There is 1 Type of magnet suitable for baggage tug operation.
There is one general type of magnet that makes the most sense for baggage tugs, and that’s a hanging magnet. A hanging magnet makes the most sense because it’s economical and doesn’t interfere with Airport baggage tug operation.
Tow behind magnets don’t make sense because baggage tugs must tow baggage carts. And while front mounted units are great, they increase the profile of the baggage tug and would have a negative effect on Airport baggage tug maneuverability in most circumstances.
The Wrasse hanging magnetic bar is designed for use on “flat terrain”. It is extremely versatile because it comes in many different sizes, in terms of strength and width. The Wrasse hanging magnet bars are available in widths from 26” – 98” inches and in 3 different magnet housing sizes: 2” x 5” inches, 3” x 3” inches, and 4.5” x 4.5” inches each level of housing size offers more magnetic strength than the previous.
The Wrasse can hang from almost any piece of equipment if the ground the vehicle traverses is fairly even so that the magnet bar doesn’t hit the ground all the time which can cause damage to the housing. The Wrasse hanging magnet bar functions very well at allowing the equipment operators to clean environments while they do their normal tasks.
There are also optional Quick Clean Off Sleeves available for the Wrasse. A PVC Quick Clean Off Sleeve is available for the 3″x 3″ inch and 4.5″ x 4.5″ inch models which makes cleaning debris off the magnet bar easy. A Heavy-Duty Aluminum Quick Clean Off Sleeve is available for some 4.5” x 4.5” inch sweeping widths, this sleeve also assists in cleaning debris from the magnet and increases the durability of the sweeper.
Available in 3 magnet housing sizes: Wrasse 2″x5″, Wrasse 3″x 3″, Wrasse 4.5″ x 4.5″
Available in 7 sweeping widths: 26″, 38″, 50″, 62″, 74″, 86″, 98″
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The PYR hanging magnet was designed for flat terrain and “on road” type uses where not much ground strike prevention is needed. “On road” type bump wheels are provided on the ends to eliminate magnet strikes due to occasional potholes and speed bump type obstacles.
Choose from 2 different models with different magnet strengths, and 6 different magnet lengths from 3 to 8 feet, to get the perfect setup for your application.
Maximum lifting height of 6” inches (using a 2 ½ inch nail) for the PYR 3”x3” model, and 9 ¼” inches for the PYR 4.5”x4.5” model. Measuring Magnetic Sweeper pickup power and performance.
Also includes 4 stabilizing chains with 8 quick clips to hang the PYR from your vehicle.
Standard debris clean off method is to wipe the magnet clean with a glove or rag. However a black PVC Quick Clean Off Sleeve accessory may be purchased separately for quick and easy debris removal.
Available in 6 sizes: 38”, 50”, 62”, 74”, 86”, 98”
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Hanging just any magnet from a baggage tug doesn’t guarantee it will pick up FOD. It’s possible to hang a magnet from a baggage tug that only picks up debris if the tug is moving very slowly, or it might not pick up debris at all if it’s hung too high. Given the potential for extensive damage from FOD, it’s best to use a magnet that will pickup debris over the entire operating speed of the baggage tug. Hanging magnets are relatively inexpensive since they are essentially a big magnet bar only, therefore get one that will pickup debris over the entire operating speed range of your baggage tugs.
Brian – Bluestreak Equipment
a magnet may work well at picking up debris, but how easy is it to clean off? Think through how you would clean the magnet off step by step. Make sure it makes sense to you and your situation. Pay attention to the details of how this will work from start to finish, right up to the point of getting the debris in the garbage or scrap bin. Opt for a Quick Clean Off Sleeve so that clean off is easily done. This ensures the magnet will be cleaned off more often and as a result it will stay at maximum effectiveness.
You are not going to be cleaning your magnet off constantly, so it’s important that when your magnet does pick up a nail or screw that the magnet secures the debris so that it won’t fall off if the magnet is suddenly shaken because of a bump. The last thing you want is for the debris to fall off again. Make sure your magnet has some feature like our “Wrap Around Feature”, it makes the debris holding capacity higher and you’ll find in practice that most of your debris ends up on the side of your magnet not the bottom of it. And that’s a good indication to you why we have this feature.
We want to ensure our products meet your expectations therefore make sure you look at our “maximum lifting height” specification. We bench test all of our magnetic sweepers to determine their maximum lifting height using a two-and-a-half-inch standard nail. Everyone knows what a two-and-a-half-inch nail looks like which is why we use this standard measure of magnet strength and it will give you a good idea of magnet performance. Remember, these maximum lifting heights are in bench tests. As speed increases, magnets need to be lowered to pick up the same debris. Therefore, if you have faster moving baggage tugs, which most baggage tugs are as they travel around their work area, they need strong magnets to pick up FOD at those speeds.
These are the maximum lifting heights of Airport Baggage Tug Magnets.
For more information on Pickup Power follow this link: “Measuring Pickup Power and Performance in Magnetic Sweepers”
There is only one reason to equip an airport baggage tug with a magnet and that is to remove FOD (foreign object debris) that could cause damage to aircraft. It may be just one reason but it’s a big one because airport FOD can cause millions of dollars of damage to aircrafts. Attaching a magnetic sweeper to a baggage tug or other ground support vehicles is the best way to enhance FOD prevention and removal and enhance the reage of your other Airfield FOD Magnets.
The weight of the magnet is not a concern for a baggage tug therefore there’s no reason to chose a rare earth magnet from a weight perspective. And while, rare earth magnets pulling strength is higher than ceramic right on the magnets’ surface, you will still only get a large field and bigger pickup height from having a bigger magnet. So if you used a smaller rare earth magnet you’d have to hang it very, very close to the ground compared to a larger ceramic magnet for it to have the same performance. We have done performance tests over and over comparing ceramic to rare earth magnets and in most cases there is usually no good reason to go with rare earth magnets. You will usually get better performance from a well designed ceramic magnet.
All of our products are designed and manufactured on site at our facilities in Ontario, Canada.
We have manufactured and developed application driven magnetic products since 2005.
Working from rural southern Ontario, our business has grown and now sprawls over several properties using former agricultural buildings.
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