Quote:
Originally Posted by mrt_1111
Tire-safeguard cap type sensor, replaceable batteries
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Now that is more like it!!!
The depressor inside of that sensor is very well designed!!! A lot of my refrigerant fittings that I use for A/C work (EPA certified, DIY hobbiest - not my main job) have that type of depressor inside.
If you look at the tip of the dill pin inside a Schrader valve...and then look at the contact surface of the depressor...which will take the rotating/pressing action better???
The crossbar with a flat center section?
The brass tube with two tips protruding upward?
The plastic tube with two tips protruding upward?
I vote for the crossbar design...
Having said that...the crossbar design is more than capable of ruining the dill pin if it's not adjusted to the correct depth in the valve stem. But, I would rather replace the valve core in my stem...than to have to replace a whole sensors at 2 for $109.00 because the plastic depressor gets splayed with use.
Thanks for that photo. It is more of what I'm looking for.
Before I buy a whole new system...or replace my failed sensor...I am going to try an experiment.
1)Remove the rubber gasket from my TST 507 sensor.
2)Dremel out the splayed plastic depressor in my TST 507 sensor...flush.
3)3D print different prototypes of drop-in depressors.
4)Drop in the 3D part and reinstall the rubber gasket.
5)Check on vehicle for proper operation.
6)Evaluate the wear to see if it is worth applying to all of my other sensors as they wear out.
It sure won't cost hardly anything to try...if it works,,,I print a bunch of them to keep on hand. If it doesn't pass muster...I'll be buying a new system from other than TST which I feel will better serve my needs.