step 2 to step 4 for
the other length of CAN bus cable required. Connect the six coloured wires to the
orange connector "P8", following the instruction provided in detail "B" of Figure
6.11 Connection of CCI to CAN-BUS network → 55. Observe the terminal markings
L, H, GND (on the CCI's board at the base of the socket "P8") which are given both
in Table 6.2 CAN BUS cables type → 51 and in the example.
Insert the orange connector "P8" with the wires first into the opening prepared in 8.
the cover of the CCI, and then into the appropriate socket on the CCI itself, making
sure it is correctly inserted.
Use the rear cover bolts located near the CAN BUS socket to secure the 4-mm 9.
eyelet (or 2 eyelets) (detail D, Figure 6.10 Connection from CAN BUS to connector
P8 → 55). The cable should be secured against pulling out.
The CCI has jumpers J21: the position of the jumpers, depends if the CCI is an interme-
diate or terminal node, must be as shown in Figure 6.11 Connection of CCI to CAN-BUS
network → 55.
The CCI is equipped with a backup battery which retains the memory settings in case
of power failure. The backup battery lasts approximately 7 years, after which time it
must be replaced by an authorised Robur Technical Assistance Centre.