Lowara TLCN Water Recirculation Pumps

Lowara TLCN Water Recirculation Pumps: Efficiency and Reliability for Domestic Hot Water

Lowara TLCN recirculation pumps are designed to ensure efficient circulation of domestic hot water in residential and commercial systems. Thanks to their stainless steel construction and wet rotor motor with adjustable speeds, they offer high performance, durability and quiet operation.

Main features

• Stainless steel body : Ensures corrosion resistance and compatibility with drinking water, ensuring hygiene and safety.

• Three-speed motor : Allows manual selection of the speed best suited to the system's needs, optimising energy efficiency.

• Quiet Operation : Wet rotor design minimizes noise, ensuring a comfortable environment.

• Wide temperature range : Designed to operate with liquid temperatures from +2°C to +110°C (recommended up to 65°C), adapting to different applications.

• Ease of installation : Standard threaded connections and compact design make it easy to install in various types of systems.

  
  

Applications

• Domestic hot water circulation : Ideal for ensuring uniform distribution of hot water in domestic and commercial systems, improving comfort and reducing waiting times for hot water.

• Heating systems : Suitable for heating systems where efficient circulation of hot water is required.

FAQ

1. What is the maximum flow rate of Lowara TLCN pumps?

   • The maximum flow rate varies depending on the model; for example, the TLCN 25-6 model can reach a flow rate of up to 4 m³/h.
     

2. What is the maximum operating pressure?

   • The maximum operating pressure is 10 bar (PN 10), ensuring reliability even in systems with high pressures.
     

3. Are TLCN pumps suitable for drinking water?

   • Yes, the stainless steel body makes them suitable for drinking water applications, ensuring hygiene and safety.
     

4. Can these pumps be used in existing systems?

   • Absolutely yes, they are ideal for both new installations and for the renovation or expansion of existing systems, thanks to their compatibility and ease of installation.
     

5. What is the insulation class of the motor?

   • The motor has an insulation class of 180 (H), which guarantees high thermal resistance and reliability over time.