How to set up the F & P BCPAP Device

SuzanneFelicity

22 Oct 201405:49

Summary

TLDRIn this tutorial, Richard demonstrates how to set up a fish tank bubbler system. He explains the installation of the bubbler, heater, and O2 tubing, including integrating an O2 analyzer and a safety pop-off valve. He also covers the proper setup of the heated and non-heated circuits, leak testing, and adjusting the flow rate using a Hudson prong. The video concludes with tips on maintaining the system and managing water overflow.

Takeaways

🐟 Setting up a fish tank involves a bubbler and a heater with a bracket.
🔌 A pop pressure pop off valve is used, similar to a high flow valve.
🔬 An O2 analyzer can be integrated by removing a blue cap and sliding it in.
🔧 A safety feature is the 40 PSI pop off for back pressure.
🌡️ The circuit has a heated blue limb and a short non-heated section, leading to expected condensation.
💧 A temperature probe is crucial and should be pushed all the way in to avoid additional condensation.
🌡️ A V-knot in the circuit is important for flow and temperature probe alignment.
💧 Water is added using a removable funnel, filling the tank until water overflows to the second chamber.
💨 Leak testing involves setting the flow meter at 1 liter and observing bubbles in the bubbler.
🔌 The Hudson prong fits directly into the Houston PR without needing a special adapter.
🌊 Regularly pouring a little water while bubbling ensures proper overflow observation and maintenance.

Q & A

What is the purpose of the video?
-The purpose of the video is to demonstrate how to set up a fish tank bubbler seat, including the installation of various components and the testing of the system.
What is the first step in setting up the bubbler seat?
-The first step is to place the bubbler with the bracket already in place or slide it in behind the heater.
What is the function of the pop pressure pop off valve?
-The pop pressure pop off valve is used to release pressure and prevent back pressure in the system.
How does the O2 tubing connect to the pop off valve?
-The O2 tubing is connected to the pop off valve by removing the little blue cap and sliding the tubing in.
What is the advantage of integrating the O2 analyzer?
-Integrating the O2 analyzer allows for direct analysis of oxygen levels without needing a T adapter.
What is the purpose of the circuit with a blue limb and a short 8-inch non-heated limb?
-The blue limb is a heated wire, and the short non-heated limb is designed to expect some condensation build-up, which is normal.
Why is it important to push the temperature probe all the way in?
-Pushing the temperature probe all the way in ensures accurate readings and helps avoid additional condensation.
How should the dual limb heated wire be installed?
-The short limb should be placed in the back of the circuit, and the other limb can be left hanging.
What is the purpose of the V knot in the circuit?
-The V knot is important for the flow and temperature probe, and it should be worked in as hard as possible until it flushes with the V.
How do you test the system for leaks?
-To test for leaks, set the flow meter at one liter, use the elbow adapter, and check if bubbles appear when the cap is removed and reappear when the cap is put back on.
What is the Hudson prong used for?
-The Hudson prong is used to fit directly into the Houston PR without needing a special adapter, and it helps in adjusting the flow rate.
How should you monitor the water level in the system?
-You should pour a little bit of water while it's still bubbling to ensure the overflow is visible, and make sure the water does not exceed the maximum line to prevent it from inadvertently going back into the chamber.
How do you dispose of excess water from the system?
-To dispose of excess water, lift the canister up, slide it out, pour the water into the sink, and then put it back into the groove and drop it.

Outlines

00:00

🐟 Setting Up a Fish Tank Bubbler System

In this paragraph, Richard demonstrates the setup of a fish tank bubbler system. He begins by showing the necessary components, including a bubbler, a bracket for the heater, a pop-off valve, O2 tubing, and a flow meter. Richard explains the integration of an O2 analyzer and the safety feature of a 40 PSI pop-off for backpressure. He also discusses the heated and non-heated parts of the circuit, emphasizing the importance of proper placement to avoid condensation. Richard then details the process of connecting the circuit to the bubbler and the importance of the flow and temperature probe. The video script ends with instructions for adding water to the system and conducting a leak test using a flow meter set at one liter per minute.

