Electrolux ESI6180U, Manual

Page: 17 / 28

Page
17 DW 107
COMPONENT TESTING
In order to facilitate testing of the components, a Test Procedure has been created showing the contacts
to which the probes of the tester should be connected and the reading for each component.
To gain access to the electronic control board and the harness connectors, dismantle the door.
•
Remove the harness connectors from the control board, connect the probes of the tester to the points
indicated in the table and compare the actual reading with the theoretical value.
•
If preferred components that are easily accessible can be tested directly on the component. (Wiring
connections are excluded)
COMPONENTS
CONTACTS CORRECT VALUE NOTES
POWER CABLE &
* L - C4*
0
Ω
ON/OFF SWITCH
* N - A1
0
Ω
With ON/OFF key pressed
INTEGRATED DISPENSER
C1 - C2
1500
Ω
± 8%
OK
HEATING ELEMENT
(+ SAFETY THERMOSTAT)
C3 - A2
25
Ω
± 8%
Connected in series
(2100 W)
DOOR MICROSWITCH C3 - C4
0
Ω
With door CLOSED
TACHYMETRIC SENSOR C5 - C6
135
Ω
± 8%
OK
INFINITY With Rinse-Aid
RINSE-AID SENSOR D1 - D2
0
Ω
Without Rinse-Aid
I NFINITY With Salt
SALT SENSOR E4 - E5
0
Ω
Without Salt
6.030
Ω
± 8%
(at 20 ºC)
TEMPERATURE SENSOR E2 - E3
1.010
Ω
± 8%
(at 65 ºC)
700
Ω
± 8%
(if the RESET solenoid is
interrupted)
RESET SOLENOID E1 - D3
610
Ω
± 8%
OK
DRAIN MOTOR E1 - F1
70
Ω
± 8%
OK
WASHING MOTOR E1 - F3
50
Ω
± 8%
OK
REGENERATION SOLENOID E1 - F4
5.100
Ω
± 8%
OK
FILL SOLENOID
(+ ANTI-FLOODING device)
E1 - F5
3.800
Ω
± 8%
Connected in series
INFINITY EMPTY position (1-2)
PRESSURE SWITCH E1 – F7
0
Ω
FULL position (1-3)
NOTE: - *Measurement points L - N refer to the pins on the plug on the service cord.
REGENERATION CYCLE
The level of regeneration can be selected electronically with
10
regeneration levels.
«DISPLAY» WASHING CYCLE
FILL
PHASE
HARDNESS OF WATER
LEVEL AUTONOMY REGEN.
N
°
PPM (Parts per million)
[ L . 0 ] No regeneration -
0 – 80
[ L . 1 ] 8 cycles at 9th cycle 40
81 – 140
[ L . 2 ] 6 cycles at 7th cycle 30
141 – 200
[ L . 3 ] 4 cycles at 5th cycle 20
201 – 300
* [ L . 4 ] 3 cycles at 4th cycle 15
301 – 400
[ L . 5 ] 2 cycles at 3rd cycle 10
401 – 500
[ L . 6 ] 1 cycle at 2nd cycle 5
501 – 600
[ L . 7 ]
601 – 700
[ L . 8 ]
701 – 800
[ L . 9 ]
0 cycles Every cycle 1
801 – 900
* L . 4 Standard factory setting