Electrolux ESI6180U, Manual

Page: 28 / 28

Page
28
DW 107
GENERAL DATA
Power Supply
220-240 Volt, 50 Hz. (Min. 187 V to Max. 254 V)
Total Wattage
2300 Watt (Inc. 2100 Watt Heating Element)
Water Consumption
11 Litre (Bio programme)
Electricity
1.1 KWh (Bio programme)
Duration of Cycle
169 Min. (Bio programme)
Noise Level
47 dbA
*Motor
Speed
Wattage
Rotation
Recirculating
Drain
Part Nº
50267491-00/4
*
2800 R.P.M.
168 Watt
Reversible
Anti-clockwise
Clockwise
Capacitor
Part Nº
1522966-10/8
4
μ
F
Element
Part Nº
1115773-00/2
2100 Watt, 25
Ω ±
8%
Thermostats
Negative Temperature Coefficient (NTC) (Refer Table below)
Safety Thermostat (Element) Part Nº
50261253-00/4
Controller
Power
Board
Display Board
Part Nº
1525801-20/3
(12 Programmes)
Part Nº
1524368-20/4
*
The component used is a variable-speed single-phase asynchronous motor.
A tachymetric sensor, housed inside the motor, constantly monitors the speed, which is then
transmitted to the electronic control unit.
DETERMINATION OF MOTOR SPEED
During the execution of the washing programme, the electronic control system controls the
operation of the motor at different speeds (controlled or variable).
The signal transmitted by the tachimetric sensor allows the electronic control system
(microprocessor) to detect the speed of the motor; after performing a series of calculations, the
control system switches on the Triac in order to generate the correct motor speed.
The following motor speeds are used during the washing cycle:- Fixed speeds 1600/2300/2800
RPM. Variable speed 1600 to 2800 RPM.
*WASH/DRAIN
The system which controls the operation of the wash and drain function is governed by the
electronic control system, which powers the primary winding and the auxiliary winding
alternately via a switching relay built into the circuit board.
The electronic control circuit of the motor is controlled by:
The TRIAC (TY1), which powers the two windings and determines the speed of rotation of the
motor.
The RELAY (R1), which determines the switching of the power supply to the two motor
windings.
Switching procedure is as follows:
WASH motor RELAY not energised
DRAIN motor RELAY energised
NTC:-
Comparative Table of Values
ºC OHM (
Ω
)
80 610
70 850
65
1,010
60 1,200
55
1,440
50 1,740
40 2,570
30 3,890
20 8,030
0 15,770