Our Students Demonstrate What They Learn – 2024

HVAC Technical Academy

 HVAC System

How y’all doing?

My name is Renard, and today I’m going to show you how to properly vacuum out an HVAC system. Let’s get started!

First, make sure your high and low hoses are connected to the respective high and low sides of the system. Double-check that your valves are open on both the high and low sides. In this case, the high-side valve on my system is messed up and has a leak, so I won’t be using it. Instead, we’ll focus on vacuuming from the low side only.

Next, confirm that your hose is securely connected to the vacuum pump. Once everything is in place, turn on your manifold gauges and open the valves for both the high and low sides. Again, since my high side isn’t functional, it’ll stay closed, and we’ll only pull the vacuum from the low side.

Now, I’ll open the vacuum pump and the manifolds to start the process. Once the vacuum is running, the goal is to bring the system pressure down to 500 microns or lower. Keep an eye on the gauges to monitor progress. It’s okay if the reading is slightly above or below 500 microns when it stabilizes, but avoid letting it go too high or too low.

And that’s it! You just wait for the system to reach the desired vacuum level of 500 microns. Once you hit that, the system is ready for the next steps. Thanks for watching! My name is Renard, and I hope this demo helped you understand how to vacuum out an HVAC system. See you next time!

#VacuumSystem
#HVACTraining

HVAC Technical Academy

 HVAC System

Hi, how’s it going?

My name is David Bass, and I’m here at the HVAC Technical Academy’s 6-week intensive hands-on and classroom workshop. Today, I’m excited to walk you through the basics of a thermostat—how it’s powered, how it’s wired, and how everything connects to make it work.

Let’s start with the thermostat cover. On the back, you’ll see where all the wires connect to their terminals. Each wire has a specific function, and I’ll break it down for you so it’s easy to follow.

Here are the key wires you’ll be working with:

• Red: This is your power supply—essential for the system.
• Green: Controls your blower motor.
• Y (Yellow): Activates your compressor and fan.
• C (Common): Provides a constant flow of power.
• O and B: Used in heat pump systems. The O energizes in cooling mode, and the B energizes in heating mode.
• W (White): Controls your heat, specifically the heat strips in the air handler.

For today’s demonstration, we’re working on a straight-cool system, so we won’t use the O or B terminals. Instead, we’ll focus on the W terminal for heat.

Now, let’s wire it up! Ideally, the wire colors match the terminal functions (e.g., red to R, green to G), but that’s not always the case. The important thing is that each wire connects to the correct terminal, no matter its color. For this setup, we’re lucky—the colors do match.

Let’s start with the red wire. Insert it into the R terminal, make sure it’s snug, and tighten the screw. Pro tip: If you ever forget, remember “righty-tighty, lefty-loosey!” Next, connect the common wire (C). This is often blue or black, but again, color doesn’t matter as long as it’s connected to the right spot. Finally, connect the white wire (W) for heat.

Once all the wires are in place and secure, double-check your connections to ensure everything is snug. Then, take the thermostat plate, align it with the base, and snap it back into place.

When the system is powered on, you can test the thermostat. Flip it to cool, and after a short delay, the cooling system should kick on. For heat, move the thermostat to emergency heat. This activates the W terminal to power the heat strips and provide heating.

And there you have it! That’s a basic walkthrough of how a thermostat is powered and wired. It’s a crucial skill in HVAC work, and with a little practice, you’ll be a pro in no time. Thanks for watching! Again, my name is David Bass, and I’m here at the HVAC Technical Academy’s 6-week intensive hands-on and classroom workshop. Stay tuned for more tips and demonstrations from our program!

#ThermostatBasics
#HVACTechnicalAcademy

HVAC Technical Academy

 HVAC System

Good afternoon!

My name is Marlon, and I’m here at HVAC Technical Academy 6-week work. Today, I’m going to talk to you about the HVAC capacitor. A capacitor is a cylindrical device that stores and releases electrical energy, primarily used to kickstart components like the fan and compressor in your condenser unit.

