Question about heated vest?
#21
Thanks!
#22
I am happy. I live to ride but I live for bargains too. The outlet sells the liner for $89 and the Gerbing store asks for $199. Gerbing still guarantees the electric components for life.
It's music to my ears!
It's music to my ears!
#23
Jack
#25
LOL
No flaws that I can see. I'm pretty sure that it's last year's model if I look at the pictures on the Gerbing's web site because the little pockets to store the connectors for the gloves don't have zippers. Other than that, it looks the same.
Could you detect a flaw with your liner you bought?
Jack
Jack
#26
I will let you know after I put my bike away for the winter. I haven't turned on a TV or the radio since I got my bike in May...
#27
You work on your own bike ride when it's cold.
Agree with PT, a great big ATTAGIRL....
#29
Operation of Temp-Troller
Wecroft Said ..
"The thermostat regulates heat by use of a rheostat which regulates the output voltage to the liner, thus raising or lowering the heat output of the coils, which remains constant. It does not turn on and off. Been wearing Gerbing stuff for 4 years and love it."
If it in fact it is a "Heat-Troller" brand.... here is how it works... (this is straight from the troubleshooting website...)
It Ain't No Rheostat! So, just what is the Heat-troller™, heated clothing controller?
The Heat-troller™ is a DC (direct current), power controller designed for heated clothing, blankets, pads and other heated products that are powered by a battery. You can think of the Heat-troller™ as a dimmer switch for your heated products. It has a positive off and provides a full range of heat that is constant at any setting, just as a light dimmer switch gives you constant light at different levels.
The Heat-Troller is a pulse-width modulated controller with a 1 second cycle time. That means that over a 1 second period, the power is turned on from about 10% to 100% of the time, adjustable with the **** on the controller. When the power is turned on, full power is applied to the load. In the example given, if the heated grip are 16 Watts each and the Heat-Troller is adjusted to 50%, the grips will get 16 Watts for half a second, then no power for half a second, giving an average of 8 Watts of power. The Heat-Troller is more efficient than a rheostat because it makes very little wasted heat when turned on. For two 16 Watt grips, the Heat-Troller makes less than 0.1 Watts of heat at 50%. A rheostat would make about 16 Watts of wasted heat at the same 50% setting.
My wife thought it took too long to heat up her gloves with this unit. I brought it to work and had one of our techs test it... that is when we discovered it actually does "pulse"...!
"The thermostat regulates heat by use of a rheostat which regulates the output voltage to the liner, thus raising or lowering the heat output of the coils, which remains constant. It does not turn on and off. Been wearing Gerbing stuff for 4 years and love it."
If it in fact it is a "Heat-Troller" brand.... here is how it works... (this is straight from the troubleshooting website...)
It Ain't No Rheostat! So, just what is the Heat-troller™, heated clothing controller?
The Heat-troller™ is a DC (direct current), power controller designed for heated clothing, blankets, pads and other heated products that are powered by a battery. You can think of the Heat-troller™ as a dimmer switch for your heated products. It has a positive off and provides a full range of heat that is constant at any setting, just as a light dimmer switch gives you constant light at different levels.
The Heat-Troller is a pulse-width modulated controller with a 1 second cycle time. That means that over a 1 second period, the power is turned on from about 10% to 100% of the time, adjustable with the **** on the controller. When the power is turned on, full power is applied to the load. In the example given, if the heated grip are 16 Watts each and the Heat-Troller is adjusted to 50%, the grips will get 16 Watts for half a second, then no power for half a second, giving an average of 8 Watts of power. The Heat-Troller is more efficient than a rheostat because it makes very little wasted heat when turned on. For two 16 Watt grips, the Heat-Troller makes less than 0.1 Watts of heat at 50%. A rheostat would make about 16 Watts of wasted heat at the same 50% setting.
My wife thought it took too long to heat up her gloves with this unit. I brought it to work and had one of our techs test it... that is when we discovered it actually does "pulse"...!
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