Tesy Indirectly Heated Boiler with 1 Exchanger, 800 Liters – Powerful and Efficient Solution for Large Hot Water Needs
Specifications / Dimensions:
- Energy Label: C
- Exchangers: 1 Exchanger
- Type: Vertical
- Capacity: 800 Liters
- Height: 194.7 cm
- Width: 99 cm
- Depth: 99 cm
- Mounting: Vertical standing
- V40: 1095.2 Liters
- Magnesium Anode: Yes
- Operating Pressure: 8 bar
- WiFi: No
- Net Weight: 221 kg
- Max Operating Temperature: 95°C
- Static Losses: 129 W
- Exchanger Surface Area: 2.89 m²
- Exchanger Capacity: 26.2 Liters
- Continuous Flow Rate: 2551 l/h
Description:
The Tesy indirectly heated boiler with 1 exchanger and 800 liters provides an excellent solution for storing large amounts of hot water in systems that require reliable and efficient hot water supply. With a capacity of 800 liters, this boiler is ideal for larger households or commercial applications with high hot water demands. The integrated exchanger ensures optimal heat transfer from external heat sources, such as central heating or solar energy systems, to the water in the boiler.
The excellent insulation of the boiler helps minimize heat loss, significantly improving the energy efficiency of the system. This directly contributes to lowering energy costs, as heat is retained longer within the system. The magnesium anode protects against corrosion, extending the boiler's lifespan and improving performance over time.
The Tesy indirectly heated boiler is designed to operate at a maximum temperature of 95°C, making it suitable for a variety of applications requiring hot water, from residential to commercial installations. With a continuous flow rate of 2551 l/h, the boiler provides a steady supply of hot water even under high demand.
Whether for a home, business, or other large system, the Tesy indirectly heated boiler with 800 liters is the perfect choice for those seeking a reliable, sustainable, and energy-efficient solution for their hot water needs.
Standard Included:
- 3 years warranty
- Manual (English)
This boiler combines robust construction, advanced technology, and excellent performance, making it the ideal choice for larger heating systems that require reliable and efficient hot water storage.
