Home Automotive Lifts Make Repairs Easy

An auto lift is a vital tool for any automotive repair shop. It provides access underneath a car or truck, making repairs a snap. The most crucial element to consider when choosing an automotive lift is selecting one that meets your needs. You will save time and money in the long run if you put price aside and focus on choosing the auto lift possessing the key elements necessary for how you will use it. The following paragraphs detail the types of automotive lifts available.

Auto Lifts For Home Use

If you are seeking to perform automobile repair and maintenance in the same style as an automotive shop, you should consider purchasing a lift for your home garage. A home automotive lift is convenient and it increases your accessibility to making repairs to your own car. This investment can save you money long term as you will not need to take your vehicle to an automotive repair shop for repairs that you can make yourself since you have a lift in your own garage.

Home auto lifts include four posts that pneumatically lift your automobile, providing access to the undercarriage of your car for oil changes, transmission repairs, and more. Home automotive lifts also provide extra storage as you can elevate your vehicle when needed to increase floor space in your garage. Many people who collect antique vehicles use lifts to raise their collection so they can park their every day vehicles underneath.

Automotive Lifts For Automobile Repair Shops

Professional automobile repair shops, garages, and commercial facilities often choose heavier duty auto lifts. Standard models can have one, two, or four lifts, depending on the balance, weight capability, and stability required for the space available to house the lifting equipment.

Heavier lifts require a good bit more maintenance than home auto lifts due to the industrial use. Maintenance for these types of automotive lifts is best left to a professional who is familiar with the workings of the lifts and the proper maintenance of safety features.

One, Two, And Four Post Lifts

Most users find that one post lifts provide the best use of space. Two types of one post lifts include centered lifts and offset lifts. Centered one post lifts are stronger than offset one post lifts, but the offset version allows for parking a vehicle underneath a lifted vehicle, which provides a better use of the space available. Four post automotive lifts allow for the same underneath vehicle parking as offset one post lifts, but the four posts take up more space and require more power to operate. The main advantage of a four post lift over an offset one post lift is the amount of lifting power possible, four times more than a one post lift. The advantages and disadvantages of two post models fall in between the one and four post lifts.

Automotive lifts allow you to approach your vehicle from any direction, providing you with the access to make repairs only able to be done by an automobile repair shop in the past. Whether you seek an auto lift for your home garage or for your commercial repair business, there is a lift to suit your needs.

Promoting Your Automotive Business

A cost-effective marketing tool you can ever have for you automotive business, the potential of business cards in getting a great deal of exposure for your products and services has long been recognized even from the time as early as printing was discovered. These things can be your mini-promotional flyers containing information people need from your business, or could serve as reminders for them to keep in touch with you in case they would be needing your products or services in the future. If you’re on your way to a trade show, a meeting or any important event where potential clients are plenty, never leave the house without them. No matter how tiny these pieces of cardboards are, any businessman knows the great value they hold, and the potential of the sales it could make once a good connection is established. To keep this cards in perfect place, and presentable at the same time, an impressive automotive business card holder will come in really useful.

The kind of material you choose to hold your precious cards give your clients a peek of your taste, while at the same time, reflects your professionalism and your business’ worth. Your business cards need to be as visible as possible to tell people about your product or services. There’s no point keeping those cards and let them collect dusts. Unless you get them out, they won’t be worth anything than just pieces of papers. The more visible they are, the more people are encouraged to pick out one or even more, and you’d be surprised at how this could result to referrals. But then, if both your cards and card holders stand out, people will surely notice your business much better.

Choosing a case to hold your business cards is as important as choosing your card design. They have to create a striking impact and leave a lasting impression. Leather is a wonderful option to give your cards a more dignified look. The material deserves a lot of respect as it is known for its outstanding quality. Metallic holders, could it be steel or aluminium and other durable and attractive materials, exudes a very professional look and could be great choices too. Acrylic and glass are commonly used as well. If you decide to have your holders plated, engraved and personalized – – – either have it bear your shop’s logo or a nice automotive graphic, it will better linger in people’s memory and increase the chance of having them come for your products or services.

Safety of Automotive Batteries in a Mechanical Workshop

Automotive Batteries in a mechanical workshop.

The common automotive battery posses a number of safety risks that perhaps are not well known or at times not well managed.

Let’s go through some of the issues with automotive batteries to see how there associated risks can be managed.

The common automotive battery is what is classed as a lead acid battery, meaning that it has plates of lead inside as well as a mixture of sulphuric acid and distilled water.

