Logo
 
MoreBeer!
Horizontal Float Switch - 1.5 in. T.C.
BE901

Horizontal Float Switch - 1.5 in. T.C.

In Stock
Delivers to ( change ) by as part of our Fast & Free Shipping.
Faster Shipping Available. Details.
Returns
60 day no hassle return policy. Details
Description

Used on a commercial brewing system to shut off electricty or gas before the kettle runs dry.  This horizontal float switch conveniently fits into a 1.5" tri-clamp port. It is designed to control the run-dry circuit in an electric brewing system. The contacts are intended to control a relay, contactor, or SSR and should not be used to interrupt full power to an electric element/burner.

50W. The unit is not fit to use on a circuit load, but suitable for signal output.

 

 
Item # BE901
Shipping Eligible for Free Shipping Program
Availability California - In Stock
Pennsylvania - In Stock
Weight 0.54 LBS
Community Q&A

Start typing your question and we'll check if it was already asked and answered. Learn More
Browse 4 questions Browse 4 questions and 2 answers
Why did you choose this?
MoreFlavor Store
Prevent dry element firing on a customized all in one brewing system.
pierre m on Aug 16, 2022
Prevent dry element firing on a customized all in one brewing system.
pierre m on Aug 16, 2022
To protect electric heating elements
Nic P on Dec 31, 2021
To protect electric heating elements
Nic P on Dec 31, 2021
Will this work in a port that is at the same height as the element?
Jordan Stout on Feb 26, 2022
BEST ANSWER: Most likely not. You’ll want it slightly above the elements so they don’t burn out.
What is the voltage in and out ? Is it AC or DC and is the circuit normally closed (on) or normally open (off). Thank you
Benjamin Thibodeau on Sep 14, 2021
BEST ANSWER: This unit is designed to send a signal level voltage. This means it should not be used to interrupt (in-line) with any ac or dc circuits. It is meant to plug into a relay or unit as a "signal" or "input" to open or close a relay, but not to connect or contact a circuit itself. It can work either normally closed or normally open depending on how you design the control circuit. The standard method would be for it to be "open" when the float is down and "closed" when the float is up and connected.
How high above a heating element TC port should the TC port for this float switch be located? Also, is there any height adjustment for the level switch?
Jack Meyer on Jun 1, 2022
Reviews

There are no reviews for this item. Write Review