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INTRODUCTION

READ AND UNDERSTAND THIS MANUAL BEFORE INSTALLATION AND OPERATION 

OF YOUR LIFT MAGNET  PRODUCT.
If used carelessly or improperly, there is a possibility that property damage or personal injury 

can result. The responsibility for safe operation ultimately rests with the operator.
WORKING LOAD LIMIT (WLL):

Your Lift Magnet has a stated Working Load Limit (WLL) which is sometimes referred 

to as the Lift Capacity. The stated Working Load Limit value is calculated by applying 

a De-rating (Design) factor to the maximum value of the Lift Magnet. The maximum 

value is determined by pulling a new magnet in a perpendicular motion off of a thick, newly 

machined, piece of steel. This method of testing is conducted under what is considered 

“ideal conditions”. The amount of force it takes to break the Lift Magnet away from the steel 

test surface under these conditions is the Lift Magnet’s maximum value.
The stated Working Load Limit  value  is  for  the  benefi t  and  safety  of  the  user.  Ideal 

conditions rarely exist in the fi eld. Conditions such as worn or damaged magnet poles and 

steel surfaces that have mill scale, oxidation, dirt, or other coatings will cause a reduction in 

performance of the Lift Magnet.

DE-RATING (DESIGN) FACTORS:

2:1 = 50% of maximum value - BasicLift™

3:1 = 33% of maximum value - Creative Lift

®

, DynamicLift™, PowerLift

®

, VersaLift™

LOSS OF MAGNETISM:

Under normal use conditions, a permanent magnet can experience a decrease in its original 

Working Load Limit. The most common factors which can cause a loss of strength include:
• Everyday wear and tear on the Lift Magnet’s face such as: fi ne metal buildup on or between 

the Lift Magnet’s poles, nicks or gouges in the magnet’s poles, rust buildup, etc.

• Exposure to Extreme Temperatures 

 

» Basiclift™ and  Creative Lift

®

 operating range is -76ºF (-60ºC) to 300ºF (148ºC).

 

» DynamicLift™, PowerLift

®

 and VersaLift™ operating range is -10ºF (-23ºC) to 180ºF 

(82ºC).

• Severe blow or shock to the Lift Magnet
• Exposure to electrical current
• Exposure to vibration

GENERAL INSTRUCTIONS

Installation and start-up are very simple and safe provided that the load limits and the 

application standards of the Lift Magnet are observed for handling suspended loads. 
 1.  Remove the Lift Magnet from packaging and set on a non-ferrous fl oor or support structure. 

This operation is to be done with a crane or hoist of appropriate capacity by hooking to the 

lift lug the top of the Lift Magnet. Check the Lift Magnet for missing parts, loose bolts or 

damage. Tighten where necessary or contact the manufacturer.

2.  Clean the area where the Lift Magnet will touch. Take care when handling Lift Magnet 

models that have an exterior mechanical release, such as a roller cam, as they are “Always 

On” and will engage the steel automatically when the Lift Magnet poles are in close proximity 

to steel. With a crane or hoist of appropriate capacity, position the Lift Magnet in the center of 

the load to be moved. Be careful to make sure that the load to be lifted does not exceed the 

Lift Magnet’s Working Load Limit for the steel’s thickness. See the Safety Precautions 

section for more information.

3.  Make sure the magnetic poles are in full and perfect contact with the load and that the cam 

release device of the Lift Magnet, if applicable, is properly located on the load to be lifted. 

The cam release is the mechanical device that breaks the Lift Magnet free from the load. 

Improper placement of the cam release on the load to be lifted can make releasing the

load diffi cult.

  “On/Off” magnet models feature an internal mechanism to control the Lift Magnet’s 

magnetism. These magnets will be functionally on or off when the handle is in the 

corresponding locked “On” or “Off” position. See the Handle Operation Instructions 

section for more model specifi c information.

4.  Proceed to move the load observing applicable standards for handling any suspended load. 

See the Safety Measures for general safe lifting protocols.

5.  Set the load on the fl oor or an appropriate support and ensure that the load is perfectly 

settled before releasing the Lift Magnet from the load. 

 6.  See the Handle Operation Instructions section more model specifi c information on how to 

release the Lift Magnet from the load.

SAFETY MEASURES

ALWAYS  use the entire pole surface of the Lift Magnet.
ALWAYS  keep contact pole areas perfectly fl at & parallel on the surface of the load.
ALWAYS  keep contact pole areas and surface of the load clean and free of debris.
ALWAYS  protect pole surfaces from oxidation after use by treating with some oil.
ALWAYS  store magnet in a dry environment.
ALWAYS  check the magnetic poles to make sure they are fl at and not damaged.
DO NOT  place any body part between the Lift Magnet’s face and steel. Sudden magnetic 

attraction may occur causing bodily harm.

