Electricity supply, must have the capacity to feed the equipment and existing
circuits. In order to protect the device, a fuse, which is proportional to the
current of the device, must be connected to the power supply line.
Check whether there is a 40A or higher main fuse and an independent fuse
line, which the device will be connected to, in the fuse panel. If the fuse
panel has a main fuse lower than 40A or there is not an independent fuse
line that it can be connected on the panel, a new line must be installed to
the electrical installation of the electrical wiring or directly to the device itself,
and should be secured with fuse.
The device must be connected to its own independent power line; lighting
must be connected to the ring or oven line.
Protective grounding line should be connected to metal parts of other
devices around the installation site and to the grounding line where the
device installed into in accordance with to TSE standards.
In order to achieve maximum efficiency from the device, shortest cable
distance between the device and the device fuse panel should be used.
Cable length is also important in terms of cut-off time and temperature
limitations. There is a maximum cable length limitation allowed in a line
combination that will be created in terms of current requirement, voltage
drop and cable section.
If cables are surrounded by thermal insulation, appointed through the wall,
passed through an area with a temperature above 30 °C or connected to
each other by twisting, the amount of current passing through the cable is
reduced. In order to provide the same current values, a larger cable section
must be selected.
Bearing in mind that the cable section to be used should be proportional to
the power of the device, it is recommended that a cable with a minimum
length of 3 x 4 mm² is used in mounting the device.
EN
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Summary of Contents for FLOW
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