Plumbright Endfeed One End Branch Reduced Tee - 42 x 42 x 35mm
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 Plumb Right 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 gas systems. The Plumbright Endfeed Reduced Tee offers a reliable and cost-effective solution for branching copper pipes using traditional solder methods. A key consideration is the need for proper soldering technique and equipment to ensure a secure joint.
All features
Model Part Number
13037
Brand
Plumbright
Extended Product Information
FAQs
What is an 'End Feed' fitting?
An End Feed fitting is designed to be joined using solder and heat. The pipe inserts into the fitting socket, and solder is applied to create a permanent, sealed connection.
What does 'Reduced Tee' mean?
A Reduced Tee has two main run connections (42mm in this case) and one branch connection that is a different size (35mm). This allows you to connect a smaller diameter pipe off a larger one.
Can I use this fitting for high-pressure water systems?
This fitting is rated for standard domestic hot and cold water systems and low-pressure gas. It is not designed for high-pressure industrial or commercial applications.
What certifications does this fitting have?
The fitting has Kitemark and WRAS certifications, indicating it meets stringent quality and safety standards for use in plumbing applications.
What tools do I need to install this fitting?
You will need a blowtorch (propane or butane), solder wire, flux, pipe cutter, and emery cloth or pipe cleaning tools.
How do I ensure a good solder joint?
Thorough cleaning of the pipe and fitting, proper application of flux, even heating of the fitting, and allowing the solder to be drawn into the joint by capillary action are key to a good joint.
Is this fitting suitable for buried pipes?
While copper is durable, for buried applications, it is recommended to protect the pipework from potential ground contaminants or to use specific types of protective sleeving, depending on local regulations and ground conditions.
Troubleshooting
Solder not flowing into the joint
Ensure the pipe and fitting are thoroughly cleaned and fluxed. Check that sufficient heat is being applied to the fitting body itself. The fitting must be hotter than the solder for it to be drawn in.
Leak after soldering
The joint may not have been heated evenly, or the solder may not have fully penetrated. The joint will need to be heated again, ensuring proper flow. If the leak is significant, the joint may need to be redone entirely.
Fitting appears discolored
This is likely due to oxidation during heating. While cosmetic, ensure excessive oxidation does not impede solder flow. Clean off any heavy soot or scale after cooling.
Pros and Cons
Pros
High-quality copper construction ensures durability.
Certified to relevant industry standards (Kitemark, WRAS).
Provides a secure and reliable joint when soldered correctly.
Cost-effective solution for pipe branching.
Suitable for both water and low-pressure gas applications.
Cons
Requires soldering skills and appropriate tools.
Not suitable for high-pressure systems.
Copper can be susceptible to corrosion in certain water conditions.
Specific dimensions (42 x 42 x 35mm) limit immediate compatibility without adaptors.
Joint integrity relies heavily on the installer's technique.
Setup, Compatibility & Care
Setup:
Ensure the ends of the copper pipes and the inside of the fitting are clean and free from oxidation. Use emery cloth or pipe cleaning tools.
Apply a suitable flux to the cleaned surfaces.
Assemble the pipe into the fitting, ensuring it is fully seated.
Apply heat to the fitting using a blowtorch, focusing on the underside of the joint.
Touch solder wire to the top of the fitting opposite the flame. When the fitting reaches soldering temperature, the solder will be drawn into the gap around the pipe.
Allow the joint to cool naturally without disturbing it.
Compatibility:
Compatible with standard copper pipe conforming to EN1057.
Suitable for hot and cold water systems.
Approved for low-pressure domestic gas installations (ensure compliance with local regulations).
Not suitable for use with push-fit or compression fittings.
Care:
Copper fittings require no regular maintenance once installed.
Avoid aggressive cleaning agents that could degrade the copper.
Ensure the surrounding environment does not promote excessive corrosion.