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Diesel Burner Gear Pump

Name: Diesel Burner Gear Pump
Brand: FLUID TECH SYSTEMS
Price: 2500.00 INR
Availability: InStock

Price 2500.00 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Diesel Burner Gear Pump Specification

Discharge Pressure
Up to 35 Kg/Cm2

Control System
Manual/Automatic

Fuel Tank Capacity
Dependent on system

Flow Rate
60 LPH to 6000 LPH

Inlet/Outlet
Threaded / Flanged

Features
Compact Design, Leak Proof

Speed
Up to 1440 RPM

Mounting Type
Base Mounted

Voltage
220V / 380V

Frequency
50/60 Hz

Working Temperature
Up to 120C

Theory
Rotary Gear Pump

Head Size
Up to 50 meters

Max Suction
Up to 6 meters

Caliber
Customizable

Noise Level
Low

Material
Metal

Structure
Internal Gear Pump

Power
Electric

Standard
ISO Certified

Fuel Type
Diesel

Pressure
Maximum 35 Kg/Cm2

Usage
Other

Application
Burner, Boiler, Furnace

Suction Type
Positive Displacement

Seals Type
Mechanical Seal

Priming
Self Priming

Pump Type
Rotary Gear

Capacity
Up to 6000 LPH

Precision-machined Gears
Yes

Easy Maintenance
Yes

Rust-resistant Finish
Yes

Phase
3 Phase

Model Name/Number
FIG

I Deal In
New Only

Reliable Operation
Yes

Power Source
AC Powered

Compact Footprint
Yes

Flange Thread Ports
Yes

Design Type
Internal Gear

Heavy-duty Housing
Yes

Minimum Order Quantity
1 Piece

Diesel Burner Gear Pump Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Day

Delivery Time
3-5 Days

Diesel Burner Gear Pump About

A diesel burner gear pump is a specialized pump designed for the transfer and delivery of diesel fuel in burner systems. These pumps are commonly used in industrial applications such as boilers, furnaces, heaters, and other combustion equipment where a reliable and consistent supply of diesel fuel is required. They play a crucial role in ensuring efficient and controlled fuel delivery to achieve optimal combustion and heat generation.

FAQ:

Q: What are the key features of a diesel burner gear pump?

A: Diesel burner gear pumps are designed with features that make them suitable for handling diesel fuel in burner systems. These pumps typically have a robust construction with materials compatible with diesel fuel, such as cast iron or stainless steel. They are designed to handle the relatively low viscosity of diesel fuel and provide a consistent flow rate for optimal combustion. The gear design ensures precise fuel delivery, while features like built-in pressure relief valves and filters help maintain system performance and protect downstream components.

Q: What are the advantages of using a diesel burner gear pump?

A: Using a diesel burner gear pump offers several advantages in burner system applications. These pumps provide a reliable and consistent fuel supply, ensuring efficient combustion and stable heat generation. They offer precise control over the fuel delivery rate, allowing for accurate adjustment of the burner output. Diesel burner gear pumps are generally self-priming and can handle low suction pressures, making them suitable for various installation configurations. Their robust construction ensures durability and longevity, even when operating under demanding conditions.

Q: Can a diesel burner gear pump handle different diesel fuel grades?

A: Yes, diesel burner gear pumps are designed to handle different diesel fuel grades commonly used in burner systems. They are suitable for various diesel fuel formulations, including diesel fuel with different cetane ratings, sulfur content, and additives. However, it is important to ensure that the pump materials and design are compatible with the specific diesel fuel being transferred to ensure optimal performance and longevity.

Q: Are diesel burner gear pumps suitable for high-pressure applications?

A: Diesel burner gear pumps are typically not designed for high-pressure applications but are more suited for low to moderate pressure requirements commonly encountered in burner systems. They are designed to provide a consistent fuel delivery rate rather than high-pressure capabilities. It is important to select a pump that matches the pressure requirements of the specific burner system.

Q: How do I ensure proper maintenance and longevity of a diesel burner gear pump?

A: Proper maintenance and care are important for the longevity and performance of a diesel burner gear pump. Regularly inspecting the pump for wear or damage, monitoring fuel cleanliness, and following recommended maintenance procedures are crucial steps. This may include changing filters, replacing worn parts, and checking for leaks or abnormal vibrations. It is also important to ensure that the pump is lubricated properly and that the fuel system is kept clean. Following the manufacturer's guidelines and consulting with experts can help ensure proper maintenance practices.

Heavy-duty Performance and Design

Built with a metal body and precision-machined gears, the Diesel Burner Gear Pump offers unmatched durability and efficiency. Its rust-resistant finish ensures longevity even in harsh environments. The pump's compact design accommodates installation in space-constrained areas while maintaining ease of operation and low noise levels.

Reliable and Versatile Applications

This pump serves a range of industries, excelling in burners, boilers, and furnaces requiring dependable diesel transfer. The internal gear mechanism and mechanical seal provide leak-proof reliability, with threaded or flanged ports for flexible integration. It can handle customizable flow rates and head sizes, supporting varied operational needs.

Convenient Operation and Maintenance

User-friendly in both manual and automatic control setups, the Diesel Burner Gear Pump is engineered for straightforward maintenance. Its self-priming and positive displacement functions ensure smooth starts and consistent fuel delivery. The pump's modular structure facilitates quick troubleshooting and easy part replacement, minimizing downtime.

FAQ's of Diesel Burner Gear Pump:

Q: How is the Diesel Burner Gear Pump installed and connected to a system?

A: The pump is base-mounted and features both threaded and flanged inlet/outlet ports, allowing versatile integration into various systems. Installation involves aligning the unit securely onto a stable base, connecting power (220V/380V, 3-phase), and attaching the necessary fuel lines using compatible flanges or threads.

Q: What is the working principle of the FIG model rotary gear pump?

A: This pump operates on the rotary internal gear principle. The precision-machined gears rotate inside the heavy-duty housing to create a positive displacement, drawing diesel fuel from the source. Its self-priming capability ensures reliable suction up to 6 meters, delivering consistent flow rates and high discharge pressure up to 35 Kg/Cm2.

Q: When should I perform maintenance on the Diesel Burner Gear Pump?

A: Routine maintenance is recommended depending on usage intensity, typically every six months for inspection and lubrication. Since the pump includes easy-to-access mechanical seals and modular parts, periodic checks for leaks and wear help ensure long-term reliability and performance.

Q: Where can this pump be used most effectively?

A: The Diesel Burner Gear Pump is ideal for industrial applications such as burners, boilers, and furnaces, especially where reliable diesel transfer at high flow rates and pressures is required. Its robust design makes it suitable for both indoor and outdoor installations in manufacturing facilities and energy plants.

Q: What are the benefits of choosing this gear pump for diesel transfer applications?

A: Benefits include heavy-duty construction, leak-proof operation, low maintenance, quiet performance, and compatibility with both manual and automatic controls. Its ISO certification assures quality, and customizable specifications suit various capacity and pressure needs for flexible system integration.

Q: How does the control system work with manual and automatic options?

A: The pump is equipped to operate under both manual and automated control systems. Manual operation allows on-site startup and shutdown, while an automatic setup can integrate with system sensors and controllers, managing performance remotely for safer and more efficient process management.