Here’s what a capacitor looks like. If you take a look inside an HVAC unit, you’ll typically find it mounted within the housing, which separates it from other internal components like the fan motor and compressor. This housing has a cover for protection, creating a dedicated space for the capacitor.

Key Parts of a Capacitor: On the top of the capacitor, you’ll see three main sections:

1. Common (C): Usually marked with four connections, identified by a black gasket at the bottom.
2. Herm (H): This section has three prongs, used for the compressor.
3. Fan (F): Identified by two prongs, this connects to the fan motor.

One of our instructors, Chris, gave us a helpful mnemonic to remember these parts: think of the F section with two prongs like the two strokes of an “F”; the H section has three prongs like the three strokes of an “H,” and the C section has four connections, like the four corners of a square.

How a Capacitor Works: The capacitor provides an essential jolt of electrical energy to start the fan and compressor. It’s measured in microfarads (abbreviated as MFD or µF), and the voltage rating determines its storage capacity. You’ll see this information marked on the side of the capacitor.

Common Causes of Capacitor Failure: Capacitors can fail over time due to:

• Excessive Heat: Capacitors are sensitive to high temperatures, so on extremely hot days, they can overheat and malfunction.
• Aging: Like any electrical component, capacitors wear out over time and need replacement.
• Corrosion: Corrosion around the connections can interrupt the capacitor’s performance.
• Overloading: Electrical surges or issues with the power supply can overload the capacitor, causing damage.

Safety Tip: Discharging the Capacitor Before handling or replacing a capacitor, always discharge it safely. To discharge it, take a screwdriver or an 11-in-1 tool and carefully touch it across each pair of terminals to release any stored charge. This step ensures it’s safe to work with.

Thanks for watching! Again, my name is Marlon at HVAC Technical Academy, and I hope this helps you understand the essential role of the capacitor in HVAC systems.

#HVACCapacitor
#HVACTechnicalAcademy

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HVAC Technical Academy

 HVAC System

​Hello, my name is Dennis, and today we’re going to learn how to perform a pump down.

As you can see, I’ve already got my gauges hooked up. My high-pressure gauge is connected to the liquid line, and my low-pressure gauge is on the suction line. It’s important to know which is which—your low-pressure gauge reads lower numbers, and your high-pressure gauge reads higher numbers.

Now, let’s talk about what a pump down is. A pump down involves taking all the refrigerant out of the system lines and storing it in the compressor. This process clears the lines so you can safely work on the system.

We’ll start by closing off the liquid line. Here’s a key point—work quickly and pay attention to your gauges. You’ll see the pressure begin to drop. Ideally, when the low-pressure side hits around 1:30, you’ll want to start closing off your liquid line completely.

I’ll admit, I wasn’t quite fast enough this time—it happens! But the good thing is you can open the liquid line back up and release the remaining refrigerant into the compressor. Watch the gauges closely to ensure everything is clear. Once that little bit is out, the pump down is complete.

And that’s it! You’ve successfully performed a pump down. This process is straightforward but requires attention to detail and proper timing to avoid mistakes. Remember, always work carefully and monitor your gauges throughout the procedure.

Thanks for following along, and I’ll see you next time for more HVAC training!

#PumpDown #HVACTraining

HVAC Technical Academy

 HVAC System

Hi, this is Latilia at HVAC Technical Academy workshop. Today, I’m going to show you how to use a motor puller and explain what it’s used for. Specifically, we’ll be using it to pull the motor from a fan blower that came out of an air handler.

For the sake of time, I’ve already removed the fan blower from its casing and housing, so we’re ready to get started.

Step 1: Loosen the Set Screw

The first step when removing the motor is to loosen the set screw. If it’s tight, you can use pliers, a wrench, or channel locks to get it loose. Once it’s loosened, the motor should slide out. However, due to rust or debris, it may not break free easily.

