This issue is for a particular instance of a switch/button of the original poster. If someone else wants to test the same switch model, they should create a new issue.
The original poster can add additional test sessions to this issue (if they wish) by adding a comment. Or they can add a new issue.
Switch Info
Property
Description
Type
push button
Function
On-Momentary off (normally closed)
Model info/markings
?
Voltage & Current rating
Max 600 volts, current? 14 gauge wires.
How new is the switch? Very old. Pressed a few times a week before testing.
How do you like the switch? Awesome button. Looks and feels great. However, the button sometimes rubs against the metal circular guide. That might influence bounces?
Switch Description/Photos
Test Session 1
Setup
Property
Description
Arduino model
Uno (DIP)
Pull-up resistor
Arduino internal (default)
Switch wires connection
screws
Measure switch's ON resistance
less than 1 ohm
Anything else connected?
nope
Test Setup Description/Photos:
Still wired for external components, but none connected.
Please note:
Switch Info
How new is the switch? Very old. Pressed a few times a week before testing.
How do you like the switch? Awesome button. Looks and feels great. However, the button sometimes rubs against the metal circular guide. That might influence bounces?
Switch Description/Photos
Test Session 1
Setup
Test Setup Description/Photos:
Still wired for external components, but none connected.
Results
📄 Raw Data
ge-stop-normally-closed.txt
You can graph/analyze the data here.
🖼️ Summary Image
Beautiful curve to sorted durations.
Chronological order.
Test Section Details
Slow disabled by default as there is no hysteresis so pressing slowly results in multiple events.
Pressing fast wasn't crazy. Just quicker than a normal/comfortable press/release.
🕵️ Your Observations
Pressing and releasing quickly definitely improved bounce.