Kane heat mat rheostat
Heavy-duty grounded rheostat allows for the precise temperature control of Kane heat mats. Simple to operate, they function just like a dimmer switch, allowing the user to increase of decrease the amount of heat produced as per their specific needs. This accessory is required when using Kane mats in an enclosed area.
MUST be purchased with a Kane Heat Mat. Not sold separately. You must add a Kane heat mat into your cart before you are able to add this product.
Required prerequisite products
You must add one of the following products to your cart before this product can be added.
-
Kane 13.5" x 36" poly heat mat
Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.
-
Kane 13.5" x 48" poly heat mat
Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.
-
Kane 13.5" x 60" poly heat mat
Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.
-
Kane 18" x 28" poly heat mat
Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.
-
Kane 18" x 45" poly heat mat
Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.
-
Kane 27" x 48" poly heat mat
Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.
-
Kane 27" x 60" poly heat mat
Kane Heat mats are some of the highest quality available anywhere. They are made of high density polyethylene and lose no heat on the bottom side making them more energy efficient.
