Connection Of Power Cable; Following Layout; Water Outlet - eka EKF 1111 E UD Use And Instruction Manual

Electronic Ovens rev. 0 __________________________________ EKF 1111 E UD – EKF 1064 E UD – EKF 1016 E UD
2.8 Connection of power cabl 2.8 Connection of power cable e e e
2.8 2.8 Connection of power cabl Connection of power cabl
To reach the power terminal board remove the left side of the appliance. Loosen the cable-
clamp on the back (at the bottom) of the appliance (see Fig. 1) and pass the cable through up
to near to the terminal board. Locate the leads against the terminal board so that the earth lead
is the last to detach from its terminal in the event of reverse pulling.
Connect the 3 phase phase leads to the terminals marked "1"
phase phase
terminal marked " " " " 4 4 4 4 " " " " or "5"

following layout:

(this electrical connection layout is also available near the power supply terminal board). Tighten
the cable clamp on the back (at the bottom) of the appliance and replace the left side. The
cable must correspond to those given in the "Technical specifications" table (paragraph 1.1).
The appliance must be connected to an equipotential system
according to current regulations.
This connection must be made between different appliances using the special terminal marked
with . The equipotential lead must have a minimum diameter of 2,5mm
terminal is on the rear of the appliance.
2.9 Connection to wa 2.9 Connection to water mains
2.9 2.9 Connection to wa Connection to wa
The oven must be supplied with softened drinking water with a hardness value of 0.5 to 5°F (It
is obligatory to use water softener to reduce the formation of scaling inside the cooking
chamber). The water pressure must be in the range of 100 to 200 kPa (1.0 – 2.0 bar). If the
water pressure exceeds 2.0 bar, install a pressure reducer device upstream. If the pressure is
below 1.0 bar, use a pressure pump to increase the level.
The connection to the water supply is done using the ¾" threaded solenoid valve on the back
(at the bottom) of the appliance (see fig. 1), fitting a mechanical filter with a cut-off cock
(before connecting the filter, allow a certain amount of water to flow out in order to remove
any waste from the pipe).

2.10 Water outlet

2.10 Water outlet
2.10 Water outlet 2.10 Water outlet
A drain pipe (see Fig. 1) comes out from the rear of the appliance, to drain the oven cavity. This
pipe must be connected up to a pipe made to resist steam temperatures (90°C-100°C) with an
internal diameter of 30 mm (DN 30). To prevent choking, it is best to use a rigid pipe and make
sure there are no "elbow" bends anywhere along the drain line.
Furthermore, the drain line must slope down (minimum slope 5%) along its full length (the
length in question is from the appliance's drain pipe to the drain point and must not exceed 2
metres). The drain line must run into an open floor drain (Fig.2). In addition, there must be a
free air gap of at least 25 mm (distance between the drain line coming from the appliance and
the funnel on the drain standpipe). Whatever the case, in order to comply with current hygiene
standards, the line connected to the appliance's drain pipe must not come into direct contact
with the drain point. It is advisable to include a suitable trap in the line connecting the
appliance's drain outlet to the grey water waste system, thus stopping the steam coming back
out of the drain.
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"5" and the earth "5" "5" earth lead to the terminal marked earth earth
380- - - - 400V~3 380 380 380
1 2
ter mains
ter mains ter mains
"1" "2" "2" and " " " " 3 3 3 3 " " " " , the neutral
"1" "1" "2" "2"
400V~3N N N N 400V~3 400V~3
3 4 5
equipotential system after checking its efficiency equipotential system equipotential system
neutral lead to the
neutral neutral
as shown in the
. The equipotential
2