Step 2 According to the actual configuration of the system, according to the above table interface
definition for the storage cabinet external signal terminal wiring, the cable through the bottom of the
storage cabinet signal into the hole, according to the cable identification, lead to the corresponding
terminal block plug pins for wiring.
Step 3 Cut excessively long cables with wire cutters.
Step 4 Use wire strippers to strip the protective coating from the cable to expose the copper core.
Step 5 Use crimping pliers to crimp the cable to the pins.
Step 6 Insert the wired pins into the corresponding pin holes of the plug in accordance with the
wiring sequence of the interface definition table, and lock the signal wires with the crimp clips
provided with the plug.
Step 7 After the wiring is completed, gently pull the cable to ensure the margin.
5.8 Communication cable connection
CMU communication line
If the CSU is not integrated in energy storage cabinet, perform this step. The external network
cable is from the external CSU to go to the CMU of the energy storage cabinet, the communication
network cable wiring location in the auxiliary power module output RJ45 port, the CMU
communication network cable wiring as shown in Figure 5.12.
Step 1 Pass the communication network cable through the signal inlet hole at the bottom of the
energy storage cabinet, and after passing through the PG header at the corresponding position of the
liquid-cooling compartment of the energy storage cabinet, lead it to the corresponding wiring position
of the auxiliary power module according to the cable identification.
Step 2 Cut off any excessively long cables with a network cable cutter.
Step 3 Use the network cable clamp to crimp the crystal head to the network cable, the network
cable wire sequence at both ends of the uniform 568A standard or 568B standard can be.
To Next Page
Loading...