9.
Remove the inner front and insulation to gain access to the core of the heater.
Lay the inner front carefully to one side to ensure it is not damaged. (
Fig. 9
)
10.
Remove the cardboard element support and dispose of. (
Fig. 10
)
Energy Cells
The energy cells are supplied separately to the heater in packs of three.
Energy Cells should be handled with care due to the weight and risk
of hand/foot injury.
11.
The energy cells have several grooves on one surface for locating around the
elements. The two slots through the centre of the energy cell create the air
passages within the core.
Position the first energy cell of the bottom row to the right, firmly pressed against
the side insulation with the element grooves facing upwards and fitting neatly
around the element. Angle the element upward to fit the energy cell.
Position the second energy cell in the row against the left-hand insulation. Place
the remaining energy cells between the first and second in the row. (
Fig. 11
)
DO NOT DISCONNECT THE ELEMENT TERMINALS
In addition ensure the slots for the air passages line up with the holes in the base
insulation.
Fit the remaining energy cells to the bottom row, being careful not to damage or
dislodge the element.
Note - The bends in the element locate around the grooves in the energy cell
to secure the element.
12.
Position the second row of energy cells on top of the first but this time the
energy cells must be upside down ensuring the grooves are positioned over
the elements. (
Fig. 12
)
Building the Heater Core
30mm ±1mm
NOTE:
The element tails must extend
no further than 30mm into the
right hand chamber.
13
Содержание DESE series
Страница 12: ...Fig 10 Fig 9 Fig 12 Fig 11 12 ...
Страница 14: ...U Fig 14 Fig 13 Fig 16 Fig 15 14 ...
Страница 33: ...33 ...