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Manual Adaptive Engineering AX

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  • Adaptive Engineering AX - page 1

    Mobilift AX and AXR Operation and Maintenance Manual adaptive ENGINEERING LTD. 419 – 34 th Ave. S.E., Calgary, Alberta, Canada T2G 1V1 (403) 243-9400 1-800-448-4652 Fax: (403) 243-9455 info@adaptive-gse.com ...

  • Adaptive Engineering AX - page 2

    - 1 - Mobilift AX / AXR - Mobile Wheelchair Lift Horizontal bridge ramp deployment 1. WARRANTY.............................................................................................................................................................................. 2 2. CAUTIONS ................................................................... ...

  • Adaptive Engineering AX - page 3

    - 2 - 1. W ARRANTY Adaptive Engineering Ltd. Warrants each Mobilift AX/ R to be free from m anufacturing or material defects for two years from the date the product was put into service. Damages caused by vandalism or abuse are not covered by this warranty. For assistance, parts or repair information please call 1-800-448-4652 or 1-403-243-9400. ...

  • Adaptive Engineering AX - page 4

    - 3 - 2. CAUTIONS: General 1. It is the responsibility of operating staff to ensure that the aircraft is not damaged while the wheelchair lift is in use. 2. All precise maneuvering (i.e. alignm ent with aircra ft or parking) should be performed using the push handles. Do not tow lift too close to aircraft. 3. Do not attempt to crank up the lift dec ...

  • Adaptive Engineering AX - page 5

    - 4 - 3. FEA TURES Convenience Cranking System The high-efficiency crank system is counter-balanced to allow two adults to be lifted to maxim um height with very little effort in less than 45 seconds. Self-leveling Ground Contacts Automatic self-leveling of lift on uneven ground. Tow Bar Tow bar with integral brake release allows towing by tarmac t ...

  • Adaptive Engineering AX - page 6

    - 5 - 4. MOBILIFT AX / AXR SPECIFICA TIONS Model AX AXR Weight 880 lb. 920 lb. Height 77" 114" Width 72" 72" Length 90" 90" Lift platform size 15"x 60" 15"x 60" Ground ramp length 48" (slope 1:11) 48" (slope 1:11) Bridge ramp length 77" 77" Maximum lifting height 73" 110&quo ...

  • Adaptive Engineering AX - page 7

    - 6 - ...

  • Adaptive Engineering AX - page 8

    - 7 - 6. OPERA TION DET AILS Bracketed numbers refer to parts that are labeled on figures in Section 8. Operators who are using the lift with the Beech 1900 and Fairchild Metroliner, please refer to special instructions at the end of this section. To Move The Lift: I. Raising Lift onto Wheels a) The first step is to crank the lift up onto its wheel ...

  • Adaptive Engineering AX - page 9

    - 8 - III. Aligning Lift with Aircraft a) Carefully push the lift toward the aircraft and align the ramp with the doorway. b) If there are stairs in place, bring the lift as close as possible to the stairs, there is a bumper [47] on the front of the tow bar to reduce the ch ance of damaging the stair or lift if contact is made. c) If there are no s ...

  • Adaptive Engineering AX - page 10

    - 9 - IV. Stowing the Lift a) Park the wheelchair lift away from the aircraft with the wheels up, or in an enclosure, so there is no possibility of it causing damage to aircraft or other airport equipm ent. b) If the lift could be subjected to high winds it should be fastened securely to a permanent fixture or be stowed inside an enclosure. An opti ...

  • Adaptive Engineering AX - page 11

    - 10 - III. Positioning the Passenger and Attendant on Lift The fore and aft location of the aircraft entrance will determine whether the passenger should be loaded onto the lift facing towards or away from the aircraft. If the entrance door is forward of the passenger seating, the passenger should be backed onto the lift facing away from the aircr ...

  • Adaptive Engineering AX - page 12

    - 11 - IV. Raising the Lift To raise the deck, pull the deck crank handle [15] out and turn it clockwise until the deck is 2 or 3 inches above the sill of the aircraft door. (Note: When the deck height and lift position for a particular aircraft is established, the operator may mark the deck height on the lift post for future convenience.) IMPORTAN ...

  • Adaptive Engineering AX - page 13

    - 12 - VI. Transferring the Passenger to the Aircraft With the bridge ramp in proper position, the attendant on the lift can m ove the passenger across the ramp and into the aircraft. VII. Retracting the Bridge Ramp With the passenger and attendant fully inside the aircraft and clear of the bridge ramp, the operator raises the deck 2 or 3 inches th ...

  • Adaptive Engineering AX - page 14

    - 13 - Operation of the Lift with Beech 1900 and Fairchild Metroliner Operators using either of these aircraft must note th e following special instructions for these difficult-to- access planes. In both cases, an experienced spotter must be positioned at the propeller to protect it, because of the proximity of the spinner tip to the airplane door. ...

  • Adaptive Engineering AX - page 15

    - 14 - Fairchild Metro With the Metro proceed as follows, referring to diagrams at the end of these instructions: 1. Station an experienced person at the propeller to be sure the lift does not touch the blades or spinner. 2. The purpose is to get the lift pointing at the door, but sitting at an angle of about 10 o . In order to do this, lift post A ...

