Riello Biogas Burners

• Fuel: BIOGAS or BIOMETHANE • Emission: Standard • Firing range: 1300÷4900 kW • Operation: /M Modulating with Mechanical Cam /E Modulating with Electronic Cam /EV Modulating with Electronic cam predisposed for variable speed (with inverter) MODEL HEAT OUTPUT OPERATION (1) ELECTRICAL SUPPLY FUEL kW Ph/V/Hz Biogas Biomethane RS 310 600/1300÷3050 /M /E /EV 3/400/50 • • RS 410 800/2000÷3800 /M /E /EV 3/400/50 • • RS 510 800/2200÷4280 /M /E /EV 3/400/50 • • RS 610 820/2400÷4900 /M /E /EV 3/400/50 • • MAIN FEATURES RS and DB Series | Burners for BIOGAS combustion The RS 310÷610 series of burners for Biogas combustion, covers a firing range from 1300 to 4900 kW, and it has been designed for use in various applications, such as hot water boilers, steam boilers, diathermic oil boilers, hot air generators. Operation is modulating with the installation of a PID logic regulator and respective probes. The RS 310÷610/M burners are equipped with the RIELLO RFGO digital control box, with diagnostic functions and indication of operating status. The RS 310÷610/E-EV burners are equipped with a Digital Burner Management System, which can manage the air-fuel ratio by independent servomotors in order to obtain a perfect output control. The RS /EV models are available to operate with the motor speed variation technology based on the control of a Frequency Inverter, in order to optimize the energy consumption. All the models are equipped with UV flame sensor to assure a safe operation on all modulation range. RS 310÷610/M MZ RS 310÷610/E-EV MZ FOR SINGLE FUEL USE (1) /M Modulating Mechanical Cam | /E Modulating Electronic Cam | /EV Modulating Electronic Cam, Variable Speed Drive (VSD) For requests of additional information, different burners configurations and burners codes, please contact RIELLO Burners Commercial and Technical Department, our Application Engineers will be pleased to help you. For the GAS TRAIN selection please referrer to the RIELLO’s Engineers, they will be pleased to support the selection process in function of BIOGAS characteristics and available pressure. 8