Installation and Operating Instructions PBX-200 PB / Li
page 18
Thus, the system delivers the performance of the entire system at one of the top sockets of a
tower. In our example, with 9 Power-Blox, this results in 9 x 200 W = 1.8 kW power, which can
be tapped at the socket. Please note that some types of sockets are designed for a lower
maximum power depending on the country specification.
7.2.8
Using the connection terminals (16-19)
DANGER!
Installations in which the connection terminals (16-19) are used may only be carried out
by qualified and trained specialists. In case of improper handling, life risks due to
electric shock as well as the risk of fire and destruction of individual components.
All connections of the Power-Blox are also available as terminals as an alternative to the plug
sockets. A connection to the terminals can be advantageous in the following situations:
§
Connection of a solar module with its own cable without special solar plug on the
secondary side (Power-Blox)
§
Connection of two solar modules in parallel connection (observe max. Power, see
technical data in chapter 13)
§
Connect two Power-Blox or towers over a larger distance, for example between two
buildings
§
Connection of a generator with a self-made cable
§
Connection to the public electricity network with a self-made cable
§
Connection to a fuse box, for example to supply a building installation
§
Connection to a fuse box for the coupling of several power-walls to a large plant
Before installation on Power-Blox terminals:
§
Turn Power-Blox off
§
Disconnect the power cable (7) from the Power-Blox
§
Disconnect the transfer cable from (9) and the (6) Power-Blox
§
Disconnect the solar cable (8) from the Power-Blox
§
Checking the LED display: It may not light
After these steps, the two locking screws (A) and (B) of the installation flap can be loosened with
a Phillips screwdriver:
