Johnson Controls 9243 T-8020-100 STAINLESS STEEL WELL

STAINLESS STEEL WELL

This Johnson Controls 9243 T-8020-100 STAINLESS STEEL WELL is manufactured by Johnson Controls. This product is constructed with an electronic thermal overload cut-out. Johnson Controls L.P. is the parent company of the Johnson Controls Technology LLC, whose principal place of business is in Oak Brook, Illinois, U.S. This well is made out of stainless steel that will resist corrosion and rust, for increased durability in all types of weather conditions that wells are subjected to when in use. This item weighs 23 lbs and measures 20" in diameter and 24" deep.

The Johnson Controls 9243 T-8020-100 Stainless Steel Well is a stainless steel well for use in the Johnson Controls 9243 T-800 series KOHLER Membrane Switch. This well can be used between a variety of colors and styles in a number of locations.

The T-8020-100 stainless steel well with thermoplastic sidewall and non-conductive canopy is ideal for harsh environments like food and beverage processing, manufacturing and chemical plants. The extra thick steel well design on the T-8020-100 prevents flexing or movement under heavy loads. Choose from a wide range of finishes on our commercial kitchen equipment such as stainless steel, copper, brass and blue pearl on Johnson Controls T series 70mm gauge wells.

The design, construction, and installation of each Johnson Controls stainless steel well is engineered for efficient, reliable performance amidst the most demanding conditions.

The T-8020-100 Stainless Steel Well is part of our Platinum Series, and includes a C-8SA-120N thermostat and a KS-824S mounting bracket.

Keep your coffee extra hot with the Stainless Steel Well from Johnson Controls. This well allows you to heat up everything from coffee to hot chocolate with ease. Its high grade stainless steel design provides a sleek look, making this well a perfect addition to any counter top.

Designed for outdoor applications, stainless steel wells and specialty gutters offer practical and affordable solutions for existing and new installations.

The T8020-100 will be the perfect fit for the food service professional in your business. Do you need to keep your food hot while it is still on display? This is an easy task with the Johnson Controls T-8020-100 stainless steel well. It is made of stainless steel to resist any type of corrosion or rust. The inside of the well can be insulated if temperature control is required, and the size of the well allows for different sizes of pans. So when you are in search of options for your commercial cooking equipment, think Johnson Controls.'

This well will allow you to limit the amount of water/liquid flowing into your basin. You can adjust how much water is available by using the adjustable stainless steel flap. Installed this way, the drain will only allow liquid to flow down the drain when positive pressure is able to be established between the water source and the sink. If no pressure is present, then this flap will act similarly to a check valve (no liquid flow at all).

From the Johnson Controls family of brands comes pride, responsibility and trust. We are committed to providing high-quality connected solutions, because we're dedicated to helping people feel more comfortable, more connected and safer in their homes.

If you're looking for a Johnson Controls 9243 T-8020-100, then you have come to the right place. We offer the best prices on the market, and all of our products ship free. There is no reason to pay full price when you can get it for less. Our customer service representatives are standing by 24/7 to help you find everything your heart desires.

The Johnson Controls T-8020-100 9243 Series, Maximum temperature is 200°F (93°C). Pressure range of 0 to 150 psig (7.48 kPa). The Johnson Controls T-8020-100 9243 Series has a 100# fluidized bed of stainless steel balls that is completely free of proprietary washes or additives. This ball mill consists of two identical tanks, each with a capacity of 80 gal., and divided by a valve that divides the pressure between the two tanks.