Tubing Points: Types & Locations

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In summary, the conversation is discussing different types of tubing points and their locations on tubing parts. The speaker is not familiar with the abbreviations provided and requests more information to understand the topic better.
  • #1
venkataramana
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Can someone help on the following topic:

Different types of tubing points (ASPT, CLPT, JBKT, INDF, INTP, SLVE, JPT3, ENDPT, CLENV, TUBENDPT, and OFPT) and location of these points on the tubing parts.

thanks,
venkat
 
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  • #2
Hi venk'. I'm familiar with probably the vast majority of different types of tube fittings but I honestly haven't seen a single one of your abreviations before. Also, have no idea what you mean by "and location of these points on the tubing parts." I suspect there's either a language barrier here or you're looking at something in a CAD program that has unique abreviations for different types of common fittings. Maybe you could explain in more detail what you're looking for.
 
  • #3


Sure, I'd be happy to help with this topic.

Tubing points refer to specific locations on tubing parts that are used for various purposes, such as connecting different sections of tubing or attaching other components. There are several types of tubing points, each with its own unique function. Let's go through some of the most common types and their locations on tubing parts.

1. ASPT (Axially Split Point): This type of tubing point is located at the end of a tube and is used for connecting two tubes together in a straight line. It is also known as a butt joint.

2. CLPT (Clamped Point): This point is located on the side of a tube and is used for connecting two tubes together at an angle. It is often used in structures that require flexibility or movement.

3. JBKT (Jacketed Point): This type of point is located on the outside of a tube and is used for connecting a jacket or insulation around the tube.

4. INDF (Indented Point): This point is located on the inside of a tube and is used for connecting a smaller tube or component inside the larger tube.

5. INTP (Intersecting Point): This point is located at the intersection of two tubes and is used for connecting them together.

6. SLVE (Sleeve Point): This type of point is located on the outside of a tube and is used for connecting a sleeve or coupling to the tube.

7. JPT3 (Joint Point): This point is located at the end of a tube and is used for connecting three tubes together.

8. ENDPT (End Point): As the name suggests, this point is located at the end of a tube and is used for closing off the end of the tube.

9. CLENV (Clevis Point): This point is located on the outside of a tube and is used for attaching a clevis or bracket to the tube.

10. TUBENDPT (Tube End Point): This point is also located at the end of a tube and is used for attaching a cap or plug to seal the end of the tube.

11. OFPT (Offset Point): This point is located on the side of a tube and is used for connecting two tubes together at an offset angle.

The location of these points on tubing parts may vary depending on the specific application and design. It is important to carefully consider the type and location of tubing points when designing or working with tubing systems
 

1. What are tubing points?

Tubing points are locations in a well where tubing, a long hollow pipe, is inserted to extract or inject fluids.

2. What types of tubing points are there?

There are two main types of tubing points: production tubing points, which are used to extract fluids from the well, and injection tubing points, which are used to inject fluids into the well.

3. Where are tubing points located?

Tubing points are typically located at the bottom of the well, where they can access the fluids within the reservoir. However, they can also be located at various points along the wellbore depending on the specific needs of the well.

4. How are tubing points selected?

The selection of tubing points is based on factors such as the type of fluids being produced or injected, the well's production strategy, and the depth and temperature of the well. Additionally, the tubing points must be placed in a way that minimizes the risk of damage or failure.

5. What are some common challenges with tubing points?

One common challenge with tubing points is the potential for blockages, which can occur due to factors such as scale build-up or debris entering the well. Another challenge is maintaining the integrity of the tubing points, as they are subject to high pressures and temperatures. Additionally, proper selection and placement of tubing points is crucial for efficient and effective production or injection in the well.

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