Step 2: Use the Motor Puller

When the motor doesn’t slide out on its own, we’ll use a motor puller. The puller has a center hole that slides down over the top of the motor shaft. Once it’s in place, lock it securely over the motor to prevent it from slipping during the process.

To ensure a tight fit, you can use channel locks or pliers to tighten the puller securely. You don’t want it to slide off during operation.

Step 3: Pull the Motor

Once the motor puller is locked in place, start turning the center screw of the puller. This will push against the motor shaft and force it through, freeing the motor from the blower wheel.

Troubleshooting Tips:

• If the motor still doesn’t come off easily, try sanding the shaft lightly with sandpaper to remove any rust or debris.
• Apply a bit of lubrication, such as WD-40, to help loosen the connection.

And that’s how you use a motor puller! It’s an essential tool for safely and efficiently removing a motor from a fan blower.

Thanks for watching! I’m Latilia at HVAC Technical Academy in Sanford, Florida. I hope this demonstration helps.

#MotorPuller
#HVACAcademy

HVAC Technical Academy

 HVAC System

Hi, my name is Austin. I’m from Daytona Beach, Florida, and I have been attending the 6-week hands-on and classroom workshop at HVAC Technical Academy in Sanford, Florida. Today, I’m going to teach you a little about building a box for ductwork. Let’s jump right in!

To save time, I’ve already measured out the box we’ll be making. The dimensions are 14 by 12 inches—not feet, because that would be a massive box! We’re using the center cut method for this project, which involves precise measurements and clean cuts to get the job done right.

The inside dimensions of this box will be 11 by 9 inches. I’ve labeled everything with a Sharpie so it’s easy to follow, even though the dark background makes it tricky to see. Here’s how we’ll cut the pieces: first cut is 11¾ inches, second cut is 9 inches, third cut is 11 inches, and the final cut is 9 inches.

For the first cut, measure 11¾ inches from the edge of the board. Use the red tool to line it up, apply steady pressure, and run it through for a clean cut. Next, for the second cut, measure 9 inches from the end of the first cut and repeat the process—steady pressure and precise alignment. For the third cut, measure out 11 inches, and for the fourth and final cut, switch to the blue tool to create the 9-inch section. The grooves in the tool will help ensure the box folds together nicely.

Once all your cuts are made, it’s time to fold the pieces together. Start by folding in one side, then the next, and finally wrap it all up to form the box. If needed, use a duct knife to trim off any excess for a smooth finish.

The last step is to seal the box with mastic. This ensures it’s airtight and ready for ductwork installation. It might look a little rough at first, but don’t worry—it’ll work perfectly for the job.

And there you have it! That’s how you build a box for ductwork using the center-cut method. It’s a straightforward process, and with a bit of practice, you’ll have it down in no time. Thanks for watching, and I hope this demonstration helps! I’m Austin from Daytona Beach, Florida—see you next time!

#Ductwork
#HVACTraining

HVAC Technical Academy

 HVAC System

Good afternoon! This is Leonardo from the HVAC Technical Academy in Sanford, Florida. I’m an attendee of the 6-week hands-on and in-class workshop, and today I’ll be demonstrating something I learned here: how to properly change and install a condenser fan motor.

First, make sure the power is completely off. Once everything is powered down, open the cover to expose the wiring. We’ll start by disconnecting the wires connected to the fan motor. In this case, we have three wires: purple, orange, and black. Use pliers to carefully disconnect them. The black wire goes to the defrost board, and the orange wire connects to the contactor.

With those disconnected, we’ll now remove the top cover. For time’s sake, I’ve already loosened the screws. Carefully remove the cover and gently pull the cables out. Next, we’ll loosen the screw securing the fan blades. As you remove the blades, inspect them to ensure they’re in good condition and don’t need replacement.

Now, let’s check the condition of the capacitor. Many times, a bad capacitor is the reason a condenser fan motor fails. If it’s worn out, we’ll replace it as well, but today we’re focusing on the motor itself.

