Plumbright Endfeed Long Fitting Reducer - 10mm x 15mm

High quality Copper End Feed capillary fittings manufactured to EN1254-1 standard with kitemark an...

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City Plumbing GBPlumbright Endfeed Long Fitting Reducer 10Mm X 15Mm 30012423
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Product Information

Full details

This guide is for plumbers and DIY enthusiasts working with copper pipe systems. It details the Plumbright Endfeed Long Fitting Reducer (10mm x 15mm), a reliable and cost-effective solution for joining copper pipes using traditional soldering methods. While offering a secure and durable connection certified to EN1254-1 standards, users must ensure proper soldering techniques for optimal performance.

All features

Model Part Number30012423
BrandPlumbright

Extended Product Information

FAQs

What is the primary purpose of this fitting?

This fitting is used to reduce a 15mm copper pipe to a 10mm copper pipe using a soldered joint, allowing for connection between pipes of different diameters.

Do I need special tools to install this fitting?

Yes, installation requires a blowtorch (propane or MAPP gas), solder wire, flux, and pipe cleaning tools (like emery cloth or a pipe cleaner).

Can this fitting be used for high-pressure water systems?

Yes, it is suitable for standard domestic hot and cold water systems, which typically operate at moderate pressures. It is also rated for low-pressure domestic gas installations.

What does WRAS certification mean?

WRAS (Water Regulations Advisory Scheme) approval signifies that the fitting meets the requirements of the Water Supply (Water Fittings) Regulations 1999, ensuring it is safe for use with potable water in the UK.

How long will a soldered joint with this fitting last?

When installed correctly according to best practices, a soldered copper joint using this fitting is designed to last the lifetime of the plumbing system, often decades.

Can I use this fitting with compression fittings?

No, this is an end feed fitting designed specifically for soldered joints. It is not compatible with compression or push-fit plumbing systems.

What is the difference between an end feed and a compression fitting?

End feed fittings require soldering to create a permanent joint. Compression fittings use a nut and olive to create a mechanical seal and can be disassembled.

Troubleshooting

Joint is leaking after soldering

The joint was likely not heated sufficiently, or solder did not fully penetrate. Reheat the joint and apply more solder, ensuring capillary action draws it into the gap. Ensure surfaces were clean and fluxed.

Solder is not flowing into the joint

The fitting is either not hot enough, or the flame is not being applied correctly. Ensure even heating around the fitting. Try heating from a different angle or for a slightly longer period before applying solder. Check that flux was applied.

Fitting appears discolored or tarnished

This is a normal characteristic of copper, especially when exposed to air or water. It does not typically affect performance. Clean the exterior with a damp cloth if desired.

Pipe won't fully insert into fitting

Check for any obstructions or damage at the end of the pipe or inside the fitting. Ensure both the pipe and fitting are clean and free of burrs. Gently ream the pipe end if necessary.

Pros and Cons

Pros

  • Certified quality ensuring safety and reliability
  • Durable copper construction for long service life
  • Cost-effective method for pipe joining
  • Suitable for both water and gas applications
  • Easy to use with standard soldering techniques

Cons

  • Requires soldering skills and equipment
  • Not suitable for push-fit or compression plumbing systems
  • Performance depends heavily on correct soldering technique

Setup, Compatibility & Care

Setup:

  1. Preparation: Ensure both copper pipes (10mm and 15mm) and the inside of the fitting are clean and free from dirt, grease, or oxidation. A pipe cleaner or emery cloth is recommended.
  2. Flux Application: Apply a thin, even layer of appropriate plumbing flux to the cleaned surfaces of both pipes and the inside of the fitting socket.
  3. Assembly: Insert the pipes into the fitting, ensuring they are fully seated.
  4. Heating: Using a propane or MAPP gas blowtorch, heat the fitting evenly, focusing on the area where the pipe enters the socket. Avoid heating the pipe directly.
  5. Soldering: Once the fitting is sufficiently hot (flux will appear molten), apply solder wire to the *opposite* side of the joint from the flame. The solder should be drawn into the gap by capillary action. Continue heating and applying solder until a complete ring of solder appears around the joint.
  6. Cooling: Allow the joint to cool naturally without disturbing it. Do not quench with water.

Compatibility:

  • Pipes: Compatible with standard copper pipes meeting EN1254-1 specifications in 10mm and 15mm diameters.
  • Systems: Suitable for hot and cold water systems and low-pressure domestic gas installations.
  • Joining Method: Requires traditional soldering with solder wire and a blowtorch. Not compatible with push-fit or compression fittings.

Care:

  • Maintenance: Once installed, copper fittings require minimal maintenance. Regular inspection for leaks is advisable.
  • Cleaning: If the external surface becomes discolored, it can be cleaned with a damp cloth. Avoid abrasive cleaners that could damage the copper.

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