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1. Identify the motor type this is a PSC motor, shaded pole, or CSR motors would not have a run capacitor if it had a run capacitor.

2. Was the motor sealed or did it have vents? A motor with vents is typically used as a blower motor, and a sealed motor is typically used as a condenser fan motor.

3. Which kind of bearings does it possess? Throughout our industry, the bearing forms used are sleeve or ball bearing. Sleeve bearings are low-cost bearings but they are not capable of handling a lot of loads. So it is better to substitute them with a ball bearings motor that can handle the additional load, this is why all motors of the first choice are fitted with ball bearings.

4. What is the length of the Frame? Measure the diameter of the motor to find out, and use the chart below as a reference: a. NEMA frame 42 b, diameter 4.9"=. NEMA frame diameter 5.6"= 48 c. NEMA Frame 56: Diameter 6.5"

5. 5. Which is the RPM on the motor? Replace the end bells of the motor and count the number of poles to calculate the RPM of the motor (a pole in a motor is a wire loop that begins at one point in the stator and then loops back in). Note, there are two separate windings in each motor, the windings start and run. Just count the loops inside one of the windings. See the picture below, then see the diagram to find the RPM of the motor: a. 4 Pounds = 1625 b. 6 Pole = 1075 ts. 8 Points = 825

6. So many speeds do the motor have? Set aside the green wire used for grounding, and the brown or purple wires usually used for condensers. Count the remaining wires (less one that will be used as the neutral or normal wire) and figure out how many speeds the replacement motor will have

7. Why do you know the color of every Tap? This map is normal in the industry. Some OEMs may be different but it's a good guideline. Another test will be to use an ohmmeter to measure each wire 's resistance to its typical wire (yellow or orange). The maximum speed will have the lowest resistance; as the resistance increases the motor speed will decrease.

ALLIED MOULDED – PartsXP

Belimo Parts – PartsAPS

Furnaces generally operate without incident when properly installed, tested, and maintained by a HVAC professional. But there may come a time you need to know the difference between regular furnace repair service and emergency furnace repair.

If you live in the Cleveland area, you understand the furnace emergency in the dead of winter. Some problems are more threatening than others and require more immediate attention. With a little investigation, you'll find that some complications are minor to fix, and others require the expertise of a professional.

Furnace Emergencies - When It's Time to Call in a Professional

1. Electrical Issues Seem to be the Problem

Electricity plays a critical role in how your home operates. You rely on your home's electrical system to provide power when you need it, and that could be powering your heating and cooling systems.

Your lights should not flicker when your system turns on. Electrical issues should be addressed by a professional. Understanding the basics of your electrical system can help you identify and avoid potential hazards, but leave nothing to chance.

Do not put yourself or someone else in danger by attempting repairs you are not qualified to do. The Electrical Safety Foundation sites:

•             Electrical failures or malfunctions were factors in an estimated 43,700 home fires

•             These fires caused 430 deaths and 1,620 injuries

•             Causing approximately $1.5 billion in property damage

2. Furnace is Making Unusual and Loud Noises

Sometimes a furnace may be running fine, but loudly. If you can tell the noise is a result of the air running through the ductwork, one solution may be to insulate your ductwork to cut down on the noise. If the actual furnace system is making odd noises, this can occur when the pilot light is improperly adjusted or the blower motor lubrication ports need oiling. There may also be an issue with the belts or even the burner.

What are the different noises coming from your furnace?

a. Pinging or popping sounds - could be thermal expansion- the ductwork expanding and contracting as it heats and cools.

b. Rattling noises - loose panels may need to be tightened.

c. Squealing noises - could be a belt that connects the motor to the fan slipped. Or the belt needs replacement.

d. Grinding sounds - probably time to call a furnace repair technician. The motor bearings need repair. (source)

When to call a professional: While it may not seem like an emergency, you should have furnace system noises checked out by a service technician. Early detection of a problem may save you from further damage and a larger repair bill in the future.

