QUOTE (Gast_Steffi @ Tuesday, 13. March 2012, 20:52 hrs)March 2012, 20:52 hrs) |
got a value of 0.4 when heating with 200 ohms, 40-54 ohms are given, then that's right, isn't it? ... with the thermosensor 110 kOhm are indicated and with 20k I got a value of 0,01. Should be right too!? Then there are 2 thermal fuses that must have passage. How can I see if there's passage? Because these lines are enclosed with a plastic tube! The drive motor should have 219 Ohm and I measured with 200 and got a value of 0,22. Fits too!? I don't think my engine has steam heating, because I couldn't find it |
Resistance values measured on the Silenzio CS-5000:Heating: 83.97 Ohm (measuring range 200 Ohm)
Themosensor: (mounted on top of the heater): 9.70 kOhm (cold state)
motor: 0.233 kOhm (measuring range 20 kOhm, 1 terminal on the motor was removed for measurement)
The
2 thermal fuses must have continuity. To measure
the thermal fuses, loosen both Phillips screws < br>, push the plastic tube aside, and measure if the < br>thermal fuses have a zero ohm continuity.
Laut
Ohm's law the heating takes up the following power:
P = U * U / R (P = power, U = voltage, R = resistance)
220 Volt * 220 Volt / 83.97 Ohm = 576.39 Watt.
- Note: The power seems rather low to me, because the type plate of the machine says that it has 1350 Watt. Does anyone know
an explanation
for the too low heat output?
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