ATM 343 DN15 G3/4 35-60°C Kvs 1.6 m3/h
- Thermostatic mixing valve ATM 343 DN15 for setting and maintaining the temperature of the mixture. Kvs 1.6 m3/h.
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Thermostatic mixing valve ATM 343 DN15, G 3/4 inch, temperature range 35-60 deg C, Kvs 1.6 m3/h
Thermostatic mixing valve for obtaining and maintaining the set temperature of the mixture within the specified range. Model ATM 343 combines size DN15 with G 3/4 inch connection and Kvs 1.6 m3/h.
- Thermostatic control in the range of 35-60 deg C
- Model: ATM 343
- Nominal size: DN15
- Connection: G 3/4 inch thread
- Kvs coefficient: 1.6 m3/h
Key benefits
The range of 35-60 deg C allows you to set the mixture temperature according to the requirements of the system.
The Kvs parameter of 1.6 m3/h helps to select the valve for the expected flow rate.
Clearly defined DN15 and G 3/4 inch thread facilitate pLance and installation in the system with compatible connections.
Features and equipment
The thermostatic mixing function allows the valve to maintain the set temperature between 35-60 deg C.
Hydraulic parameters include Kvs ratio of 1.6 m3/h and size DN15 with G 3/4 inch connection.
Technical data
| Model | ATM 343 |
|---|---|
| Nominal size | DN15 |
| Connection | G 3/4 inch |
| Temperature range | 35-60 deg C |
| Kvs | 1,6 m3/h |
ATM 343 is a thermostatic mixing valve with a range of 35-60 deg C, Kvs 1.6 m3/h and G 3/4 inch connection at DN15. Transparent parameters facilitate selection and installation in compatible systems.
FAQ (customer)
- What is the adjustable temperature range? The valve allows setting the mixed temperature within 35–60°C.
- Can I adjust the temperature? Yes, the mixed temperature can be set within the specified range using the thermostatic control of the valve.
- What do DN15 and G 3/4 mean? DN15 is the nominal size, while G 3/4 refers to the thread connection standard and size.
- What does Kvs 1.6 m3/h indicate? It indicates the flow capacity used for hydraulic selection of the valve in a system.
- How do I check compatibility with my system? Verify the nominal size (DN15), connection (G 3/4), and flow requirements, and consult your installer if unsure.
FAQ (expert)
- How should I size the valve using Kvs? Use the required design flow and available pressure drop; select Kvs accordingly per standard hydraulic calculation methods and the manufacturer’s documentation.
- Are there specific installation orientations? Follow the manufacturer’s installation guidelines and general best practices for thermostatic mixing valves.
- What about maximum operating conditions? Refer to the official datasheet for permissible pressure and temperature limits not provided here.
- How is temperature setpoint adjustment performed? Adjust via the valve’s thermostatic setting mechanism, then verify with a calibrated thermometer at the outlet.
- Any commissioning tips? Flush the system before installation, ensure correct connection to hot/cold ports, and validate mixed temperature stability under expected flow conditions.
- Clear parameters make selection straightforward for a small installation.
- The 35–60°C range covers typical mixed temperature needs.
- DN15 with G 3/4 connection matched our existing fittings without adapters.
- Kvs 1.6 m3/h is adequate for steady flow in our appLication.
- Setup was intuitive once the ports were identified.
- Stable performance after initial adjustment of the setpoint.
- Good balance between flow capacity and control in a compact size.
- Documentation of key specs is concise and useful.
- No issues integrating it into the existing line.
- Temperature range is well suited for controlled mixing tasks.