Thermostatic valve TA-THERM ZERO DN20 for DHW without thermometer +55°C 52820120
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Thermostatic valve TA-THERM ZERO DN20 for DHW without thermometer +55°C 52820120
Thermostatic valve for DHW – precise regulation and energy saving
The TA-THERM ZERO DN20 thermostatic valve is a reliable solution for automatic balancing of domestic hot water circulation systems. Its main advantage is smooth temperature control, which translates to energy savings and faster access to hot water. Thanks to the shut-off function, servicing the installation becomes simpler and more efficient. This valve is particularly recommended for systems where precision and reliability are important.
Construction and application
The valve is designed for mounting in installations with an internal metric thread (connection 1). Its nominal diameter DN20 makes it ideal for standard domestic and commercial installations. The Kvs value of 0.3 ensures optimal medium flow, and the temperature regulation range from 35°C to 80°C allows it to be adapted to individual user needs. The position indicator allows easy reading of the current valve setting, which facilitates control over the temperature in the installation.
Safety and ecology – key features of TA-Therm ZERO
TA-Therm ZERO stands out from the competition primarily due to the lack of lead in its construction – the lead content is below 0.1%. This makes it an environmentally friendly and safe product for users' health, meeting local environmental requirements. In addition, the pressure class PN 16 guarantees strength and reliability in typical operating conditions. For installers, this means peace of mind during installation and confidence that the valve will operate flawlessly for a long time.
CERTIFICATES, APPROVALS, SAFETY, COMPLIANCE AND WARNINGS
Declaration of Conformity
Hygienic certificate
Attachments
- TA-Therm_ZERO_instruction
- TA-Therm ZERO-Zamienniki
- IMI Oswiadczenie GPSR
- D_Instrukcja montazu COJ174
- D_Karta Katalogowa COJ174






