Immersion Well Hydronic Temperature Control With Tapered Bulb Open On Rise 100 To 240 F Range Adjustable 5 To 45 Degree Differential Extra Capillary Length For Shank Wells Fast Acting Hydraulic Element Horizontal Or Vertical Mount Easy Install
US$88.59
Price when purchased online
Free shipping
Free 30-day returns
Sold and shipped by danielhof-oberharmersbach.de
We aim to show you accurate product information. Manufacturers, suppliers and others provide what you see here.
US$88.59
Price when purchased online
Free shipping
Free 30-day returns
Sold and shipped by danielhof-oberharmersbach.de
Free 30-day returns Details
Product details
| Management number | 232895035 | Release Date | 2026/06/21 | List Price | US$88.59 | Model Number | 232895035 | ||
|---|---|---|---|---|---|---|---|---|---|
| Category | |||||||||
Handy Hydronic Immersion Well Temperature Control
✔️ 100-240 F Range Adjustable 5-45 F Differential
✅ Extra capillary length for shank wells
✅ Includes 1/2 inch standard shank well
✅ Fast acting hydraulic element
✅ Mounts horizontal or vertical
✔️ 100-240 F Range Adjustable 5-45 F Differential
This handy control manages water temperature in hydronic heating systems with a tapered bulb sensor that opens on rise.
✅ Open on rise switching action✅ Extra capillary length for shank wells
✅ Includes 1/2 inch standard shank well
✅ Fast acting hydraulic element
✅ Mounts horizontal or vertical
💡 What is an immersion well temperature control used for in heating systems? It regulates fluid temps to keep boilers and hot water loops running steady. - Delivers reliable open on rise action across 100 to 240 F - Lets you fine tune the spread from 5 to 45 F for exact comfort - Fits extended shank wells thanks to added capillary length - Works in tight spots since it mounts either way
✝️
Customers who viewed this product also viewed
Safety & Rescue
Correction of product information
If you notice any omissions or errors in the product information on this page, please use the correction request form below.
Correction Request Form