Detonation Arresters

WinSize Product Application Sheet

Detonation Arresters

"*" indicates required fields

Name*

Company*

Phone Number*

Email*

Country / State*

City*

What model are you using?*

Identifies which arrester model is being applied or evaluated.

How to determine? Refer to equipment list or product datasheet.

View Data Sheet

What is the line size?*

Nominal diameter of the process line where arrester will be installed.

How to determine? Refer to piping isometrics, design drawings, or measure line directly.

What are the materials of construction? (Body & Flame Bank)*

The material(s) used for the arrester’s body and key internal elements.

How to determine? Match materials with gas/vapor composition, corrosion resistance, and mechanical strength requirements. Use product datasheets or engineering specifications.

1 - What is the normal flow rate?*

Typical gas/vapor flow rate under standard operating conditions.

How to determine? Check flowmeter readings, process data, or design documentation.

2 - What is the maximum flow rate?*

The highest gas/vapor flow rate the system may experience.

How to determine? Review pump/compressor specs or process design limits.

3- What is the operating pressure?*

The normal operating pressure of the process line.

How to determine? Check pressure instrumentation, control system data, or process logs.

4 - What is the maximum allowable pressure drop?*

The largest pressure loss across the arrester that is acceptable during operation.

How to determine? Refer to process design specs or acceptable operating range calculations.

5 - What is the maximum operating temperature?*

Highest process temperature expected at the arrester location.

How to determine? Use process design data, temperature instrumentation, or operating logs.

6 - What is the Gas/Vapor Composition?*

The chemical composition of the gas/vapor mixture.

How to determine? Refer to the process description, P&IDs, or SDS documentation.

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

The straight-line distance from the arrester to the nearest possible ignition source.

How to determine? Measure directly from installation drawings or confirm in field.

Are there bends in the piping?*

Whether there are bends between the arrester and ignition source, which can affect flame propagation.

Yes

How to determine? Review piping layout drawings or inspect installed piping.

8 - Is continuous burning possible on flame element?*

Indicates whether the arrester element may be subject to continuous flame burning.

Yes

How to determine? Assess process hazard analysis or operating scenarios.

Current Date*

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