Next, we’ll remove the condenser fan motor. You can replace it with an OEM motor or a compatible rescue motor. Just make sure the new motor matches the specifications of the original. Once you’re ready to install, place the new motor, secure it with screws, and ensure the wires exit in the same position as before to avoid damage.

Now, reinstall the fan blade. Make sure it’s aligned correctly—not too tight or too loose.

Finally, reconnect the wiring. The black wire goes to the defrost board, the orange wire to the contactor, and the purple wire to the capacitor, following the wiring diagram. Replace the cover, secure it with screws, and you’re done!

Once everything is reassembled, turn the power back on and check that everything is running smoothly. And that’s how you properly change a condenser fan motor.

Thanks to HVAC Technical Academy in Sanford, Florida, for the opportunity to learn these skills. Thanks for watching—I hope this demonstration helps!

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#CondenserFanMotor
#HVACTechnicalAcademy

HVAC Technical Academy

 HVAC System

Hello, everybody. My name is Ezekiel, but most people know me as Zeke.

Today, I’m going to talk to you about filter dryers, using this one as an example. Let’s dive in!

There are three main types of filter dryers you’ll encounter: suction line filter dryers, which are installed on the suction line to protect the compressor by filtering contaminants; discharge filter dryers (also known as liquid line filter dryers), which are used on the liquid line to remove moisture and debris; and bypass or bi-flow filter dryers, which are mostly used with heat pump systems as they allow refrigerant to flow in both directions depending on whether the system is in cooling or heating mode.

For this demonstration, we’re focusing on the suction line filter dryer. This particular filter dryer directs refrigerant from the suction line into the condenser. You’ll notice that the filter dryer has an arrow indicating the correct direction of flow—it’s essential to install it correctly.

Now, let’s talk about why you’d need to replace a filter dryer. If you’re working on a hermetically sealed system and performing a major repair, it’s crucial to install a new filter dryer to ensure the system remains clean and efficient. Let me show you how it’s done.

To start, you’ll need acetylene and oxygen tanks for brazing. Set up your tanks and adjust the flame. I usually aim for a small, sharp blue flame—it works best for this type of job. Once your equipment is ready, grab your service wrench and let’s get started.

Begin by heating the area around the connection points. Apply heat evenly to ensure the metal reaches its melting point. You’ll notice the color change as it heats up—this is your cue. Once the metal loosens, gently tug the filter dryer, and it will come right off. Be sure to handle the area carefully, as it will still be hot.

If you’re installing a new filter dryer, make sure it’s oriented correctly, with the directional arrow pointing toward the condenser. For this demonstration, I’m reusing the existing one as an example. Place the new filter dryer in position and start applying heat to the joint.

Heat the joint evenly until the solder reaches its melting point. Carefully apply the solder, allowing it to flow around the joint and seal it completely. For best results, use a rag to protect other parts of the system from excess heat. Keep going until the solder creates a smooth, solid seal around the entire joint.

When brazing, make sure the solder follows the heat. Apply it where the joint is hottest, and let it flow naturally to create a tight seal. You may need to work your way around the connection to ensure it’s completely sealed.

And that’s it! You’ve successfully removed and reinstalled a filter dryer. Whether you’re replacing an old one or installing a new one after a repair, this process ensures your system stays clean and efficient. Thanks for watching! My name is Ezekiel, but you can call me Zeke, and I’m here at the HVAC Technical Academy’s 6-week intensive hands-on and classroom workshop. I hope this demonstration helps you out, and I’ll see you next time!

#FilterDryer
#HVACTraining

HVAC Technical Academy

 HVAC System

​Hello everyone, my name is G, and welcome to Second Chance University! Today, we’re making history by learning how to recover refrigerant effectively and safely. I’ll guide you through the process step by step, sharing tips and tricks along the way to make it easier to understand.