3. HVAC System is Turning On and Off Rapidly

In the case of a furnace turning on and off again too quickly (rapid cycling), many causes can exist. The first may be a dirty or worn-out air filter. If you haven’t replaced it within very recent memory, try doing so — it’s a quick and easy fix.

Using old filters puts more stress on the compressor and can lead to mechanical failures over time.

4. There is an Unpleasant Odor: You Smell Rotten Eggs / Sulfur  

If you smell gas, leave home immediately.

First things first — make sure the residents of your home are safe before you try to get your problem fixed. If you smell a strange odor, everyone should leave the space immediately.

Note that you cannot actually smell or see natural gas. That’s why a substance is added to it, called mercaptan. It smells unattractive - something to the effect of a rotten egg. The smell is very distinct, so you can immediately determine if there is a gas leak in the house.

What Should I Do If I Smell Gas?  "Rotten eggs"

Don’t mess around, especially if you hear any hissing.

•             Get your family out immediately.

•             Do not turn on or off any lights – the small electrical arc created could cause the gas to ignite.

•             Do not turn on the stove.

•             If windows are open, leave them. If you are able to open a few windows on the way out the door, then do so, but quickly.

•             Do not use the phone or cell phone in your house.

•             If the car is in the garage, leave it. Starting the car could cause an explosion — so could the mere act of opening the garage door using the door opener.

•             Go to your neighbor’s or outside to call for service.

•             Consider keeping the family out of the house if the service call is delayed. Plan to stay elsewhere until the gas leak is fixed.

•             Only turn off your gas if it is safe to do so. And call an emergency team right away.

5. Your Heating System/Furnace is Blowing Cold Air

Make sure the blower is clear of any debris. Also, there should be a flashing light; green or red.

If the light is green, it's okay; if red, call for service. And if there is no light, the furnace problem may be with the thermostat, the blower motor, the run capacitor, furnace control board or transformer.

6. Your Flame Isn't Blue

Check the color of your pilot light flame. If your flames are closer to a yellow color, it could be a combustion problem. With combustion problems, you must be aware of excess carbon monoxide.

Carbon Monoxide is difficult to detect. It's been coined the "silent killer" for a reason. It doesn't have a smell, color, or taste. It can be found in your home from your fireplace, gas ranges, and furnaces. The build-up indoors can poison people and their pets who breathe it.

A combination of condensation and soot can also cause burners to malfunction. The burner assembly should be cleaned annually or replaced if the existing one is in poor condition.

7. Your Heat Suddenly Turns Off

This may not be an immediate emergency.

There are a few things you can do before calling for repair service:

•             Check your air filter - the filters keep your system clean. If it is clogged, it may cause your system to turn off.

•             Check your thermostat - Depending on the type of thermostat you have, you may need to replace the batteries.

•             Reset your home circuit breaker and more...

Your Furnace Deserves Your Attention

A quality furnace system is one of the most important investments you can make in your home. The system adds both value and comfort to your living space and should be regularly maintained to keep it in top working order.

Developing a partnership with a trusted HVAC professional is one good way to educate yourself about your furnace and to feel confident about any repairs you have done.

Arrow Products – PartsXP

If your air conditioner is leaking water, you may wonder why that’s happening and what you can do about it.

 Read on to discover a few reasons why you may be dealing with an AC leaking and steps you can take to correct the issue.

 How and Why Water Forms in Your Air Conditioner

Most modern air conditioning systems contain an indoor and outdoor unit. An evaporator coil is contained in the inside unit that cools the warm air as it blows over it to create a comfortable indoor temperature.

 As hot air blows over the coil, condensation starts to form. Imagine water droplets forming on a cold glass of water, and that’s exactly what’s happening to your evaporator coil.

 As the moisture forms, it drips into a drain pan that leads to a condensate drain line. This line leads out of your home so ideally, you shouldn’t have issues with your AC leaking inside the home.

