High quality Copper End Feed capillary fittings manufactured to EN1254-1 standard with kitemark an...High quality Copper End Feed capillary fittings manufactured to EN1254-1 standard with kitemark and WRAS certifications. End Feed Couplings are a cost effective method of joining together Copper Pipe using Solder Wire and heat to create a neat & reliable joint. All our PlumbRight End Feed fittings are suitable to use on low pressure domestic gas installations, and hot and cold water systems.
This guide is for plumbers and DIY enthusiasts working with domestic plumbing and low-pressure gas systems. The PlumbRight Endfeed Straight Coupling provides a reliable and cost-effective method for joining copper pipes using traditional soldering techniques, ensuring a neat and durable joint. While versatile, it requires proper soldering skills for optimal performance.
All features
Model Part Number
12809
Brand
PlumbRight
Extended Product Information
FAQs
What is the primary use of this coupling?
The PlumbRight Endfeed Straight Coupling is used to join two pieces of 54mm copper pipe together using a solder joint.
What certifications does this fitting have?
It holds Kitemark and WRAS certifications, indicating compliance with rigorous quality and safety standards.
Can this fitting be used for high-pressure water systems?
No, this fitting is specified for hot and cold water systems and low-pressure domestic gas installations, not high-pressure applications.
What materials are needed to install this fitting?
You will need a blowtorch, solder wire, flux, emery cloth or pipe cleaning tools, and appropriate safety gear.
Is this fitting suitable for gas lines?
Yes, it is suitable for low-pressure domestic gas installations.
How do I prepare the pipes for soldering?
The ends of the copper pipes must be clean, dry, and free from any oxidation. Use emery cloth or a pipe cleaning tool to achieve a bright, clean surface.
What is the standard it complies with?
It is manufactured to the EN1254-1 standard.
Troubleshooting
Joint fails to seal or leaks after soldering
Ensure pipes and fitting were thoroughly cleaned and fluxed. Reheat the joint and apply more solder. Check that the pipe was fully inserted into the fitting before soldering.
Solder not flowing into the joint
The joint may not be hot enough. Increase heat application evenly around the fitting before attempting to feed solder. Ensure the pipe and fitting surfaces are clean.
Fitting becomes discolored or oxidized
This is normal during heating. Ensure thorough cleaning before applying flux and solder. Store fittings in a dry environment to minimize oxidation before installation.
Pros and Cons
Pros
High-quality materials ensure durability.
Certified to meet safety and quality standards.
Cost-effective joining solution for copper pipes.
Reliable joints for water and low-pressure gas systems.
Easy to install with standard soldering tools and techniques.
Cons
Requires soldering skill; improper technique can lead to leaks.
Not suitable for high-pressure systems.
Copper can be susceptible to damage if mishandled during installation.
Requires additional solder wire and flux for joining.
Setup, Compatibility & Care
Setup:
Ensure the ends of the copper pipes to be joined are clean, dry, and free from oxidation. Use emery cloth or pipe cleaning tools.
Apply flux evenly to the outside of the pipe ends and the inside of the coupling.
Assemble the pipe and coupling, ensuring the pipe is pushed fully into the fitting.
Heat the joint evenly with a blowtorch, focusing on the underside of the coupling.
Apply solder wire to the top of the joint; it should be drawn into the fitting by capillary action.
Allow the joint to cool completely without disturbing it.
Compatibility:
Compatible with 54mm copper pipes manufactured to relevant standards.
Suitable for hot and cold water systems.
Suitable for low-pressure domestic gas installations.
Care:
Store in a dry place to prevent oxidation.
Handle with care to avoid deforming the fitting.
Regularly inspect joints in accessible areas for any signs of corrosion or damage (though this fitting is inherently corrosion-resistant).