KOVM
3-way mixing valve with unique bypass design
The Danfoss KOVM is a linear 3-way mixing valve with a unique bypass design allowing for constant system pressures and flow rates.
When the KOVM is combined with the RAVK non-electric thermostatic operator, actuation of the valve yields precise flow temperature control of hydronic floor heating circuits or direct temperature control on indirect water heaters.
Similarly, when KOVM is combined with an RA2000 wall mount operator, the result is accurate room temperature control of heating or cooling systems having fan coil units, and room temperature control of heating systems having baseboard radiators, convectors, and more.
Features and benefits
Unique 3-way bypass design
Linear valve actuation
Provides constant zone or system flow
Products
Code Number: |
Connection Size: |
Connection Type: |
Cv: |
| 013U3017 | ½" | NPT | 1.75 |
| 013U301501 | ½" | Compression | 1.75 |
| 013U302001 | ½" | Compression | 2.34 |
Design: 3-way heating or cooling mixing valve
For Use With:
- RAVK operators
- RAV adapter (Code no. 013G8593)
- RA2000 wall mount operators
- Code No. 013G8564
- Code No. 013G8562
- Code No. 013G8565
- Code No. 013G8568
Documents
Related products
-
if (isSmallPicture) {
Keep water temperatures safe in point of source applications with ESBE thermostatic mixing valves, used in both mixing and diverting applications.
-
if (isSmallPicture) {
RAVK is a self-acting thermostatic operator used to control temperatures in small hot-water cylinders (i.e. storage tanks) or heat exchangers in hydronic hot water systems. RAVK closes on rising sensor temperature.
-
if (isSmallPicture) {
ABV is a thermo-hydraulic actuator for two point control used to control floor temperature, floor heating systems, hot-water service systems, zone valves and district heating systems.
Support
Technical Support
Find information on hydronic heating troubleshooting, including our top frequently asked questions, our video library, links to hydronic heating literature, a link to our newsletter, and more.