Triton 10.5kW, Installation And Operating Instructions Manual

14

Electric shower

ELECTRICAL INSTALLATION

IMPORTANT:

Switch off the electricity supply 

at the mains before proceeding.

The supply cable 

MUST

 be secured either by 

routing through conduit, in trunking, or by 
embedding in the wall, in accordance with IEE 
regulations. 

NOTE:

Conduit entry can only be from the 

rear. Deviations from the designated entry 
points will invalidate product approvals - 

see 

Entry Points fig 2.

Seal around rear entry cable to prevent water 
ingress into the wall. 
Route the cable into the shower unit for 
connection to the terminal block 

(fig.11)

as follows:

 Earth

 cable to terminal marked 

Neutral

 cable to terminal marked 

N

Live

 cable to terminal marked 

L

This appliance

 MUST BE

 earthed

.

Once the cables have been installed, the two 
trimplates will need to be fitted.

Fig.12

 shows a schematic wiring diagram.

IMPORTANT:

When connecting the cable 

fully tighten the terminal block screws and 
make sure that no cable insulation is trapped 
under the screws. Loose connections can 
result in cable overheating.

NOTE:

 The supply cable earth conductor 

must be sleeved. The outer sheath of the 
supply cable must be stripped back to the 
minimum.

The use of connections within the unit or other 
points in the shower circuit to supply power to 
other equipment i.e. extractor fans, pumps, etc. 
will invalidate the guarantee. 

DO NOT

 switch on the electricity supply until 

the shower cover has been fitted.

NOTE:

The elements on UK models are to 

240V specification and will give a lower kW 
rating if the voltage supply is below 240V.

Terminal

block

L    N

Fig.11 

L

N

E

1

2

3

5

7

6

inlet

outlet

9

9

4

8

10

11

1.

   Terminal block

2.

   Earth post

3.

   Control PCB

4.

   Power PCB

5.

   Solenoid valve

6.

   Thermal cut-out

      (main)

7.

     Thermal cut-out

        (outlet)

8.

     Connector socket

9.

     Element

10.

   Power LED

11.

   Low Pressure LED

Fig.12