Modular Hot Air Gas Generators Series BVA Series

Clasificación: Hot Air Gas Generator

SUPERTEC SRL

País: Italy

Teléfono: +39 0141 234149

Persona de contacto: Maryna Maslovska

Consulta Ahora

The BVA S Series includes a range of direct hot air gas generators designed for industrial thermal processes requiring high efficiency, reliability, and flexibility.
These units integrate combustion and ventilation in a single compact system, delivering controlled hot air up to 500 °C with optimal energy performance.

All models are fully modular and can be custom-built upon specific customer requirements, adapting power output, configuration, or control interface to suit different production environments.

Model	Max Thermal Power	Min Thermal Power	Gas Consumption	Power Supply	Max Air Temperature
BVA 600 S	700 kW (600,000 kcal/h)	87 kW	70.5 Nm³/h	220 V – 50 Hz	500 °C
BVA 700 S	800 kW (688,000 kcal/h)	80 kW	85 Nm³/h	380 V / 220 V – 50 Hz	500 °C

Modular combustion head in cast iron and stainless steel (AISI 304 / AISI 310S)
High-efficiency centrifugal blower, integrated or optional depending on model
Air/gas modulation ratio up to 1:10 for fast thermal response
Electronic ignition and flame detection (ionization or UV sensor)
Dual safety valve train, filters, pressure gauges, and stabilizers
Thermal insulation panels ensuring heat retention and operator safety
Optional remote or local control panel for complete process integration
Fully tested and certified before delivery

Plastic rotomoulding and mould heating systems
Drying, curing, and hot air circulation for industrial processes
Thermal treatment lines in ceramics, textiles, food, and chemical industries
Air heating and energy recovery systems

Compact and modular construction for easy installation
High thermal efficiency with precise temperature control
Wide modulation range and fast response time
Low maintenance and long service life
Configurable layout and power levels upon request

Every generator in the BVA S Series can be engineered to meet specific process parameters such as:

Required thermal power or air flow rate
Temperature profile and control system
Integration with existing ducting or automation systems