 Unfortunately, there may be times when your air conditioner is leaking water inside the house, but there’s no need to panic. Let’s examine a few reasons why this could be happening and how to fix it.

 Why Your Air Conditioner is Leaking Water: A Clogged Drain Line

If your AC is leaking inside the home, it’s most likely due to a clogged condensate drain line. Over time, this line can become clogged with debris like dirt, dust, or mold.

When your condensate drain line gets clogged, water can’t escape and drain to the outside of the home. The line becomes backed up, causing the condensation to come back inside and leak water into your home.

One easy way to unclog the drain line is to remove the debris using a wet/dry vac. This should remove anything that’s causing it to be backed up, freeing the line to allow water to escape once again.

If the wet/dry vac method doesn’t work you may need to call the professionals for help. They have access to a special, powerful vacuum that can remove the blockage and free up the drain line.

Dirty Air Filter

You already know that you should change the air filter for your air conditioner every 30 days. A dirty air filter can make your system work harder, resulting in possible damage or worn-out parts.

In addition to causing strain on your home’s HVAC system, a dirty filter can block the flow of air that moves over the unit’s evaporator coil. When the air is blocked, the coil becomes extremely cold and can start to freeze.

As the frozen coil melts, the excess water can cause your pain to overflow. Keep a close eye on your air filter and change it every month or two. If the filter looks to be extremely dirty or clogged, it could be the reason why your air conditioner is leaking water inside the house.

Your AC is Low on Refrigerant

As the volume of refrigerant gets lower, the pressure inside of your AC system lowers, too. This can also cause your evaporator coil to freeze, creating a wet mess.

If you notice that your air conditioner isn’t cooling down your home like it should, check the refrigerant levels. Other signs include an unusual hissing or bubbling sound, which can indicate that you have a leak. 

If you catch a leak in time, you might be able to repair the damage. If not, you could end up having to pay for a completely new unit.

Have your HVAC system inspected regularly to prevent these problems from occurring. Ideally, you should have a thorough inspection at the start of every summer to prevent leaks and other issues.

Other Reasons for AC Leaks

There may be a few other reasons why you notice that your air conditioner is leaking water inside your home. If your air conditioning system is older, you could have a rusted or damaged drain pan.

AC units that are between 12 and 15 years old may need a new pan. Try replacing an old, rusty drain pan and see if this remedies the issue.

Another potential cause of a leaking AC could be a broken condensate pump. If the unit is installed in the basement, the pump should be pumping water outside.

If your pump is broken, water can’t be pumped outside of the home any longer. It’s crucial to have this part either repaired or replaced as soon as possible to prevent water damage to your home.

Whenever you’re in doubt, it’s always best to turn to the professionals for help. Leaking air conditioners that go ignored can go from an annoying drip to a potential flood in a matter of days or weeks. Always get the problem checked out if you can’t pinpoint the source of the problem.

Say Goodbye to a Leaking AC

If you know what to look for when your air conditioner is leaking water, you might be able to get the problem fixed yourself. If you’re not sure why the leaks are happening, contact the pros to help.

Amana-Goodman Furnace Parts – PartsAPS

PartsAPS has a huge collection of the Amana Goodman Parts that include Amana Goodman Furnace Parts, Goodman Air Conditioner Parts, and Goodman HVAC Parts and Amana Goodman Pressure Switches.You can get all your most needed Goodman Replacement Parts on our website at very reasonable prices.

When it comes to your home’s wiring, you expect everything to work flawlessly at all times. Unfortunately, this isn’t always the case, and a wiring problem can be understandably scary to deal with on your own.

One such wiring problem you may be facing is a buzzing sound emanating from your circuit breaker. You probably noticed the sound because it’s so annoying—and lucky it is because circuit breaker buzzing that goes unresolved can be a serious danger. Learn some of the reasons why you might be hearing a buzzing noise and how to resolve it.

