Thermostatic mixing valve
VTA320, VTA520
- Anti-scald and anti-legionella protection.
- Accuracy of regulation.
- Suitable for HWC (hot water circulation).
- Now available in lead-free versions
Operation
Installation examples
Documents
Technical data
Pressure class: | PN 10 |
Working pressure: | 1,0 MPa |
max. Differential pressure, Mixing: | 0,3 MPa |
Temperature stability: | VTA320: ±2 °C*; VTA520: ±4 °C**; * Valid at unchanged hot/cold water pressure, minimum flow rate 4 l/min. Minimum temperature difference between hot water inlet and mixed water outlet 10°C. ** Valid at unchanged hot/cold water pressure, minimum flow rate 9 l/min. Minimum temperature difference between hot water inlet and mixed water outlet 10°C. |
Media temperature, max.: | +95 °C |
Media temperature VTA520, temporarily max.: | +100 °C |
Connections, Internal thread (Rp): | EN 10226-1 |
Connections, External thread (G): | ISO 228/1 |
Connections, External thread (R): | EN 10226-1 |
Connections, Compression fitting (CPF): | EN 1254-2 |
Material, valve housing and other metal parts with fluid contact: | Dezincification resistant brass, DZR; Lead free brass (versions marked LF) |
Conformity
Dimensioning
Spare parts
Connection kit KTD200, KTD300
Connection kit KCD300
Download area
Applications
Domestic hot water control and termostatic under floor heating control in systems with district heating.
Heat pump with heating circuit and domestic hot water tank.
Domestic hot water with both in-line and point-of-use regulation.
Solar system with maximum use of the stratification in the storage tank.
Complete solid fuel application with domestic hot water and solar system.
Domestic hot water control in substations for district heating.
Domestic hot water control and regulation of under floor heating for systems with district heating.
Circulation unit with mixing valve together with controller for district heating systems.
Circulation unit with mixing valve together with controller for district heating systems.
Domestic hot water system with asymmetrical flow.