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8.3
Wiring
8.3.1
Strip Length
8.3.2
Supply
The
eddi
device should be connected to a single-phase 230V or 240V nominal AC supply. The supply should
be from a dedicated 16A circuit breaker, or it can be from a hard-wired 13A fused spur outlet if the heater load
is less than 3kW.
8.3.3
Heater Loads
Most purely resistive heaters can be used with
eddi
, examples include immersion heaters, storage heaters,
convection heaters and underfloor heating mats. Refer to the Application and Examples section for wiring
diagrams using different heater types. Whichever heater type is used, the following criteria must always be
observed:
One or two purely resistive loads may be connected (Note: only one is live at any one time)
Maximum rating of each load is 3.68kW
Minimum heater rating is 150W
Resistive loads only
The loads neutral conductor must be connected to heater output N terminal
No electronic controls to be connected to Heater terminals; mechanical thermostats only
No timers to be connected to Heater terminals, including mechanical timers
8.3.4
Cable Clamps
If using flexible cables or cables not secured by other means, the cable clamps must be used to secure the
supply and heater cables.
8.3.5
Wiring Overview Diagram
The diagram on the following page gives an overview of the wiring required for a standard installation with the
eddi
connected to one or two heaters.
WARNING!
ELECTRIC SHOCK –
An electric shock can be fatal; electrical connection work may only be carried out by
a competent person. The earth conductor must be correctly installed and reliably connected.
This device
must be equipped with an over-current protection device of maximum 16 Amps (B16). Only purely resistive
loads must be connected to the Heater output terminals.
Summary of Contents for eddi 16A1P01H
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