REASONS FOR CIRCUIT BREAKER BUZZING

•             Normal vibrations: First, consider that a barely audible hum or buzz is perfectly normal. Energy travels in and out of the panel at a rapid rate, causing vibrations that may be audible if you listen closely. However, if the buzzing is louder than usual, you could have a problem on your hands.

•             Failure to trip: The purpose of a circuit breaker is to “trip” or cut power to a circuit when the electrical current gets too high. When a circuit goes bad, it fails to trip and leaves the strong current flowing through the wire. This could be the problem if you hear the circuit breaker buzzing when the air conditioner, hair dryer, or another electricity-guzzling device kicks on. A faulty circuit could lead to overheating and is a serious fire hazard.

•             Loosely connected wire: A wire inside the circuit breaker may not be connected securely, or it may be damaged, either of which cause an intermittent buzzing noise. Opening the panel may even reveal sparks. You can determine the troubled circuit by shutting off all the circuits and turning them back on one by one until you hear the buzzing sound.

•             Whether the circuit breaker buzzing is caused by a circuit failing to trip or a loose electrical connection, the first and only step to fixing it is to call an experienced electrician. Fire and electrocution are very real possibilities, and you don’t want to mess around with live wires and dangerous currents.

AFC Parts – PartsXP

Now is the perfect time to get your HVAC system ready for spring and warmer weather. Especially when you hale from a part of the country where warm weather turns blazing hot when summer hits. You could say it’s even more important now with the current situation keeping so many people indoors. The last thing you need is for your AC to fail, making indoors an uncomfortable place to be. Well, check one thing off your to-do list by using our spring checklist for getting your HVAC system ready for whatever comes next.

Replace Your Air Filter

If you’re not changing your air filter regularly, you may already have a system that is working too hard to heat or cool your home. A dirty air filter obstructs the air flow and not only works your system too hard; it can wreak havoc on your wallet with higher energy costs. It is recommended that you change your filter every 30 days for optimal performance. But definitely make it part of your spring checklist as well.

Test Your System

Monitor whether your system is cooling your home to the temperature on your thermostat. Make note of any strange noises or odors as they can be signs of a problem. And consider whether your thermostat needs to be upgraded.

Schedule a Maintenance Appointment

 Ranco V10-418140-270 1 1/8x7/8" Reversing Valve - PartsAPS

Ranco controls are used all over the globe in industrial & residential HVAC and refrigeration systems. The company has been designing refrigeration equipment excellently for over 50 years and has developed the best solutions for air conditioning, heat pumping, and other HVAC systems.

ABUS Parts | ABUS Cable Lock - PartsXP

ABUS products include ABUS combination lock, ABUS  cable lock, ABUS shackle lock, and so on. If you are looking to buy  these products, simply visit our partsxp.com website and make your order. We  will provide you doorstep delivery for your order. Therefore, don't hesitate  to buy it at our PartsXP store.

Why you think the AC is oversized?

If your AC is too large for your house, you should find at least one of the 3 issues that follow:

1. Your air conditioner turns on and off automatically

2. Your air conditioner will not extract moisture

3. Your electricity costs are higher

We will go into more depth about each of these problems in this post, and how to address them.

Let's begin with issue #1...

Issue # 1: The AC automatically switches on and off

Is your AC cooling up your home on a hot afternoon in 10 minutes or less?

If so, that can mean that you have an over dimensional air conditioner.

Since an over-sized AC is too strong for your home, it can cool your home quickly and then shut down, which can increase your energy bills and wear out your AC (from all the starting and stopping points).

Issue # 2: Not extracting moisture from your air conditioner

One of the functions of your AC system is to remove moisture from the air in your home which is essential in those summers in Sarasota.

A correctly designed AC would have a temperature of about 30–50 percent indoors. But to dehumidify the air in your home your AC must run cycles of regular duration.

