Wikipedia page has a small error. It shows an actuator (i.e. wax motor) described as thermostatic radiator valve <a href="https://en.wikipedia.org/wiki/Wax_motor#/media/File:Thermische_Stellantriebe,_Thermische_Antriebe,_Fussbodenheizung,_thermal_actuator,_actuateur_thermique.jpg" rel="nofollow">https://en.wikipedia.org/wiki/Wax_motor#/media/File:Thermisc...
These are two separate things: thermostat will close and open based on surrounding temp., the actuator on the other hand opens and closes based on energizing a heating element that is driven by a separate thermostat.
Wax motors are pretty cool things. They rarely fail and do their job even in damp environments. I take care of my better half's hotel with approx 100 of these installed and we replace one of these once every couple of years.
There are some lines of front load washers that use them as the door lock. And the ones they use have a habit of shorting out and taking the control board with them.
The idea is that so long as the washer is providing power the motor stays locked. But if you ever loose power within a few minutes you can open the door if you had to.
limaoscarjuliet · · focus · HN ↗
These are two separate things: thermostat will close and open based on surrounding temp., the actuator on the other hand opens and closes based on energizing a heating element that is driven by a separate thermostat.
Wax motors are pretty cool things. They rarely fail and do their job even in damp environments. I take care of my better half's hotel with approx 100 of these installed and we replace one of these once every couple of years.
birdman3131 · · focus · HN ↗
The idea is that so long as the washer is providing power the motor stays locked. But if you ever loose power within a few minutes you can open the door if you had to.
NetMageSCW · · focus · HN ↗