SC 2.1 GLS Mixto gas gasoleo una llama
SC. 2.1 GLS |
||||||
---|---|---|---|---|---|---|
Power | Kw/h | Min | 80 | |||
Max | 280 | |||||
Kcal/h | Min | 68.800 | ||||
Max | 240.800 | |||||
Supply voltage | 1N-50 Hz 230V | |||||
Engine | 0,37 | |||||
Valve diameter | 3/4″ |
Category: Mixed Gas-Oil Burners
More information
Quemadores monobloc con regulación de la potencia una etapa
- Duoblock burners with high temperature steel housing and combustion head.
- The following fuels may be used:
- Natural gas, PCI 6.99 ... 11.39 kWh/m3;
- LPG, PCI 25.89 kWh/m3
- Biogas
- Aceite ligero, viscosidad 6 mm2/s a 20°C, PCI11,86 kWh/kg
- It is suitable for steam, hot water boiler, furnaces, dryers, thermal oil generators, etc.
- Each burner can be customized to the needs of the installation.
- Reduction of intervention time during maintenance operations:
Electrical components with plug-in connectors
Total accesibilidad al circuito hidráulico y al cabeza de combustión - El control de la llama es sencillo y fiable gracias a la fotocélula
- A customized type of sensor is used for sequential installation of multiple generators.
- The ease of design and use of preheated combustion air while allowing energy savings by increasing the efficiency of the combustion economizer used by the system.
- It has the characteristics of good performance in different combustion chambers.
- It minimizes the specific amount of nitric oxide (NOx) gas emission by obtaining an optimal fuel air mixture thanks to the customized design of its combustion head.
- It provides easy installation and operating conditions in confined spaces thanks to its compact dimensions.
- Allows operation in high back pressure combustion chambers by placing a high pressure venting system.
- Standard protection of mechanical parts IP 54.
- IP 65 protection on request.
- La geometría de llama se puede ajustar según la cámara de combustión.
- Compliance with the following directives:
- 89/336 (2004/108)
- EEC 73/23/ EEC 73/23/ EEC 73/23/ EEC 73/23/ EEC 73/23/ EEC 73/23/ EEC 73/23
- EEC 98/37/
- CEE EN 676