Components And Measurement Values - Asko TD60 Service Manual

Service manual TD60

Components and measurement values

Item number Component
80 618 24 Motor 50 Hz,
220/240 V
80 618 95 Motor 60 Hz, 220/240 V
73 829 92 Capacitor 6 μF
80 546 40 Capacitor 4 μF
88 011 94 Condensing waterpump
25W
80 762 02 EMC filter with inductor
80 762 24 Thermistor
80 792 91 Thermistor
80 773 85 Thermostat/Overheating
protection
(150°C automatic)
80 761 04 Door switch
80 761 03 Microswitch float
Electrical connection
88 013 27 Control Unit compl. TD60.3
80 792 87 Heating Element 2500W
80 792 88 Heating Element 3000W
1
All resistances shown in the table have tolerances of +/- 10%
18
1
Measurement value
Main winding: 23.8 Ω
Auxiliary winding: 28.1 Ω
Current: 1.1 A; 270 W;
2850 rpm
Winding resistance:
cable colour grey-blue
25.5 Ω
cable colour grey-red
16.0 Ω
Current: 0.9 A; 200 W;
3300 rpm
111 Ω
4 – 6 kΩ (at room
temperature 20 – 30°C)
8 - 12 kΩ (at room
temperature 20 – 30°C)
Heater 1: 1950W, 24,5Ω
Heater 2: 550W, 91,4Ω
Heater 1: 1950W, 24,5Ω
Heater 2: 1050W, 45,3Ω
Comments
The motor is a 2-pin motor and is directly
connected to the fan for internal air and
gearing for driving the cylinder. The
fan for external air is also driven on
condenser dryers.
The capacitor is mounted on the motor.
The filter eliminates interference to and
from the machine.
The thermistor controls temperature
regulation. If the thermistor is short-
circuited or detaches from the control unit,
the programme is cancelled.
The thermostat
/overheating protection interrupts the
programme at too high temperatures.
The front door affects a door switch,
which interrupts the programme when
the door is opened. If the door has been
opened and closed during the programme
the machine must be restarted using the
start/stop button.
If both containers are overfilled the
programme is interrupted by a float switch
located on the lower holder. Overfilling is
indicated in the display.
The machine is delivered as single phase
and can be switched between 1950 W, 10
A and 2500 W, 16 A.
Adjustment between 1950 W / 10 A
and 2500 W / 16 A is carried out using
software via buttons.
The control unit contains microprocessors
for controlling programmes, motor,
element etc.