GSP Sampling Systems – Reliable Sample Collection

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SPEC SHEET
CERTIFICATE
A detailed control panel with a pressure gauge, a large red valve wheel, pipework, a coiled spring mechanism, and various instruction labels provided by an industrial supply company in Louisiana.
Design Features

Design Characteristics

  • closed system
  • simple and safe operation
  • representative and contamination free sample
  • defined sampling quantity
  • integrated system purge
PT-Diagram
A line graph titled "general pressure-temperature-diagram" showcases the relationship between temperature in Celsius and pressure in bar for different sleeve materials, each represented by various line styles and colors, provided by an

Operating temperatures < -30°C and > 220 °C have to be checked and approved by AZ according to the operating conditions.

Besides the P/T value of the sleeve the limitations of the valve bodies also have to be considered. Please refer to the EN 12516-1 resp. ASME B16.34 in order to choose a proper pressure rating (PN/class). The shown values refer to austenitic stainless steel 1.4408 (A351 Gr. CF8M).

1) For operating temperatures below -10°C low temperature / austenitic steels are required.
2) Sleeve: There are different sleeve materials / compounds available.

Materials

Standard body materials
• Carbon Steel 1.0619, ASTM A216 WCB
• Stainless Steel 1.4408, ASTM A351 CF8M
• Stainless Steel 1.4308, ASTM A351 CF8
• Unalloyed stainless steel casting (low Temp.) 1.1138, LCC/LCB/A352

Standard plug materials
• Stainless Steel 1.4408, ASTM A351 CF8M
• Stainless Steel 1.4308, ASTM A351 CF8

Special materials
• Alloy
• Monel
• Nickel
• Zirconium
• Titan
• Tantal
• other materials on request

Sealing Systems

Type STD

Standard sealing for all major applications;
Tmax 230°C

Close-up of a mechanical device showing components of a standard sealing system labeled with parts like thrust collar, stainless diaphragm, and primary sealing type PTFE sleeve from an industrial gasket solutions provider

Type FS

Firesafe sealing (API 607) with graphite packing for additional
stem sealing; Tmax 230°C

Diagram detailing the components of a firesafe (API 607) type FS valve, designed by a Baton Rouge Valve distribution company, showing primary, secondary, and tertiary sealing mechanisms, labeled with text overlays

Type CA

Chemical sealing to prevent fugitive emission of aggressive and toxic media
with PTFE packing for additional stem sealing; Tmax 230°C

Close-up image of a mechanical seal system with labels explaining three types of sealing with materials like ptfe and stainless steel to prevent emissions, maximum temperature indicated as 230°C. Custom sealing solutions Baton

Type FSN

Firesafe safety sealing (API 607) for fluctuating temperatures
with 3x graphite packing (adjustable) for additional
stem sealing; Tmax 280°C

Diagram showing a cross-section of a type fsf seal for fluctuating temperatures, detailing three layers of sealing: primary, secondary, and tertiary, with annotations and temperatures. This diagram is essential for custom

Type FSN-SL

Firesafe safety sealing (API 607) for fluctuating temperatures
with 3x graphite packing (live loaded disc springs) for additional
stem sealing; Tmax 280°C

Illustration of a firesafe safety sealing type fsn-sl showing primary, secondary, and tertiary sealing components with labels. Temperature threshold is indicated as 280°C. This is part of our custom sealing

Type CASN

Chemical safety sealing for fluctuating temperatures
with 3x PTFE packing (adjustment) for additional stem sealing;
Tmax 230°C

Diagram showing parts of a chemical safety sealing system with labels for primary, secondary, and tertiary custom sealing solutions in Baton Rouge, indicating materials and temperature adjustments.

Type CASN-SL

Chemical safety sealing for fluctuation temperatures
with 3x PTFE packing (live loaded disc springs) for additional
stem sealing; Tmax 230°C

Detailed diagram of a custom sealing solutions system featuring primary, secondary, and tertiary sealing sections, with annotations and components labeled clearly.
Port Forms
Diagram illustrating a four-step process involving a hatchet cylinder and sampling system used by a valve distribution company in Louisiana. Each step shows valve positions and actions such as purging, depressurizing, and
Actuation