As we discussed in the first issue, an over dimensional AC can constantly turn on and off. So if an AC turns off continuously it won't work long enough to extract moisture from the warm air in your house.

So, if you feel very hot at home, it may mean it your AC is overweight.

Issue # 3: The energy bills are higher

As we described in the first issue, an over-sized AC would sometimes very quickly cool your home and then turn off.

This not only wears out your AC components but it can also raise your energy bills.

You see, there are several motors in your AC which run different components (like the compressor and blower). And all these engines gain more power when starting compared to when running. And if your AC often turns on and off, the motors in your AC use more power than they should, as I do

And, if you experienced a steady increase in energy bills, you could have an overweight air conditioner.

"Why is it that my AC is so big? Telling yourself how you got into this plight?

Okay, long story short, it's probably because a "cooling load calculation" was not done by the tech which installed your AC.

A estimate of the cooling charge takes into account such factors as:

• The home's square footage

• The number of rooms within your house

• The number of windows and doors you have at home

• Climate in which you live

• The degree of insulation inside your home

• State of the duct work in your home (i.e., has it leaked?)

• And more.

• A tech can only reliably suggest an AC size for your home in the light of all the above factors. But sadly, when installing a new AC, many HVAC techs either don't know how to do a cooling load calculation, or just miss it.

• Why should a tech miss a measurement of cooling loads?

• Imagine that your old AC is 3 tonnes. The tech can think you 'd just need to replace the 3-ton AC with a new 3-ton system.

Would you have any upgrades or additions to your Tampa home in the works? Congratulations, Mr President. But before you get too excited, PartsXP-Electrical Parts and Supplies will encourage you to remember a few things here. Home additions almost always mean electrical work and there are several variables to consider as to whether your end product can result in proper work

MAJOR ELECTRICAL FACTORS TO CONSIDER WHEN RENOVATING

Home add-ons typically mean a higher electrical load on your screen, and a need for improved functionality. Bear in mind those points when planning:

• Plan electric exposure for you. The location and cabling of your electrical outlets will decide a lot about how the electrical work will proceed in your home additionConsider where appliances you like, and where equipment, floor lighting, and sometimes appliances may need electrical access. Consult with your electrician while you're at it to decide where you need to use a dedicated circuit to ensure maximum safety.

• Consider getting high. A heavy-up effectively raises the amperage (electrical power) at your home's fingertips. Most homes (especially older homes) need a heavy-up as it is, so if you add on, you almost definitely have to look for a heavy-up to suit your needs. You may be terribly disappointed without it (and in the dark) when you try to use electricity in your new room

• Lighting ahead of time. Know where fixed electrical equipment, such as lighting, will be before you start building. Finding a place for everything allows a seamless operation, and making last-minute adjustments can be incredibly time-consuming and expensive.

• Talk with a specialist about the rest of your home wiring. The electrical in your initial home areas that need to be altered or modified due to the new devices, cabling, and equipment that will be included in your addition. Speak to your electrical professional to see whether you do or may not need to upgrade your home plumbing, access or circuits.

• Be careful about your budgeting, and be flexible. Include some leg room in your budget for unexpected shifts, accidents and potential improvements that you might be adding during the construction process. It is just a way of making sure you 're ready for every possibility!

PartsXP is one of the leading distributors of electrical parts and supplies.  To install electrical systems and run into buildings, you require electrical products and power management supplies. Switches, fittings, and wires are compulsory for making repairs to electrical systems. Circuit breakers, pushbuttons and other electrical parts are used to create electrical components.

PartsAPS - HVAC Parts and Accessories | Air Conditioner Parts | HVAC Parts | Refrigerator Parts

PartsAPS is the leading wholesale Distributor of HVAC Parts and Accessories which include Air Conditioner Parts, Heating/ Ventilation Parts and Refrigerator Parts. PartsAPS helps you to choose your best Replacement Parts that come with Excellent quality of Products at very reasonable prices.