βProduct Specs for Pavlok 3 and Shock Clock Max:
βUSER STORY:
How many volts is the normal zap in the Pavlok 3 and Max?
How about with zap boost? Thanks
β
βPAVLOK STORY:
Itβs on the order of 610V (though older ones are like 480V).
Boost is not higher. It gives a series of shocks instead of a single one.
Also note that 610V is just where 100% is (the upper limit).
0% is 136V and everything is scaled linearly in between.
Static electricity, which is the main risk, for electronics is typically 20,000V. The Pavlok is 610 Volts. β
Only voltage is controlled.
The current (amperage) is controlled by the skin resistance and other factors.
β
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βProduct Specs for Shock Clock 2 and Pavlok 2:
β
Zap Strength:
50 to 450 Volts (amperage 0-4.5mA).
(and if/when the higher-HV level is supported, it will be more like 0-5.6mA).
Battery:
It is an 85 mA-hr single cell pack with internal safety circuit
Wristband Size:
The wristband wears remarkably like a watch. It is easily adjustable and fits wrists up to 140-205mm (or 5 1/2-9 inches) circumference.
Other stimuli:
Beep & Vibrate.
USER STORY:
What is the range of the Shock 2 Amperage?
The technical specs list the zap strength as
"Zap Strength: 50 to 450 Volts (amperage 4mA).".
β
But if the voltage is variable, how can the amperage be constant?
What are the minimum and maximum amperage for the Shock 2?
PAVLOK STORY:
The range is more likely to be 0-4.5mA (and if/when the higher-HV level is supported, it will be more like 0-5.6mA).
β
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Hey there! This quick read was whipped up by yours truly, Deon Don, over at Pavlok Research.
Got questions or wanna suggest some cool features?
Shoot me a text at (731) 472-8565.
Don't sweat it if I don't hit you back right away β I'll definitely circle back to you after I've had a chance to check my messages.
And yes, I read every single one.
