About PO310 Oil Burners
Product specifications
Capacity Fuel Regulation
3900 to 8300 Kw Class D light oil Class G HFO HIGHLOW and Modulating
The PO Series burner can operate on oil Class D light oil Class G HFO and is available in standard outputs from 33MW to 18MW
The PO Series burner is commonly used on large industrial steam and hot water boilers
Key Features
Available in monoblock design up to P310 or a duoblock design with a floor mounted combustion air fan
Low NOx Head
Electronic micro modulation air fuel ratio control with individual valve servo motors as standard
Variable Speed Drive VSD combustion air fan motor
Air inlet silencer 85dBA
Oxygen trim for improved efficiency and reduced emissions
Separate or integrated water level controls for steam boilers
Data Transfer Interface for BMS control
All P series burners are design and manufactured in accordance with EN746
Model PO 31077 31080 31084 31088 31092
Output nett CV MW 69 72 76 79 83
Fan Size Kw 15 15 15 185 185
Pump Motor
Distillate Fuel Kw 30 30 30 40 40
Pump Motor
Residuel Fuel Kw 30 30 30 40 40
Preheater
Residual Fuel Only Kw 36 36 36 48 48
Electrical Supply VHz 40050 40050 40050 40050 40050
Oil Inlet Pressure psi 5 to 10 5 to 10 5 to 10 5 to 10 5 to 10
Fuel Pump T3T4 T3T4 T3T4 T3T4 T3T4
Operation Fully Modulating Fully Modulating Fully Modulating Fully Modulating Fully Modulating
Control Unit Autoflame Mini MK 7 Autoflame Mini MK 7 Autoflame Mini MK 7 Autoflame Mini MK 7 Autoflame Mini MK 7
Turndown Upto to 41 Upto to 41 Upto to 41 Upto to 41 Upto to 41
Flame Monitor UV Sensor UV Sensor UV Sensor UV Sensor UV Sensor
Flame Tube Lengths mm 430610 430610 430610 430610 430610
Noise dBA 93 93 93 93 93
Nox mgkWh 200280 200280 200280 200280 200280
CO mgkWh 110 110 110 110 110
High-Performance Mild Steel ConstructionThe PO310 Oil Burner features industrial-grade mild steel construction that guarantees strength and longevity. Its durable material allows the burner to withstand demanding operational conditions, delivering consistency and reliability for Indian industries and manufacturing environments.
Efficient Industrial Heating SolutionsDesigned for industrial usage, the PO310 Oil Burner offers effective and uniform heating. With precise combustion technology, it is suitable for processes such as boilers, heating chambers, and furnaces, helping businesses achieve optimal thermal efficiency and reduced fuel consumption.
FAQs of PO310 Oil Burners:
Q: How is the PO310 Oil Burner beneficial for industrial applications?
A: The PO310 Oil Burner delivers consistent and efficient heating, reducing energy costs and enhancing productivity. Its robust mild steel construction ensures reliable long-term operation even in challenging industrial environments.
Q: What processes can the PO310 Oil Burner be used for in industries?
A: This burner is ideal for industrial processes such as powering boilers, heating chambers, and furnaces, where precise and controllable combustion is essential for safe and effective operation.
Q: When should I consider installing a new PO310 Oil Burner?
A: Installation is recommended when upgrading to more energy-efficient solutions or replacing outdated burners in order to enhance performance, reduce downtime, and improve safety in your industrial facility.
Q: Where can PO310 Oil Burners be sourced in India?
A: PO310 Oil Burners are available through authorized distributors, exporters, importers, service providers, suppliers, and traders across India, ensuring easy accessibility and comprehensive support.
Q: What is the process for installing and maintaining the PO310 Oil Burner?
A: Installation involves connecting the burner to the appropriate industrial heating system, followed by calibration and testing. Regular maintenance includes cleaning, fuel filter checks, and professional servicing to ensure optimal performance and longevity.
Q: How is the usage of PO310 Oil Burner advantageous over other heating solutions?
A: Its energy-efficient operation, robust build, and adaptability to various industrial setups make the PO310 Oil Burner a superior choice compared to conventional burners, resulting in lowered operational costs and improved heating control.