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Revolutionary Return Flow Thermomatrix with 60°C Temperature Increase

The LK 810 ThermoMat 2.0 W is a cutting-edge return flow booster designed for solid fuel boilers and balancing tanks. This advanced system effectively increases the return flow temperature by up to 60°C or 70°C, ensuring optimal performance and efficiency. With its integrated high-efficiency pump and thermostatic valve, the LK 810 ThermoMat 2.0 W controls two valve connections, providing seamless operation and precise temperature control.

• High temperature increase of 60°C or 70°C
• Integrated high-efficiency pump and thermostatic valve
• Optimal temperature distribution in the balancing tank

Key Product Properties and Technical Details

The LK 810 ThermoMat 2.0 W is a compact unit that offers numerous advantages. It features three ball valves for easy installation and maintenance, three thermometers for effortless process monitoring, and insulation to minimize heat loss. The unit is also available with a high-efficiency pump controlled by PWM signal for even better performance. Installation is straightforward, requiring the unit to be mounted vertically with the pump shaft in a horizontal position. The booster is reversible, allowing easy installation on either side of the boiler.

• Three ball valves for easy installation and maintenance
• Three thermometers for process monitoring
• Insulation to minimize heat loss

Practical Uses and Benefits in Daily Life

The LK 810 ThermoMat 2.0 W is an invaluable addition to any heating system. By increasing the return flow temperature, it enhances the efficiency of the heating system, prevents condensation and tar sedimentation, and extends the lifespan of the system. This not only saves energy but also ensures a comfortable and reliable heating experience throughout the year. Ideal for both residential and commercial applications, the LK 810 ThermoMat 2.0 W is a smart investment for anyone looking to improve their heating system's performance.

• Increases heating system efficiency
• Prevents condensation and tar sedimentation
• Extends system lifespan