About Domestic Heating Boiler
DOMESTIC HEATING BOILER
Different operating points can be investigated by changing the oil pressure after the preset boiler water temperature has been reached.
An integrated hot water circuit with plate heat exchanger simulates the heating circuit in a house. The heat generated can be dissipated via cooling water connections, enabling continuous operation. The heat transferred can be calculated.
Connections for an external heating circuit are provided on the rear of the boiler. This allows the to be expanded into a complete heating system using training panels from the HL series.
Learning Objectives / Experiments
- Function of an oil burner
- Operation of a heating boiler with an oil burner
- Burner adjustment during operation
- Temperature measurements in different areas of the combustion chamber
- Calculation of the heating capacity of a heating boiler
- Function of a plate heat exchanger
- Temperature distributions in a plate heat exchanger
Specification
- Functional heating boiler with oil burner
- Boiler with control unit
- Heating and cooling circuit equipped with expansion vessel, pump, boiler safety group, thermometers, water meter, heat exchanger
- Transparent oil tank with filling and bleed connections
- Dissipation of generated heat via plate heat exchanger and cold water connection
Technical Data
Boiler
- Nominal rating: 17...21kW
- Control unit with temperature limiter
Burner
- Nominal power: approx. 18kW
Pump
- Power consumption: 70W
- Max. flow rate: 60L/min
- Max. head: 4m
- Plate heat exchanger: 3kW, 10 plates
- Boiler safety group in accordance with DIN 4751
- 2.5bar
- 50kW
- Oil tank: 15L
- Water meter: 2.5m³/h
Measuring ranges
- Temperature: 4x 0...120°C
Dimensions and Weight
- LxWxH: 1510x810x1620mm
- Weight: approx. 230kg
Precision Engineering for Laboratory NeedsSpecially designed for laboratory applications, this Domestic Heating Boiler provides exceptional control and high accuracy. Its compact design fits seamlessly into most laboratory spaces without compromising on output or quality. The advanced heating technology allows for precise temperature management.
Robust Construction and High EfficiencyConstructed with durability in mind, the boilers 230 kg weight and solid build ensure long-lasting operation. Enhanced thermal efficiency reduces energy consumption, making it an environmentally responsible choice while maintaining optimal heating performance.
Trusted Indian Manufacturer and ExporterAs a renowned exporter, manufacturer, and supplier in India, the company commits to delivering dependable and innovative heating solutions. Quality assurance processes guarantee that each unit meets stringent standards for performance and reliability.
FAQs of Domestic Heating Boiler:
Q: How is this Domestic Heating Boiler installed in a laboratory environment?
A: The boiler should be placed in a well-ventilated area within the laboratory that accommodates its dimensions (1510x810x1620 mm). Professional installation by a qualified technician is recommended to ensure safety and optimal performance.
Q: What makes this Domestic Heating Boiler highly efficient?
A: This model features advanced thermal design, ensuring that energy input is maximized for superior heat output while minimizing fuel consumption. Its design and components focus on reducing wastage and enhancing operational efficiency.
Q: When is the best time to perform maintenance on this boiler?
A: Routine maintenance should be carried out as per the manufacturers guidelines, typically during periods of low demand or scheduled laboratory downtime to ensure uninterrupted operation and extend equipment lifespan.
Q: Where is this Domestic Heating Boiler manufactured and supplied from?
A: The boiler is designed, produced, and distributed by a recognized manufacturer and supplier in India, with capabilities to export globally as required by clients.
Q: What is the primary process involved in the operation of this boiler?
A: The boiler utilizes a controlled heating process where fuel or electric energy is converted into thermal energy, efficiently heating water or solutions for laboratory applications with precise accuracy.
Q: How can users benefit from the 100% accuracy of this heating boiler?
A: The 100% accuracy ensures consistent and reliable temperature control, supporting critical laboratory experiments and processes that require stable heating conditions for reproducible results.