Analytical Instrumentation
At Swagelok, we have deep experience in and knowledge of process fluid analysis. We offer a wide variety of solutions for related applications, including fully designed and fabricated fluid system assemblies, pre-engineered subsystems, fluid system components, and supporting troubleshooting, design, and training services.
Request More InformationSwagelok provides broad support for process fluid sampling applications, offering pre-engineered and fully assembled analytical instrumentation systems and subsystems, fluid system components, and supporting services.
Swagelok offers a series of predesigned and preassembled analytical instrumentation subsystems for use in all types of plants and facilities where fluids are being processed. Use Swagelok pre-engineered subsystems to create fully documented fluid sampling and control systems and bring consistency to your operations. Easy to install and operate, Swagelok pre-engineered subsystems feature the high-quality design and performance you expect from Swagelok and are backed by the Swagelok Limited Lifetime Warranty.
Our application engineers can design and build any fluid system solutions using high-quality Swagelok fluid system components. Our systems can be semi- or fully-automated using programmable logic controllers (PLC), transmitters, relays, pumps, sensors, and more. Examples include:
- Pre-engineered subsystems (PrESS) for analytical applications
- Gas distribution systems
- Grab sampling systems
- Mechanical seal support systems
We also provide a large suite of individual fluid system components designed for ideal performance in sampling equipment and process analysis applications, including fittings, valves, hoses, measuring devices, regulators, sample cylinders, and time-saving analytical modular platform components.
We also want to ensure you have access to specialists with the knowledge needed to help you achieve your process analysis-related goals. We draw upon our expertise in analytical processes and analytical instrumentation to deliver support in the form of:
Categories
Analytical Subsystems (PrESS)
- Calibrating and Switching Modules
- Fast Loop Modules
- Field Station Modules
- Fluid Distribution Headers
- Sample Probe Modules
Gas Distribution Systems
Standardized, configurable gas delivery systems help protect system operators, increase process uptime, and improve process accuracy and repeatability.
Mechanical Seal Support Systems
Designed for specific seals and process conditions, Swagelok's Mechanical Seal Support Systems provide enhanced reliability and reducing leakage within mechanical seals.
Miniature Modular Systems
Simplify compact sampling system construction, maintain ANSI/ISA 76.00.02 standards while analyzing directly at the process line.
Kataloge zu Analyseinstrumentierung
Finden Sie detaillierte Produktinformationen, einschließlich Werkstoffe, Druck- und Temperaturbereiche, Optionen und Zubehör.
Seal Support Systems are each designed for a specific mechanical seal and set of process conditions. These systems supply either a gas or a liquid to the mechanical seal to regulate the environment in which the seal operates, protecting rotating equipment from damage. Swagelok seal support systems rely on the guidance provided by API 682: Pumps - Shaft Sealing Systems for Centrifugal and Rotary Pumps.
MPC Series: ANSI/ISA 76.00.02-compliant design, 38.2 mm (1.5 in. platform); easy to configure, assemble, and maintain; valves, filters, flowmeters, regulators, and pressure gauges, as well as adapters for additiional surface-mount components
Grab sampling is the collecting of a sample of fluid or gas in a system with the intent of transporting the sample to a laboratory for analysis. Use Swagelok application solutions to create fully documented fluid sampling and control systems and bring consistency to your operations.
Features: Wide range of probes for various applications; Probe interlocks protect equipment; Valve interlocks improve safety of operation
Versatile manifold for gas and liquid applications; Swagelok components for reliability; Fluid distribution headers can be connected inline to create longer lengths.
Features: Designed for handling long transport lines from tap to analyzer; Minimum pressure drop for fastest response time; Interlocking handles help prevent incorrect sequence of operation
Features: Provide multiple valve operations in a single, compact unit; Require fewer tubing connections than conventional systems; Save cabinet space and installation time; Include 316 stainless steel valve and actuator
Features: Is a highly configurable unit built with Swagelok modular platform component (MPC) products; Performs final conditioning of sample before analysis; Selects from up to 10 sample and 2 calibration streams using the Swagelok stream selector system (SSV series)
Gas distribution systems work to deliver gases from a high-pressure source to the facility at the pressure and flow rate required by each application. Most often built around one or a series of pressure regulation steps, gas distribution systems can have four typical subsystems: Source Inlet Connection, Primary Gas Pressure Control, Automatic Changeover, and Point-of-Use. This guide provides information on Swagelok's gas distribution system offerings.
Features: Preconditions a gas sample at the extraction point; Is highly configurable to match process conditions; Can mount directly to sample nozzles
The Swagelok® ammonia sampler is a closed-loop sampling unit that minimizes exposure to the operator and introduces consistency into the sampling operation.
The stream selector system is a modular assembly designed for process analyzer systems. Find technical and ordering information as well as details on atmospheric-reference and high-purge options.
Components: 1.5 in. (38.1 mm) C-seal modular design; Valves: manual and pneumatic diaphragm and bellows-sealed designs; Regulators: manual and preset, high-flow models; Gaskets: C-seal style for 1-, 2-, and 3-port configurations
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Finden Sie die notwendige UnterstützungSwagelok Ressourcen, die wir für Sie zusammengestellt haben
Tipps zum Beibehalten einer repräsentativen Probe in einem analytischen Instrumentierungssystem
Das Beibehalten einer repräsentativen Probe in einem analytischen Instrumentierungssystem kann schwierig sein. Lernen Sie von unseren Experten, wie Sie große Probleme erkennen und Komplikationen vermeiden können, die bei fehlerhaften repräsentativen Proben auftreten können.
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