DON’T BE THIS PERSON?

Her auto technician told her 3xs that she should get the timing belt changed on her 2002 PT Cruiser.

But she kept putting it off – because she did not want to spend the money.

While driving to work – the timing belt broke… and because this vehicle has an interference engine, the engine is probably toast. The vehicle got towed to Auto Craftsmen.

The only way to find out if the engine survived is to put a new timing belt on the engine (approx. a five hour job). It is will either be OK – or not Ok – It’s about a $500 gamble!  So Sad!

Exercise while you wait for Automotive Services at Auto Craftsmen

You asked for it… and we listened!

We now have an exercise room (air conditioned too) so you can get a work out while waiting for an oil change or other minor service on your car.

If the service or repairs are going to take too long to wait – we have a shuttle service into the greater Montpelier area & five loaner cars available for you to use!

Here in Vermont we have a fairly short season of hot and humid weather. Mostly we can get by rolling down our windows and letting fresh air in to keep us comfortable. But on those wicked hot days most of us really appreciate having the air condition working in our cars to keep us cool.

Trying to explain how the air conditioning system of your car works is not an easy task. This is because it’s fairly complicated and counter-intuitive.

Basically, when you push the A/C button in your car, you are starting a chain reaction that removes the heat from inside your vehicle and transfers that heat to the outside air. Once all the hot air and humidity has been removed the air becomes cooler. It can be a real ahhhhhhhhhhhh moment once the hot air is removed & you’re left with cool refreshing air.

Here is a more technical explanation of how your Air Conditioning works is from Edmunds.com:

There are six basic components in the A/C System:  compressor, condenser, receiver-drier, expansion valve, the evaporator and the life-blood of the A/C system, the refrigerant.

Step One: The compressor is the power unit of the A/C system. It is powered by a drive belt connected to the  engine’s crankshaft. When the A/C system is turned on, the compressor pumps out refrigerant vapor under high pressure and high heat to the condenser.

Step Two: The condenser is a device used to change the high-pressure refrigerant vapor to a liquid. It is mounted ahead of the engine’s radiator, and it looks very similar to a radiator with its parallel tubing and tiny cooling fins. If you look through the grille of a car and see what you think is a radiator, it is most likely the condenser. As the car moves, air flowing through the condenser removes heat from the refrigerant, changing it to a liquid state.

Step Three: Refrigerant moves to the receiver-drier. This is the storage tank for the liquid refrigerant. It also removes moisture from the refrigerant. Moisture in the system can freeze and then act similarly to cholesterol in the human blood stream, causing blockage.

Step Four: As the compressor continues to pressurize the system, liquid refrigerant under high pressure is circulated from the receiver-drier to the thermostatic expansion valve. The valve removes pressure from the liquid refrigerant so that it can expand and become refrigerant vapor in the evaporator.

Step Five: The evaporator is very similar to the condenser. It consists of tubes and fins and is usually mounted inside the passenger compartment. As the cold low-pressure refrigerant is released into the evaporator, it vaporizes and absorbs heat from the air in the passenger compartment. As the heat is absorbed, cool air will be available for the occupants of the vehicle. A blower fan inside the passenger compartment helps to distribute the cooler air.

Step Six: The heat-laden, low-pressure refrigerant vapor is then drawn into the compressor to start another refrigeration cycle

If your car has an A/C problem, it is pretty much one of two things: No cool air or insufficient cool air.

No Cool Air

• Loose or broken drive belt
• Inoperative compressor or slipping compressor clutch
• Defective expansion valve
• Clogged expansion valve, receiver-drier or liquid refrigerant line
• Blown fuse
• Leaking component: any of the parts listed above or one of the A/C lines, hoses or seals

Insufficient Cool Air

• Low refrigerant charge
• Loose drive belt
• Slipping compressor clutch
• Clogged condenser
• Clogged evaporator
• Slow leak in system
• Partially clogged filter or expansion valve

I hope Edmunds.com’s explanation is helpful.

If your car’s air conditioning is not blowing cool enough or not at all, make an appointment with Auto Craftsmen and we will make it blow cold or figure out why it’s not working.

Call 223-2253 or email: service@autocraftsmen.com

Today’s cars are very complex. If the battery of your car dies – you want to be very careful how you get it started up. Here are 4 different ways you can charge the battery to get your car rolling down the road again.

