Description Technical Specifiation Benefits of product FAQ
Q: what is Indian Standard is 14612?
Ans: "IS 14612" refers to the Indian Standard (IS) for Liquefied Petroleum Gas (LPG) Stoves, also known as the "IS 14612:1999 Domestic LPG Stove - Specification." This standard sets the requirements and specifications for LPG stoves used in domestic households in India. It covers aspects such as safety, performance, design, construction, and testing of LPG stoves.
The IS 14612 standard ensures that LPG Burners manufactured and sold in India meet specific quality and safety standards to protect consumers from potential hazards associated with the use of LPG. It provides guidelines for various aspects, including burner design, heat output, ignition systems, stability, leak detection, and flame failure protection.
Manufacturers and suppliers of LPG Commercial Gas Burners in India typically comply with the IS 14612 standard to ensure their products meet the specified safety and performance requirements. Additionally, regulatory authorities and certification bodies may use this standard as a reference for assessing and certifying LPG Burners in accordance with Indian regulations.
Q: What is a ribbon gas burner?
Ans: A ribbon gas burner is a specialized type of gas burner that features a spreded flame. It is designed to provide uniform heat distribution across a wide surface area, making it suitable for various industrial heating applications.
Q: How does a ribbon gas burner work?
Ans: Ribbon gas burners work by mixing fuel gas and air in a controlled manner. The gas and air mixture flows through the narrow slots or channels in the ribbon burner, allowing for thorough mixing.
Q: What are the advantages of using a ribbon gas burner?
Ans: The advantages of ribbon gas burners include enhanced heat distribution, improved combustion efficiency, high heat output, durability, ease of maintenance, flame control, rapid heating and response time, customizable flame patterns, safety features, energy efficiency, and application adaptability.
Q: What applications are ribbon gas burners suitable for?
Ans: Ribbon gas burners are used in various industrial applications, Coocking, industrial drying, heat treatment processes, food processing, and other heating processes that require uniform heat distribution and high heat output.
Q: Can ribbon gas burners be customized for specific applications?
Ans: Yes, ribbon gas burners can be customized to meet specific application requirements.
Q: How do I maintain a ribbon gas burner?
Ans: Regular maintenance of a ribbon gas burner is essential for optimal performance. This can include periodic cleaning of the burner slots to remove debris, inspecting and replacing worn-out parts, checking for gas leaks, and ensuring proper flame adjustment. It's important to follow the manufacturer's maintenance guidelines and consult qualified professionals when necessary.
Q: Are ribbon gas burners energy-efficient?
Ans: Yes, ribbon gas burners are generally considered energy-efficient due to their efficient combustion process and heat distribution.
Q: Can ribbon gas burners be used with different gas types?
Ans: Yes, ribbon gas burners can be used with various fuel gas types, including natural gas, LPG, and other fuel gases.
Q: Are there any safety considerations when using ribbon gas burners?
Ans: Safety is a crucial aspect when using any gas burner, including ribbon gas burners. It's important to follow safety protocols, such as ensuring proper ventilation, monitoring gas leaks, using flame monitoring and detection systems, and complying with applicable safety regulations and guidelines.
Q: Where can I purchase ribbon gas burners?
Ans: It's recommended to research reputable suppliers, compare product options, and consult with experts to ensure you select the right burner for your specific application.
Our V-Type Gas Burner is quite popular because of its design, efficiency and high performance. At SEPL, we offer a V-type gas burner of different sizes.
Moc: Brass Forged Assembly
Working Pressure: 0.35 Kg/Cm2
Capacity: 15340 Cal/Hr
Inlet Connection: 3/8 Bspm Cu
Model Available: V-300, V-450, V-600,V-750, V-900, V-1200, V-1500
Fuel : LPG / PNG/ CNG
Ignition System: MANUAL
Usage/Application: Hotel/ Ovens
Brand: SEPL
Country of Origin: Made in India
V-Shaped Gas Burner Benefits
1. Ribbon gas burners are designed to distribute heat evenly across a wide surface area.The flame of the burner allows for uniform heating and minimizing hotspots.
2. Ribbon burners are designed to achieve efficient combustion of the fuel gas. This efficiency can lead to cost savings and a smaller environmental footprints.
3. Ribbon gas burners are capable of generating high heat output. they can produce a concentrated flame that is ideal for processes such as metal melting, glassworking, and industrial drying.
4. Ribbon gas burners can accommodate different gas pressures and flow rates, enabling flexibility in adapting to specific heating requirements.
5. Ribbon gas burners are often constructed with durable materials such as mild steel, stainless steel or cast iron. These materials provide resistance to corrosion, high temperatures, and mechanical stresses, ensuring a longer lifespan and reliable performance.
6. Ribbon burners are generally designed for easy maintenance and cleaning.
7. Ribbon gas burners offer precise flame control, allowing for adjustments in flame size, shape, and intensity..
8. Ribbon burners can produce various flame patterns, including straight lines, curves, or intricate designs, depending on the application requirements. This flexibility is particularly beneficial in applications such as decorative heating or artistic glassworking.
9. Due to their efficient combustion process and heat distribution, ribbon gas burners can contribute to energy savings. By effectively utilizing the available fuel and reducing heat loss, they can help reduce overall energy consumption and operating costs.
10. Ribbon gas burners find applications in various industries, including metalworking, glass manufacturing, food processing, and heat treatment. Their versatility allows them to be adapted to different processes and production requirements, making them a versatile choice for a wide range of applications.