  • Adaptive Engineering AX - page 16

    - 15 - Fairchild Metroliner Path of travel follows lift post A Mobilift positioned for use 8. GENERAL OPERATING NOTES: ...

  • Adaptive Engineering AX - page 17

    - 16 - a) When cranking the lift, the operator should maintain a slight outward pull on the crank handle. This ensures the handle does not tend to fold while cranking. b) When cranking the lift up, the more weight there is on it, the harder it will be to crank. Cranking the deck down will feel about the same as cranking up because of the patented l ...

  • Adaptive Engineering AX - page 18

    - 17 - 7 . MAINTENANCE The wheelchair lift is safety equipment. It must be inspected officially at least once a year, or in high use areas, after every 500 uses. In addition, the day-to-day operator of the lift should make a habit of glancing at the main lifting cables on the left side of the lift for any sign of wear or damage. As with any piece o ...

  • Adaptive Engineering AX - page 19

    - 18 - II. Wheel Bearings Wheel bearings are sealed and do not require any lubrication III. Spare Tire In the event that the spare tire is required, the following procedure should be followed. a) Crank the lift down off of its wheels. Conti nue cranking until the tires are clear of the ground. b) The spare tire can be removed from its m ount by rem ...

  • Adaptive Engineering AX - page 20

    - 19 - require tightening. Since the brake can be released with either the tow bar or push handles, both systems should be checked. Adjust each brake release system individually (4 cables overall). Retighten all cable adjustment locking nuts. If the brakes do not provide sufficient braki ng force when the push handles and tow bar are released, the ...

  • Adaptive Engineering AX - page 21

    - 20 - 9. MOBILIFT AX / AXR COMPONENTS Top View 1 (Deck not shown) ...

  • Adaptive Engineering AX - page 22

    - 21 - Top View 2 ...

  • Adaptive Engineering AX - page 23

    - 22 - Rear View ...

  • Adaptive Engineering AX - page 24

    - 23 - Drive System ...

  • Adaptive Engineering AX - page 25

    - 24 - Side View ...

  • Adaptive Engineering AX - page 26

    - 25 - Parts List 11.Main Deck 12.Ground Ramp 13.Bridge Ramp 14.Corner Post 15.Deck Crank Handle 16.Wheel Crank Handle 17.Push Handle 18.Ground Ramp Release Handle 19.Bridge Ramp Extension Crank 20.Tow Bar 21.Return Cable 22.Lifting Cable 23.Deck Handrail 24.Drive Shroud 25.Drive Chain 26.Balance Spring 27.Front Lift Brake 28.Rear Lift Brake 29.Bra ...

  • Adaptive Engineering AX - page 27

    - 26 - 10. SUGGESTED MINIMUM INSPECTION REPORT Mobilift AX / AXR Wheelchair Lift, (Minim um inspection once per year)  1. Perform a complete general visual inspe ction for loose fasteners and for dama ged or missing components.  2. W ith the deck at ground level, a 10 lb. (5 kg) pull on the middle of each of the outer lifting cable s should s ...

  • Adaptive Engineering AX - page 28

    - 27 -  23. Check that the autom atic leveller bar is free to move when the lift is on its wheels.  24. W ith the deck raised to approximately 36 inches (90 cm ), check that the bridge ra mp rolls out and returns sm oothly using its crank handle. It should not be possible for the ramp to be pushe d in or out without using the crank.  25. C ...

Manufacturer Adaptive Engineering Category Personal Lift

Documents that we receive from a manufacturer of a Adaptive Engineering AX can be divided into several groups. They are, among others:
- Adaptive Engineering technical drawings
- AX manuals
- Adaptive Engineering product data sheets
- information booklets
- or energy labels Adaptive Engineering AX
All of them are important, but the most important information from the point of view of use of the device are in the user manual Adaptive Engineering AX.

A group of documents referred to as user manuals is also divided into more specific types, such as: Installation manuals Adaptive Engineering AX, service manual, brief instructions and user manuals Adaptive Engineering AX. Depending on your needs, you should look for the document you need. In our website you can view the most popular manual of the product Adaptive Engineering AX.

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A complete manual for the device Adaptive Engineering AX, how should it look like?
A manual, also referred to as a user manual, or simply "instructions" is a technical document designed to assist in the use Adaptive Engineering AX by users. Manuals are usually written by a technical writer, but in a language understandable to all users of Adaptive Engineering AX.

A complete Adaptive Engineering manual, should contain several basic components. Some of them are less important, such as: cover / title page or copyright page. However, the remaining part should provide us with information that is important from the point of view of the user.

1. Preface and tips on how to use the manual Adaptive Engineering AX - At the beginning of each manual we should find clues about how to use the guidelines. It should include information about the location of the Contents of the Adaptive Engineering AX, FAQ or common problems, i.e. places that are most often searched by users in each manual
2. Contents - index of all tips concerning the Adaptive Engineering AX, that we can find in the current document
3. Tips how to use the basic functions of the device Adaptive Engineering AX - which should help us in our first steps of using Adaptive Engineering AX
4. Troubleshooting - systematic sequence of activities that will help us diagnose and subsequently solve the most important problems with Adaptive Engineering AX
5. FAQ - Frequently Asked Questions
6. Contact detailsInformation about where to look for contact to the manufacturer/service of Adaptive Engineering AX in a specific country, if it was not possible to solve the problem on our own.

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