To start, I’ve already set up my hoses, but let me walk you through how I installed them so it’s clear. It’s crucial to connect everything correctly—your high-side hose goes to the high-side port, and the low-side hose goes to the low-side port. Then, you’ll detach the refrigerant hose from your manifold gauge set and plug it into the inlet of the recovery machine. Lastly, you’ll need an extra hose from the outlet of the recovery machine to your recovery cylinder. Every connection matters to ensure the system works smoothly.

Now, let’s talk about keeping your equipment in good shape. Always use a filter drier on the inlet of your recovery machine. This step clears out contaminants and helps protect your machine, keeping it clean and running longer. Skipping this step could cause unnecessary breakdowns.

Before we get started, let’s go over the recovery cylinder and scale. The numbers on your cylinder are key. The WC, or water capacity, tells you the maximum amount of refrigerant the cylinder can hold—in this case, it’s 26.1 pounds. The tare weight (TW) is the weight of the empty cylinder, which is 16.2 pounds here. When you place the cylinder on the scale, the weight might be slightly higher because of the hose—it’s normal! Just tare the scale to zero, so you’re starting fresh. Always keep an eye on the weight during recovery and never exceed the WC limit.

Now, moving on to the manifold gauge set. Here’s a pro tip—open the high- and low-side valves fully, but back them off slightly. This ensures a tight seal without risking leaks. Next, purge the hoses to remove any trapped air. When you do this, you’ll hear the air escaping and, once it’s clear, you’ll see a white, smoky refrigerant flow. This is a must-do step to avoid contaminating your system.

When you’re ready to start, set your recovery machine to recovery mode and open the recovery cylinder valve. Here’s something to watch for: as refrigerant flows from the condenser into the cylinder, the pressure on your manifold gauges will drop, and the weight on the scale will increase. These changes confirm that the recovery is working as it should. Keep monitoring to ensure everything stays within safe limits.

Once the machine stops, it’s not over yet. Let the system sit for 5–7 minutes. Why? Because leftover refrigerant can still be sitting in the condenser, and the pressure will likely rise again. After the resting period, run the recovery process one more time to make sure you’ve cleared everything out. This second pass ensures no refrigerant is left behind.

If you want to speed things up, consider using a Schrader core removal tool. Removing the cores from the access ports fully opens the flow, allowing refrigerant to move more quickly. It’s not required, but it can save you time.

Once the process is complete, double-check that all refrigerant has been recovered and everything is secure. You’ve done it! This is how you recover refrigerant safely and efficiently.

Thank you for joining me today at Second Chance University. Remember, every step you take in this process is important—not just for the equipment but also for your safety and the environment. Take care, and see you next time!

#HVACTraining #RefrigerantRecovery

Oopsies – in the Lab

Hello, my name is Marlon, and welcome to HVAC Technical Academy. Today, we’re going to talk about capacitors—what they are, how they work, and why they’re important in HVAC systems. But before we dive in, let’s acknowledge something: training can come with its fair share of “oopsies,” and that’s okay! It’s all part of the learning process.

The first oopsie happened during brazing. Someone nearby called out, “Yeah, you’ve got a fire on the back side too—on the back side!” Next thing you know, someone added, “Oh my gravy, my house is running down. Try to find CL!” These moments may seem chaotic, but they’re real examples of what HVAC technicians face—and they remind us why staying calm and thinking quickly is key.

Now, back to my demonstration. I started introducing capacitors, but…oops, I got tongue-tied! Let me gather myself. “Is this another oopsie?” you might ask. Yes, it is! But here’s the thing about oopsies: you learn, reset, and try again. So, let’s dive back in.

A capacitor is a cylindrical device that stores and releases electrical energy. It helps power critical HVAC components like compressors, blower motors, and fan motors. Without a functioning capacitor, these parts won’t work efficiently—or sometimes, at all.

As I was explaining, another oopsie happened nearby. Someone practicing brazing called out, “Oh no, blow on it! Quick! Get it out!” You could hear the urgency as another added, “Miss Smith ain’t gonna be happy—grab the water! Put the water on it, quick!” Moments like this teach us the importance of being prepared, thinking on our feet, and acting fast to prevent small issues from becoming bigger problems.