Each time the battery is discharged through either starting the vehicle, using the headlights or radio etc it will need to be recharged.

As a battery is charging it gives off a small amount of hydrogen gas and this is potentially dangerous as hydrogen gas is extremely volatile or explosive

When this happens in a motor vehicle it is not such a problem as the battery is nearly always in an air flow of some type which disperses the gas thus eliminating the problem.

When batteries are charged inside a building and specifically a workshop there can be a lack of ventilation removing this from the area thus causing the potential for an explosion if the gas was to be ignited.

What can be done to reduce this risk?

Ensure that the battery charging area is well ventilated to the outside air.

If this is not possible due to the location within the building install an exhaust fan or another type of ventilation system to remove any build up of gas in the area.

The battery charging area should be located away from a general traffic area with correct signage indicating that it is a restricted area.

There should be a 1st aid kit including an eye wash module in close proximity and that all staff are trained in there use.

Ensure that there is the correct type of fire extinguisher (s) mounted just outside of the area with correct signage and that all staff are trained in their use.

Ensure that your battery charging equipment is in good working order and that it has been tested and tagged for electrical compliance, usually every 6 months.

Ensure that your staff are correctly trained in how to use the battery charging and load testing equipment.

When not in use keep the battery charger leads and clips, clipped onto the bench or work area to reduce the risk of being caught or being tripped over.

Remove where possible the small water filler caps on top of the battery so that the water level and the specific gravity can be checked (using a hydrometer), with the caps removed this also eliminates any pressure build up within the battery due to the gas production while charging.

The area needs to kept clean and tidy at all times with o storage of metal objects within the area, this eliminates the risk of a metal object falling across a batteries terminals and causing a spark and in some cases an explosion.

Always keep you battery charging area free from other chemicals, oils, greases and any other flammable material, including oily work shop rags.

Always wash dirty batteries before charging as some acid residue and scum can cause voltage leakage.

Always wash hands after handling batteries as some residual acid may contact the skin causing irritation or discomfort.

Always keep a pair of gloves and safety glasses in the area for use by any staff member.

Always keep terminal cleaning equipment in the charging area (wire brush & specific terminal cleaners).

If you ever carry out battery terminal repairs using the carbon arch method use extreme caution. To find out more about this send a question to the email, address at the bottom of this article.

When moving or lifting batteries always use correct posture and manual handling methods: E.G. use trolleys to move around, use two people to lift the bigger batteries, use benches that are at the correct height so there is no excessive bending or reaching up.

If your battery charging area is somewhat hidden away out of clear site you can set up a warning light on top of the area to signal that there is a battery on charge. This can reduce the incidents of staff leaving work for the day and leaving a battery charging over night, as this is not recommended. The warning light is generally a 12 volt low power draw light (LED is best) connected to the battery that is being charged.

Have clear signage on the outside of the battery charging area indicating what the battery area is and a set of clear guidelines or instructions on what and what not to do in this area..

Any old batteries should be discarded as soon as practical using your local battery re cycling company to collect them from your premises.

27/06/2011

Automotive Scan Tools and Troubleshooting Your Car

Troubleshooting a vehicle should not be more trouble than it already is. Until the very recent past, a combination of intuitive guesswork, costly man-hours, and outright trial and error were the only available means for technicians to diagnose mechanical failure. The advent of computers changed this, making it possible not only to internally regulate automotive functions, but also to quickly and reliably diagnose problems with automotive scan tools that interface directly between machine and man, eliminating costly overtime and problematics in the process. Today’s automotive scan tools have evolved into highly sophisticated devices that can test practically anything under the hood. By reading data from the vehicle’s onboard computer and sending that information directly to the technician, an automotive scan tool can reliably and quickly diagnose a problem that would have taken hours or even days to manually troubleshoot in the past.

Whenever a car rolls into a shop these days, technicians start by checking the basics utilizing automotive scan tools specifically designed to check oil levels and quality, air bag functionality, and engine check lights. Almost every new car relies on an onboard diagnostic computer, or OBD, to report malfunctions in the engine and supporting systems.

This information feeds into a connector and reports data through a series of codes, referred to in the mechanical world as OBD or OBD2 codes. Before beginning any work under the hood, a technician must first collect this data with an automotive scan tool engineered to read and interpret the codes. Armed with accurate information, the technician can now begin the repair process without the excessive labor costs and possible damage than often resulted when trial and error troubleshooting ran into late hours and overtime in the past.