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.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 Plumb Right End Feed fittings are suitable to use on: low pressure domestic gas installations, and hot and cold water systems.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 water and low-pressure gas systems. The Plumbright Endfeed Elbow provides a reliable and cost-effective way to create 90-degree joints in copper pipework using solder. While highly dependable for its intended uses, it requires proper soldering technique for a secure and leak-free connection.
All features
Model Part Number
12632
Brand
Plumbright
Extended Product Information
FAQs
What is an end feed fitting?
An end feed fitting, also known as a capillary fitting, is used to join copper pipes. It has a socket that accepts the pipe, and the joint is sealed by heating the fitting and pipe and allowing solder to be drawn into the gap via capillary action.
What type of solder should I use?
For potable water systems and general domestic use, lead-free solder is recommended and often required by regulations. Ensure the solder is compatible with copper fittings and the intended application (e.g., specific solders for gas lines).
Can this fitting be used for high-pressure gas?
No, this fitting is specifically rated for low-pressure domestic gas installations only. It is not suitable for high-pressure gas applications.
What does WRAS approval mean?
WRAS (Water Regulations Advisory Scheme) approval signifies that the product meets the high standards set for materials used in contact with drinking water in the UK. It ensures the fitting will not affect the water quality.
How do I clean the fitting before soldering?
Use emery cloth or a pipe cleaning tool to thoroughly clean the outside of the copper pipe end and the inside of the fitting socket. This removes oxidation and ensures a good solder joint.
What is the benefit of a 90-degree elbow?
A 90-degree elbow allows you to make a sharp, right-angled turn in your pipe run. This is essential for navigating obstacles, routing pipes neatly, and achieving specific system layouts.
Can I use this fitting with other types of pipe?
No, this fitting is specifically designed for use with copper pipes of the corresponding size (54mm). Using it with other pipe materials like PEX or plastic will result in an insecure and unsafe connection.
Troubleshooting
Joint is leaking after soldering
The joint was likely not heated sufficiently or the flux was inadequate. Reheat the joint, ensure proper flux application, and re-solder.
Solder is not flowing into the joint
Ensure the pipe and fitting are clean and properly fluxed. The joint may not be hot enough, or the heat source is being applied incorrectly. Try applying heat to the underside of the joint and introducing solder on the opposite side.
Fitting appears discolored or corroded
This can occur with aggressive water conditions. Ensure the correct type of copper pipe and fitting are used for the water quality. For long-term issues, consider water treatment.
Difficulty inserting pipe into fitting
Check that both the pipe end and the inside of the fitting are clean and free from burrs or debris. Ensure you are using the correct size pipe for the fitting.
Pros and Cons
Pros
High-quality copper construction ensures longevity.
Certified to relevant industry standards (Kitemark, WRAS) for peace of mind.
Cost-effective solution for creating angled pipe connections.
Reliable for both water and low-pressure gas lines.
Easy to install with standard soldering techniques.
Cons
Requires proficiency in soldering for proper installation.
Not suitable for high-pressure gas systems.
Copper can be susceptible to corrosion in aggressive water conditions.
Specific size (54mm) limits application to matching pipe dimensions.
Setup, Compatibility & Care
Setup:
Preparation: Ensure the copper pipe and the inside of the fitting are clean and free from oxidation. Use emery cloth or a pipe cleaning tool.
Flux Application: Apply a thin, even layer of appropriate flux to both the pipe end and the inside of the fitting socket.
Assembly: Insert the fluxed pipe fully into the fitting socket.
Heating: Apply heat from a propane torch evenly to the fitting and pipe, focusing on the underside of the joint.
Soldering: Touch lead-free solder wire to the opposite side of the joint from the heat source. The solder should be drawn into the joint by capillary action.
Cooling: Allow the joint to cool undisturbed for several minutes before testing.
Compatibility:
Pipe: Compatible with 54mm copper pipe manufactured to relevant standards.
Systems: Suitable for standard domestic hot and cold water systems and low-pressure domestic gas installations.
Care:
These fittings are designed for permanent installation and do not require ongoing maintenance. Ensure surrounding pipework is kept in good condition.