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Vertical In line Flame Arrestor

Name: Vertical In line Flame Arrestor
Brand: PASHABEE ENGINEERING WORKS
Price: 3500 INR
Availability: InStock

Price 3500 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Vertical In line Flame Arrestor Specification

Control Type
Passive device (non-electric)

Working Temperature
-20C to +60C

Coverage Area
Depends on pipeline configuration

Coating Type
Epoxy coated or customized finish

Mounting Type
In-line, vertical

Features
High corrosion resistance, bidirectional, easy maintenance, low pressure drop

Installation Type
Vertical in-line mounting

Technology
Deflagration Type

Operating Pressure
Up to 12 bar

Fire Extinguisher Type
Not applicable (flame arrestor device)

Fire Class
Suitable for IIA, IIB, and IIC gases

Energy Efficiency Rating
Not applicable (passive mechanical device)

Connectivity Type
Flanged or threaded connections

Shape
Cylindrical

Voltage
Not required (mechanical device)

Application
Used for preventing flame transmission in pipelines carrying flammable gases or liquids

Max Flow Rate
Up to 2500 Nm/h (varies with size and model)

Diameter
Up to 300 mm (12 inches) or custom sizes

Capacity
Size and model dependent

Pressure
Up to 1.2 MPa (12 bar)

Connection Size
DN25 to DN300 or custom sizes

End Connection
ANSI/DIN flanged, threaded options available

Design Standard
API 2000, BS 7244 or manufacturer standard

Approval/Certification
ATEX, ISI, CE or customer specified standards

Explosion Group
IIA, IIB, IIC

Typical Uses
Vent lines, fuel storage tanks, vapor recovery systems, chemical processes

Maintenance
Removable element for cleaning and inspection

Direction of Flow
Bi-directional

Weight
Varies with size; approx. 5 kg to 70 kg

Pressure Drop
Low, design optimized for minimal flow resistance

Body Material
Carbon steel, Stainless steel (SS304, SS316), Aluminium upon request

Element Material
Stainless steel or corrosion-resistant alloys

Replacement Element
Available as spare part

Vertical In line Flame Arrestor Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cheque, Cash in Advance (CID), Cash Advance (CA)

Main Domestic Market
South India, Andhra Pradesh, Karnataka, Maharashtra, Tamil Nadu, Telangana, Kerala, All India

About Vertical In line Flame Arrestor

BY analysing the market and its need we have managed to manufacture the best qualityVertical In line Flame Arrestor. These are manufactured by using best quality raw material under the guidance of our senior experts. These are also checked on various quality test parameters by our quality test experts. ThisVertical In line Flame Arrestoris made by using steel material which makes it durable in nature. This is known for its good looks and strong nature which makes it the most demanding product in the market. With all such qualities, it is also available to our customers on budget-friendly prices from us.

Technical Specification

Class	150, 300, 900, 1500 lbs rating
Usage/Application	Industrial
Brand	PEW
Material	Carbon Steel
Packaging Type	Wooden Box

Superior Flame Protection

This flame arrestor offers advanced deflagration protection, making it suitable for use with IIA, IIB, and IIC explosion groups in pipeline installations. Its passive, non-electric operation ensures reliable flame arrest without the need for external energy sources, contributing to safe operation in hazardous environments.

Versatile Construction and Compatibility

Available in carbon steel, SS304, SS316, or aluminium upon request, the device is highly customizable. Its cylindrical vertical in-line design supports connection sizes from DN25 to DN300 and allows for flanged or threaded installation, ensuring compatibility with diverse pipeline requirements and industrial processes.

Streamlined Maintenance Process

Routine servicing is simplified by its removable flame arrestor element, which can be cleaned or replaced as necessary, reducing downtime and maintaining effectiveness. Replacement elements are readily available as spare parts, supporting long-term operation and reliability.

FAQs of Vertical In line Flame Arrestor:

Q: How does a vertical in-line flame arrestor prevent flame transmission in pipelines?

A: The vertical in-line flame arrestor employs a specially designed stainless steel or corrosion-resistant element that dissipates heat and extinguishes the flame front, stopping flame propagation in pipelines carrying flammable gases or liquids and thus preventing potential explosions.

Q: What applications benefit from installing this flame arrestor?

A: This device is commonly used in vent lines, fuel storage tanks, vapor recovery systems, and chemical processes, providing essential protection against fire hazards in installations where flammable substances are transported or stored.

Q: When should the flame arrestor element be cleaned or replaced?

A: It is recommended to inspect and clean the removable element periodically to ensure optimal performance, particularly after abnormal operation or as per maintenance schedules. Replacement elements are available as spare parts for timely restoration.

Q: Where can the flame arrestor be installed in a pipeline system?

A: The flame arrestor is designed for vertical in-line mounting and can be installed at any suitable section of the pipeline, ideally where ignition risks are higher, to block potential flame transmission into protected areas.

Q: What is the process for maintaining the flame arrestor?

A: Maintenance involves removing the easily accessible element for inspection, cleaning, or replacement. Its design facilitates quick servicing without dismantling the entire device, ensuring efficient upkeep.

Q: What advantages does bidirectional flow and low pressure drop offer for this flame arrestor?

A: Bidirectional flow ensures the device protects against flames traveling in either direction, while its optimized design minimizes pressure drop, supporting high flow rates and maintaining system efficiency.

Q: Are custom sizes and configurations available for different industrial requirements?

A: Yes, the flame arrestor can be manufactured in sizes up to 300 mm diameter or tailored to specific needs, with options for custom end connections and materials to suit diverse operational standards and installation environments.

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