1.  Slowly charge the battery by using a battery charger.

2. Use a booster pack to jump the battery.

3. Call an expert mobile service to jump the battery.

4. If you must use jumper cables then I highly suggest you invest in MICHELIN’S Smart Jumper Cables™.

If you hook up ordinary jumper cables incorrectly it can result in sparking or shorting which could seriously hurt you. This could also produce a power surge that could kill your car’s expensive electrical system. I like to call modern cars – Computers on Wheels. And we all know that computers hate power surges.

This is why I highly recommend  MICHELIN’S new Smart Jumper Cables ™. These idiot proof jumper cables eliminate the guesswork of how to hook them up the right way.

*They cost only $40.00 at auto supply retailers.

*The cable clamps can attach to either the positive or negative connections. How cool is that!

*They have these LED indicators that light up to tell you that the cables are hooked up right and you’re ready to start the cars and jump the battery.

*The textured grips make them easy to handle, especially in cold weather.

*The heavy-duty cable with insulated clamps stays flexible, tangle free, even in the winter’s cold.

Why does a battery die?

*You left something on or connected in the car that drained all the energy from your battery.

*The vehicle has a bad alternator.

*The serpentine belt is bad.

*The battery is old. They only last about 3-5 years.

*You got a defective battery and need to return it for a good one.

*You leave the car idling all the time or you drive the car on short trips not allowing the battery to recharge – so you wore out the battery before its time.

*Your battery is not strong enough for all the add-ons like monster stereo systems etc. that you have had installed.

*The battery has dirty connector/terminals.

*The vehicle has a bad computer.

*The battery was damaged in an accident.

Getting Prepared to Use Jumper Cables!

*** Read your owners manual*** It will give you information you need, like – where the battery is located. Some vehicles have the battery under the hood, some behind the cab, under the seat or even in the trunk. ALSO, find out if there is an   anti-theft system. Some alarms will activate whenever the battery is low or disconnected. That would be very annoying!

VERY IMPORTANT: Make sure that both the dead battery and the rescue battery have the “same” voltage. Car batteries are usually 12 Volts. Trucks may operate on a 24 volt system. Do not attach 12V to 24V.

DANGER! Never jump a battery that is frozen or has insufficient battery acid in it.

*Wear eye protection. Wear gloves.

*Make sure both cars are close enough for cables to reach BUT the cars are NOT touching.

*Set an auto transmission vehicle in “Park” position.

*Set a manual (5 speed) transmission in “neutral”.

*Set the emergency brake on both cars.

*Turn off the headlights, wipers, radios, and all accessories on both cars.

*Unplug anything that is connected to the cigarette lighter.

*Leave on the emergency flashers if needed.

*Turn off both cars’ engines.

*Open the hood of each of the cars and secure them.

Jumping a Battery using MICHELIN Smart Cables™

1.Connect one set of clamps to the assisting vehicle’s  battery.   Put one clamp to each battery  terminal – polarity doesn’t matter

2. Then go to the disabled vehicle: Connect the first clamp to the Positive Battery Terminal (red). The other clamp is attached to some metal on the dead vehicle’s engine block or frame. Painted, oily, or rusted metal will not work. Nuts, bolts, or other protruding shiny metal is best.

3. Both green indicator lights should be lit on the MICHELIN Smart Cables Center Module. If not – re-adjust the clamps until they do. If the green LED lights still do not glow after you have firmly connected the clamps, then your battery  is damaged, completely drained or has less than the 6 residual volts required for boosting. Don’t try to jump  this battery – you could do damage to your car or the  assisting vehicle. Time to call the tow truck!

4. Start the assisting vehicle and let it idle at least 1 minute.

5. Then start the disabled car’s engine. Chances are that if there aren’t any other problems, the car will start easily.

6. Once the disabled vehicle is running, disconnect the clamp attached to the engine block first, then disconnect the remaining clamps in any order.

How is that for EASY!

Please Note:

If the vehicle does not start after cranking for 30 seconds. STOP! Call a tow truck!

Once you get your car running, drive it somewhere safe and secure before shutting off the engine. You will want to get the battery tested to see its  condition, starting and charging voltage. If it was really dead, then you should have it slowly and completely charged using a battery charger.