End of Line Flame Arresters

WinSize Product Application Sheet

End of Line Flame Arresters

"*" indicates required fields

Name*

Company*

Phone Number*

Email*

Country / State*

City*

What is the Shand & Jurs model number?*

View Data Sheet (94306 Vertical End Of Line Flame Arrester)

View Data Sheet (94307 Horizontal End Of Line Flame Arrester)

View Data Sheet (94308 Miniature Flame Arrester)

View Data Sheet (94309 Flame Arrester (Plate Element))

What is the flange size?*

The diameter and rating of the connection point where the arrester attaches to the piping system.

How to determine? Refer to the piping and instrumentation diagrams (P&IDs) or the vent line's physical specifications.

Materials of Construction (Body & Flame Bank)*

Material specification for the valve body, such as carbon steel, stainless steel, or alloy.

How to determine? Match with stored product requirements; check tank material specs and process compatibility.

1 - What is the normal operating flow?*

The typical gas/vapor flow rate under normal tank or process conditions.

How to determine? Check process flow records, flowmeter readings, or process design specifications.

2 - What is the maximum flow rate?*

The highest possible gas/vapor flow rate during peak or emergency scenarios.

How to determine? Review emergency venting scenarios, process hazard analysis (PHA) documents, or consult with process engineers.

3- What is the operating pressure?*

The pressure range within the line/system during normal operation.

How to determine? Refer to pressure gauge readings, process data, or design specifications for the system.

4 - What is the maximum allowable pressure drop?*

The maximum pressure loss across the arrester that the system can tolerate.

How to determine? Consult with process engineers or review process design documents for system limitations.

5 - What is the operating temperature?*

The normal temperature of the vapor/gas stream where the arrester is installed.

How to determine? Check temperature instrumentation readings or process design specifications.

6 - What is the gas/vapor composition?*

The chemical makeup of the vapors passing through the arrester, critical for safety design.

How to determine? Refer to the product's Safety Data Sheet (SDS) or a laboratory analysis.

7 - What is the distance from the flame/ignition source?*

The physical distance between the arrester and the nearest potential flame/ignition source.

How to determine? Measure the physical distance on-site or refer to engineering drawings and plant layouts.

8 - What is the mounting configuration?*

The orientation and installation details of the arrester, such as vertical or horizontal mounting.

How to determine? Check engineering drawings, piping layouts, or site installation plans.

9 - If horizontal configuration, straight pipe; specify drain plugs.*

Indicates if drain plugs are required when the arrester is installed horizontally.

How to determine? Consult with the design engineer or refer to manufacturer guidelines for horizontal installations.

10 - If horizontal configuration, straight pipe; list # of pipe bends.*

The number of bends in the horizontal pipe run leading to the arrester.

How to determine? Count the number of bends from the nearest pipe section to the arrester on the engineering drawing.

Current Date*

MM slash DD slash YYYY