DO NOT  hoist a load weighing more than the Lift Magnet’s stated Working Load Limit 

or capacity.

DO NOT  attempt to engage the Lift Magnet before resting it on the steel to be lifted. 

If you have an “Always On” Lift Magnet use, hold the release handle in the 

release position while lowering the Lift Magnet onto the load to prevent sudden 

attraction of the Lift Magnet and the steel material.

DO NOT  hoist the load before locking the handle in the “ON” position (if applicable) or 

making sure the release handle is not interfering with the load or hoist/crane.

DO NOT  hoist a load if it is fl exing or unbalanced. Load must not be angled more than 5 

degrees from horizontal. Magnet peel-off may occur and the load may fall.

DO NOT  hoist a load before ensuring perfect magnetic contact. First make a TEST lift of 

2 or 3 inches (5-7.5 cm) to ensure proper magnetic holding force.

DO NOT  disengage the Lift Magnet before fi rmly setting down the load on the fl oor or 

appropriate support and making sure the load is secure.

DO NOT  weld in close proximity to the Lift Magnet or use the Lift Magnet as a part of the 

ground circuit during a welding operation.

DO NOT  place the magnet directly onto a grounded fl oor. Use a non-conductive spacer.
DO NOT  lift people or loads with people on them
DO NOT  leave suspended loads unattended.
DO NOT  operate a Lift Magnet that is missing parts, damaged or malfunctioning.
DO NOT   remove or obscure product labeling.
DO NOT  lift loads higher than necessary or over people.
DO NOT  center  the  Lift  Magnet  by  pounding  on  the  sides  of  the  Lift  Magnet  with  a 

hammer or other blunt instrument.

VERSALIFT™ - RARE EARTH LIFT MAGNET

OPERATION MANUAL

CONFORMS ASME B30.20 STANDARDS

BTH:1 DESIGN CATEGORY B SERVICE CLASS 3

TOLL FREE: 888.582.0822

Toll Free: 1-888-582-0822 • Fax: 231-582-2704

Содержание Mag-Mate Versalift VL0275

Страница 1: ... load and that the cam release device of the Lift Magnet if applicable is properly located on the load to be lifted The cam release is the mechanical device that breaks the Lift Magnet free from the load Improper placement of the cam release on the load to be lifted can make releasing the load difficult On Off magnet models feature an internal mechanism to control the Lift Magnet s magnetism These ...

Страница 2: ... FEATURE The VersaLift has a handle position called Test The magnet is only partially magnetized effectively reducing the maximum magnetic force and de rating value to approximately a 1 1 ratio when in this position Performing the Lifting Angle and Balancing steps listed above with the handle in the TEST position accomplishes two goals 1 to determine if the load can be lifted with the selected mag...

Страница 3: ...3 Asegúrese de que los polos magnéticos estén en total y perfecto contacto con la carga y que el dispositivo de liberación de leva del imán de elevación si corresponde esté bien colocado en la carga a elevar El mecanismo de liberación de leva es el dispositivo mecánico que libera el imán de elevación de la carga La colocación incorrecta del mecanismo de liberación de leva en la carga a elevar pued...

Страница 4: ... mínimo VL0275 137 49 50 22 2 00 pulgadas 0 12 pulgadas 68 30 1 00 pulgadas VL0600 300 136 130 58 2 00 pulgadas 0 12 pulgadas 150 68 1 00 pulgadas VL1200 600 272 600 272 4 00 pulgadas 0 50 pulgadas 300 136 1 00 pulgadas VL2500 1250 567 1250 567 8 00 pulgadas 1 00 pulgadas 625 283 3 00 pulgadas NOTA Estos valores se basan en las condiciones ideales y se han seleccionado debido a las características...

Страница 5: ...section Précautions de sécurité 3 Assurez vous que les pôles de l aimant de levage sont entièrement et parfaitement en contact avec la charge et à ce que le dispositif de dégagement à came de l aimant de levage le cas échéant soit correctement placé sur la charge à lever Le dispositif de dégagement de la came est le mécanisme qui libère l aimant de levage de la charge Un mauvais placement de celui...

Страница 6: ...conditions idéales Limitedechargemaximaled utilisation pourdiamètreetépaisseurminimaux Limitedecharge d utilisation maximale Épaisseurminimale VL0275 49 kg 137 lb 22 kg 50 lb 5 cm 2 0 po 0 31 cm 0 12 po 30 kg 68 lb 2 5 cm 1 po VL0600 136 kg 300 lb 58 kg 130 lb 5 cm 2 0 po 0 31 cm 0 12 po 68kg 150lb 2 5 cm 1 po VL1200 272 kg 600 lb 272kg 600lb 10 16cm 4 0po 1 27cm 0 5po 136kg 300lb 2 5 cm 1 po VL25...

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