05:03

💧 Maintaining and Adjusting the Fish Tank System

The second paragraph focuses on the maintenance and adjustment of the fish tank system. Richard instructs on how to ensure the system is functioning properly by pouring a small amount of water and observing for overflow. He explains the importance of not exceeding the maximum water line to prevent water from inadvertently flowing back into the system. Richard also demonstrates how to dump excess water by lifting the canister and pouring it out, then replacing it back into the groove. The paragraph concludes with a note on the use of a Hudson prong and adjusting the flow rate according to the system's requirements, ensuring that the setup is user-friendly and efficient.

Mindmap

Keywords

💡Fishtank Bubbler

A fishtank bubbler is a device that introduces air into the water, creating bubbles to help oxygenate the water and provide aeration. In the video's context, it's essential for maintaining a healthy aquatic environment. The script mentions setting up a 'fishtank bubbler' with a specific seat setup, indicating its importance in the tutorial.

💡Bracket

A bracket in this context refers to a support structure or fixture that holds the bubbler in place behind the heater. It's a component of the setup that ensures the bubbler is securely positioned, as mentioned when the script describes sliding the bubbler 'right behind the heater with the bracket already in place'.

💡Pop Pressure Valve

A pop pressure valve, also known as a pressure relief valve, is a safety device that releases excess pressure from a system. In the script, it's described as looking 'similar to the high flow' and is connected to the O2 tubing, serving as a crucial safety feature to prevent back pressure.

💡O2 Tubing

O2 tubing is a type of flexible plastic tubing used to transport oxygen or air in various applications, including fishtank aeration systems. The script mentions connecting the O2 tubing to the pop off valve and flow meter, indicating its role in the aeration process.

💡O2 Analyzer

An O2 analyzer is a device used to measure the oxygen levels in a given environment. In the video, the O2 analyzer is integrated into the setup by removing a 'little blue cap' and sliding it in, which allows the user to analyze oxygen levels without the need for a T adapter.

💡Circuit

In the context of the video, a circuit refers to the path that the heated and non-heated wires take to ensure proper functioning of the fishtank system. The script describes a 'circuit' with a heated 'blue limb' and a short non-heated section, which is important for managing condensation and maintaining temperature.

💡Condensation

Condensation is the process by which water vapor turns into liquid water. The script mentions expecting some condensation build-up due to the heated and non-heated sections of the circuit, which is a normal occurrence in such systems.

💡Temperature Probe

A temperature probe is a device used to measure the temperature of a substance, in this case, the water in the fishtank. The script advises ensuring the temperature probe is pushed all the way in to avoid additional condensation, highlighting its importance in monitoring and maintaining water temperature.

💡V Knot

A V knot is a type of knot used in tubing to prevent the tubing from slipping out of place. The script emphasizes the importance of working the V knot in as hard as possible until it flushes with the tubing, which is crucial for securing the flow and temperature probe.

💡Leak Test

A leak test is a procedure to check for any leaks in a system. The script describes a leak test by setting the flow meter at one liter and using an elbow adapter, observing whether bubbles appear in the bubbler when the cap is opened or closed, which indicates the presence or absence of leaks.

💡Hudson Prong

The Hudson prong is a specific type of adapter used in the fishtank setup. The script mentions that it fits directly to the Houston PR without needing a special adapter, and it's used to control the flow of air or oxygen into the fishtank.

Highlights

Introduction to setting up a fish tank bubbler system.

Need for a bubbler and a bracket for easy setup.

Use of a pop pressure pop off valve for safety.

Integration of an O2 analyzer without needing a T adapter.

Safety feature of a 40 PSI pop off for back pressure.

Description of the circuit with a heated and non-heated limb.

Expectation of condensation build-up on the non-heated limb.

Instructions for using an elbow adapter for leak testing.

Importance of properly inserting the temperature probe to avoid condensation.

Explanation of the V knot and its significance for flow and temperature probe.

Instructions for connecting the heated wire to the circuit.

How to connect the circuit to the bubbler using a rod.

Step-by-step guide to adding water to the system.

Using a funnel for water and avoiding overflow with a second chamber.

Leak test procedure using a flow meter set at 1 liter.

How to confirm a leak-free system by observing bubbles.

Use of a Hudson prong for connecting to a Houston PR without adapters.

Adjusting the flow rate based on the required O2 saturation level.

Monitoring overflow and ensuring water does not reach the maximum line.

Method for dumping excess water from the overflow chamber.

Final steps for securing the canister back into the system.