At the HVAC Technical Academy in Sanford, Florida, our 6-week hands-on workshop is designed to prepare students for real-world situations like these. We combine classroom instruction with practical training to ensure you gain the skills and confidence to handle anything. Plus, the workshop concludes with a proctored EPA certification test, so you leave with the qualifications needed to excel in the HVAC field.

Thanks for sticking with me through all the oopsies today! Whether it’s learning about capacitors, troubleshooting a system, or perfecting your brazing technique, every moment is an opportunity to grow. Keep practicing, stay calm under pressure, and don’t forget to laugh at the small mistakes. See you next time!

Celebrations at HVAC Technical Academy

Birthday Celebration Speech

“Alright, everyone, let’s take a well-deserved break from all the hard work and heat to celebrate something special. Today, we’re celebrating a birthday—Ezekiel’s birthday!

First, a big shoutout to all of you for the dedication you’ve been putting into this 6-week HVAC workshop. Whether it’s hands-on training or classroom learning, you’ve been working in the heat just like you would on the job in commercial or residential environments. It’s tough work, but you’re all doing an amazing job.

Now, let’s talk about the birthday star—Ezekiel! Your stepmom, all the way from Canada, couldn’t be here in person, but she’s definitely here in spirit. She sends all her love and warm birthday wishes, and she’s treating us to a delicious birthday feast. We’ve got pizza already here, and there’s a cake on the way. How awesome is that?

So, from all of us here at the HVAC Technical Academy, Happy Birthday, Ezekiel! We hope you have an amazing day. Now, let’s enjoy some pizza and celebrate together!”

HVAC Technical Academy

 HVAC System

Sara is participating in the August-September 2024 HVAC workshop at the HVAC Technical Academy in Sanford, Florida. This 6-week program combines classroom instruction with hands-on training. Sara is leading a session on brazing, which involves using an acetylene-oxygen torch. She covers the essential tools needed for brazing and provides a live demonstration of the process, guiding participants through each step with clear explanations. Her training effectively blends technical knowledge with practical skills, making it an invaluable learning experience for all attendees.

Click on the toggle above to watch Sara’s video.

HVAC Technical Academy

 HVAC System

Champion is participating in the August-September 2024 HVAC workshop at the HVAC Technical Academy in Sanford, Florida. This 6-week program combines classroom instruction with hands-on training. Among the topics reviewed in the workshop, Champion is leading a session on capacitors in HVAC systems, focusing on testing both the fan side and the compressor side. Using a multimeter, he demonstrates how to obtain the necessary values and enter them into a formula for calculations performed on his phone’s calculator. His method provides an informative and hands-on demonstration of capacitor testing, making the session engaging and highly beneficial for all participants.

Click on the toggle above to watch Champion’s video.

HVAC Technical Academy

 HVAC System

Adam is taking part in the August-September 2024 HVAC workshop at the HVAC Technical Academy in Sanford, Florida, a comprehensive 6-week program that blends classroom learning with practical, hands-on experience. As part of the workshop, Adam is leading an informative session focused on the reversing valve in a heat pump compressor. He explains its function and operation, offering participants a clear understanding of how the reversing valve contributes to the efficient performance of heat pump systems.

Click on the toggle above to watch Adam’s video.

HVAC Technical Academy

 HVAC System

Issac is attending the August-September 2024 HVAC workshop at the HVAC Technical Academy in Sanford, Florida, a 6-week program that combines classroom learning with hands-on training. As part of the workshop, Issac is leading a discussion on the importance of preventive maintenance in HVAC systems. He addresses topics such as the impact of animals and their fur inside the home, proper care of the drain pipe, and steps homeowners can take to maintain their systems. Issac also highlights the importance of verifying voltages as part of routine checks and stresses the potential issues that can occur if preventive maintenance is neglected, underscoring its vital role in ensuring HVAC system efficiency and longevity.

