
Dimplex Heatbook
Technical information
Finish
White powder coated or chrome plated.
Installation
Supplied with wall mounting points
and brackets.
IP rating
Splashproof IPX5 for bathroom use.
Electrical connection
1 metre of electrical cable pre-fitted.
Cable entry at base of left header tube.
Installations must be in accordance
with current IEE wiring regulations.
Construction
Sealed, liquid filled steel shell.
Water based fluid with glycol frost/
corrosion inhibitor. Vertical mounted
immersion element.
Installation to radiator circuit
Installation must be in accordance
with manufacturer’s instructions.
Liquid is drained by removing bungs
to inlet/outlet connections (½ inch
BSP fittings). Connect to radiator circuit
(electric element remains in situ).
Radiator refilled from radiator
circuit and bled using valve
concealed below top right
header cap. Electrical connection
as electric only installation.
Operation when part of radiator circuit
When the central heating system
is in use the appliance will act as
a normal radiator. Out of season
or when the boiler is not in use
the radiator may be operated
independently by switching on the
electric element. In use expansion
of water must be guaranteed through
return connection. Return connection
should be left open to ensure this.
TOWEL RADIATOR
100
min
Overhang
C
B
D
600 min
Y
W
X
E
A
Z
C
B
Y
Z
X
W
BR150W BR150C BR350C
Z
C
B
Y
X
W
A
BR400W
Main and fixing dimensions (mm)
Clearances and fixing centres (all models)
W = electrical element cable termination
X = water inlet (flow) connection
Y = water outlet (return) connection
Z = bleed valve
Note: Please refer to tables
below for number of rails.
Water inlet connection
Model BR150W BR150C BR350C BR400W
Finish
White Chrome Chrome White
Output (Electric)* 150W 150W 350 400W
Approx output (Water)*
320W 320W 750W 840W
Height (A) 665mm 665mm 1003mm 1003mm
Width (B)
430mm 430mm 630mm 630mm
C 385mm 385mm 603mm 447mm
Depth (D)
155mm 155mm 155mm 155mm
E 268mm 268mm 268mm 268mm
No. of rails
10 10 16 16
Weight 6.5kg 6.5kg 13kg 15kg
*For BTU output multiply by 3.412.
47
The BR range
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