Swagelok Training

Your Authorized Swagelok Sales and Service Center

Swagelok Tube Fitting Installation Essentials

Send your technicians, fitters, maintenance and engineering personnel to this course and let them learn installation, maintenance and trouble-shooting techniques to increase system efficiency and improve system safety.

Swagelok Tube Fitting Installtion Essentials

Swagelok Tube Fitting Installation Inspection Essentials

Enroll your safety engineers, inspectors, maintenance managers and plant managers to this class and let them understand how to identify correct tube placement, spot improper tube fitting installation and tube bending defects.

Swagelok Tube Fitting Installation Inspection Essentials

Swagelok Essentials Training programme is your most powerful insurance.

Every 2 years, companies send employees back to the classroom to refresh them with updated information and technologies to keep operations running safely and smoothly.

Training Courses

Swagelok Tube Fitting Installation Essentials Class

Foundational tube fitting knowledge and skills

Swagelok Tube Fitting Installation Inspection Class

Proper inspection to mitigate and minimize risk of leakage

Swagelok Tube Bending Essentials Class

Basic bending techniques, tube preparation, bend terminology, correct measuring of tube and bending defects

Swagelok Medium/High Pressure Cone and Thread Essentials Class

Foundational knowledge in cone and thread preparation and installation

Swagelok Hose Essentials Class

Fundamentals of fluid system hose like terminology, end connection attachment methods and selection considerations

Swagelok Valve Essentials Class

Fundamentals of valve selection, troubleshooting and maintenance

Process Analyzer Sampling System Class

Learn to diagnose and eliminate common sampling system design flaws that result in erroneous data by using engineering principles, formulas, and calculations rather than relying on guesswork

Process Analyzer Sampling System (PASS Subsystems) Class

Break down design elements of industrial sample systems into subsystems then further separate them into discrete function blocks, then learn how to assemble these function blocks into complete system designs or employ them as analytical tools to assess and improve in-service systems