Click on the toggle above to watch Issac’s video.

HVAC Technical Academy

 HVAC System

Daniel is attending the August-September 2024 HVAC workshop at the HVAC Technical Academy in Sanford, Florida, a 6-week program that combines classroom learning with hands-on training. As part of the workshop, Daniel is leading a session on duct board techniques, focusing on the proper way to measure and cut duct board. He emphasizes measuring accuracy with a detailed demonstration, followed by a hands-on cutting demonstration. Throughout his session, Daniel explains the necessary tools, when and how they are used, and shares valuable tips for achieving precise cuts. His approach ensures participants gain a solid understanding of measuring accuracy and effective duct board techniques essential for HVAC work.

Click on the toggle above to watch Daniel’s video.

HVAC Technical Academy

 HVAC System

Daniel is attending the August-September 2024 HVAC workshop at the HVAC Technical Academy in Sanford, Florida, a 6-week program that combines classroom learning with hands-on training. As part of the workshop, Daniel is leading a session on duct board techniques, focusing on the proper way to measure and cut duct board. He emphasizes measuring accuracy with a detailed demonstration, followed by a hands-on cutting demonstration. Throughout his session, Daniel explains the necessary tools, when and how they are used, and shares valuable tips for achieving precise cuts. His approach ensures participants gain a solid understanding of measuring accuracy and effective duct board techniques essential for HVAC work.

Click on the toggle above to watch Daniel’s video.

HVAC Technical Academy

 HVAC System

Omar is attending the August-September 2024 HVAC workshop at the HVAC Technical Academy in Sanford, Florida, a 6-week program that combines classroom instruction with hands-on training. Omar is leading a session on the configuration and wiring of a heat pump thermostat. He walks participants through the specific wiring setup for heat pump systems, explaining the functions of each wire and how proper configuration is crucial for optimal system performance. His detailed explanations help attendees understand the complexities of heat pump thermostat wiring and its impact on HVAC system efficiency.

Click on the toggle above to watch Omar’s video.

HVAC Technical Academy

 HVAC System

Gabriel is attending the August-September 2024 HVAC workshop at the HVAC Technical Academy in Sanford, Florida, a 6-week program combining classroom instruction with hands-on experience. Gabriel is leading a session on common drain pipe problems in HVAC systems and how to properly clean them. He discusses the causes of clogs, the potential issues that arise from poor drainage, and provides step-by-step guidance on how to clean the drain pipe effectively to prevent system malfunctions.

Click on the toggle above to watch Gabriel’s video.

HVAC Technical Academy

 HVAC System

Kyle is attending the August-September 2024 HVAC workshop at the HVAC Technical Academy in Sanford, Florida, a 6-week program that blends classroom learning with hands-on training. Kyle is leading a session on the 24-volt transformer, explaining its purpose in an HVAC system, where it is typically installed, and how it is wired. He provides detailed insights into how the transformer powers low-voltage control circuits, ensuring that participants understand its role and proper wiring techniques for safe and effective installation.

Click on the toggle above to watch Kyle’s video.

Oopsies – in the Lab

In August and September 2024, we hosted an HVAC workshop where students had the opportunity to combine theoretical learning with practical application in our lab. The hands-on experience was designed to mimic real-world HVAC situations, all while maintaining a strong emphasis on safety. Since technicians often face difficult, tight spaces while on the job, occasional errors are expected. By practicing in a controlled environment, participants were able to improve their skills, helping them reduce mistakes when working at a client’s location. This workshop took place at the HVAC Technical Academy in Sanford, Florida.

HVAC Technical Academy

 HVAC System

HVAC Technical Academy

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HVAC Technical Academy

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HVAC Technical Academy

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HVAC Technical Academy

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HVAC Technical Academy

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HVAC Technical Academy

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HVAC Technical Academy

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HVAC Technical Academy

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