EFJLP1 Electro Fusion Jointing of Polyethylene Pipework Training Course

You’ll learn best practices for jointing polyethylene pipework using electro-fusion techniques, with thorough coverage of:

• Safe use of electro-fusion control boxes and precautions
• Assessing and responding to fusion failures
• Identification and application of different types of electro-fusion fittings
• Protection of fittings during installation
• Selection and use of PE pipes and fittings for commercial applications
• Recognition of successful fusion welds

Course content is mapped to important normative documents and industry codes: HSL56, UKLPG COP22, GIUSP, IGEM/UP/2 Edition 3, K&U.

This course excludes trench/pit digging and pipework protection techniques, handling of coiled PE pipe, and Butt Fusion Jointing, which are covered in other Logic4training courses.

The course is delivered by Logic4training’s expert instructors in fully equipped training centres, blending classroom learning with practical assessments. Upon successful completion, learners receive the industry-recognised EFJLP1 qualification, evidence of proficiency in PE electro-fusion jointing for low-pressure gas installations.

This course is designed for experienced commercial gas engineers looking to upskill. Operatives will need to hold one of the following qualifications:

• COCN1 – Core Commercial Gas Safety qualification or
• CODNCO1 – Changeover Domestic to Commercial Gas Safety
• Core Commercial Catering, Laundry, Metering, LPG or Domestic

All equipment, normative documents and course materials needed for successful completion are provided by Logic4training as part of the course, so no advance reading is needed. However, familiarising yourself with basic principles of gas safety and UK gas standards can help you get the best out of training.

No, this EFJLP1 course does not cover digging or refilling trenches, handling delivery of coiled PE pipe, or pipework protection.

No, everything required for training and assessment will be provided, including normative documents and all necessary tools.

Cooling time is typically three times longer than the original fusion time, as PE is an excellent insulator. The fitting remains hot beyond the prescribed cooling time, and clamps must stay in place until manufacturer-specified cooling is complete.

Common failure indicators include short circuits, overcurrent/overvoltage displays, or abnormal welding processes. If problems occur, stop immediately, allow complete cooling, then cut off the failed joint and restart the entire process.

Yes, electro-fusion can be performed in cold weather. Modern control boxes with barcode scanners automatically adjust fusion times for temperatures between -30°C and +50°C. For manual input systems, use the temperature compensation tables on fitting packaging or work within heated shelters when temperatures drop below -5°C.

Like other ACS qualifications, EFJLP1 typically expires after 5 years and requires renewal through re-assessment. Regular training updates ensure competency with evolving industry standards and safety practices.