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COMMENTS, CONCERNS OR WARRANTY INFORMATION

We believe Industrial Magnetics, Inc. offers the fi nest line of Lift Magnets available today. Great pride has gone into the design and manufacture of this unit. Any comments, concerns or 

warranty questions should be directed to our Customer Service Department at 1-888-582-0822. We appreciate the opportunity to serve you!

1385 S M 75 • Boyne City, Michigan 49712 • Phone: (231) 582-3100 • Fax: (231) 582-2704 • www.magnetics.com • [email protected]

888-582-0823

888-582-0822

888-582-0821

900298.B (09/16)

ANNUAL DESIGN FACTOR BREAKAWAY TEST

An annual Breakaway test, performed by an approved testing facility, is recommended to 

ensure that your Lift Magnet is performing to its optimal level. Under an “Ideal Condition” 

environment, a series of Breakaway tests will determine the current “de-rated” Working 

Load Limit of your magnet. This Working Load Limit must meet or exceed the value 

stated on your Lift Magnet. If the stated Working Load Limit is met, the Lift Magnet can 

be returned to use and scheduled for another Breakaway test in one year. The outcome 

of the test allows the operator/owner of the Lift Magnet to know that the Lift Magnet meets 

the lift standards as designed by the manufacturer.  
If the stated Working Load Limit is not met, the Lift Magnet can possibly be machined to 

bring all magnet face poles back to a smooth, level condition.  If that does not bring the Lift 

Magnet back to the manufacture’s original Working Load Limit, the Lift Magnet should be 

removed from operation and replaced with another magnet.  

A BREAKAWAY TEST CERTIFICATE, given at the conclusion of the testing, gives the 

operator/owner documentation of the Lift Magnet’s performance.    
SHIPPING INSTRUCTIONS FOR MAGNET CALIBRATION

Note: Customer is responsible for shipping to and from Industrial Magnetics, Inc., and any 

authorized repairs to the Lift Magnet. Please contact our customer service department at 

(888) 582-0822 to obtain your Customer Supplied Material (CSM) number. At this time, 

you will be required to supply a P.O.# for the test procedure described under “Calibration”. 

Current fees for this procedure can be obtained by contacting the number listed above. 

Include your contact information and shipping address with your Lift Magnet and send to:
Industrial Magnetics, Inc.

1385 S M 75, Boyne City, MI 49712

CSM#__________, Attn: Quality Assurance, Calibration

 SAFETY  PRECAUTIONS

Even though a magnet works through non-magnetic bodies such as dirt and non-ferrous 

materials in general the best effi ciency of any Lift Magnet is achieved when the poles (the 

areas or surfaces of the Lift Magnet which make contact with the load) make complete 

contact with the load. It is therefore recommended to:
1.  Never stand under load being lifted or lift over any people. Always use extra caution. Only 

use on thick material that does not flex or bend.

2.   Clear any foreign material from the load and magnet poles before placing the Lift Magnet 

on the load. Avoid placing the Lift Magnet on steel that has irregular surface conditions.

3.  Occasionally check the surface condition of the magnetic poles to make sure they are flat 

and not damaged or corroded during its time in use.

4. Keep the surface of the Lift Magnet and materials clean and free of chips, oil, slag, 

welding-beads, dirt, etc. This can be done by wiping the surface of the Lift Magnet off 

frequently with a wire brush, or shop rag.

5.  Thin or large sheets that sag may cause the sheet to peel off the face of the Lift Magnet. 

(See Maximum Working Load Limit and Sheet Length chart)

6.  After a period of time the pole faces may become somewhat rounded, reducing the Lift 

Magnet’s effectiveness.  Poles can be resurfaced up to 0.010” to 0.015” maximum.

LIFTING ANGLE AND EFFECTS OF UNBALANCED LOADS

Maximum Working Load Limit is achieved when the direction of force is perpendicular 

(90°) to the metal surface. Sudden or excessive shear, slide, friction, and peeling forces 

associated with movement or impact will cause a Lift Magnet to fail prematurely when a 

conveyed load is not balanced or tipped at an angle.
• Perform a magnet/load balance test lift by raising the load off the ground by 2”-3” only.

• Reposition the Lift Magnet until the load is level.

• Never lift a load at an angle in excess of 5 degrees from horizontal
MAGNET TEST 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 magnet and 2) if the load being lifted “Balanced”. Never lift or 

convey a load in the “TEST” position. It is not recommend using a Lift Magnet if the test 

lift fails with the handle in the “TEST” position. The magnet may not be sized properly, 

damaged or operated improperly if the test lift in the “TEST” position is unsuccessful. 
MATERIAL SURFACE

Lifting ferrous items using a magnet requires a good look at the length, width and thickness 

of the item. Thin metals do not absorb as many of the magnetic fl ux lines (magnetic energy) 

as thicker metals. Thin metals also fl ex, causing the steel to peel-off the Lift Magnet. Equally 

important is the physical size, fl atness, surface conditions and type of steel. The charts 

below illustrate how surface fi nish and Carbon content effect the Working Load Limit.

PERCENTAGE OF STATED LIFTING 

POWER BY MATERIAL

PERCENTAGE OF STATED LIFTING POWER 

BY SURFACE FINISH

CARB

ON

 

CO

NT

ENT

LOW CARBON 0.05 - 0.29%

100%

SU

RF

AC

E

FIN

ISH

GROUND SURFACE

100%

MODERATE CARBON 0.30 - 0.59%

85%

ROUGH MACHINED

100%

HIGH CARBON 0.60 - 0.99%

75%

FOUNDRY FINISH

85%

HIGHER CARBON = HIGHER RESIDUAL*

ROUGH CAST

65%

* HIGH CARBON STEEL (TOOL STEEL) WILL ABSORB MAGNETISM & MAY MAGNETICALLY STICK TO STEEL 

SURFACE, SUCH AS THE LIFT MAGNET OR ATTRACT FERROUS PARTICLES.

MAXIMUM WORKING LOAD LIMIT (WLL) IN LBS (KG) & SHEET LENGTH (FEET) FOR MATERIAL THICKNESS**

Model No. 1/4" (6' LN) 3/8" (8' LN) 1/2" (8' LN) 3/4" (8' LN) 1" (10' LN) 2" (10' LN) 3" (10' LN)

VL0275 150 (68)

220 (99)

240 (108) 250 (113) 275 (124) 275 (124)

275 (124)

VL0600 260 (117) 435 (197) 525 (238) 550 (249) 600 (272) 600 (272)

600 (272)

VL1200 NA

755 (342) 960 (435) 1165 (528) 1200 (544) 1200 (544) 1200 (544)

VL2500 NA

NA

NA

1700 (771) 1800 (816) 2500 (1134) 2500 (1134)

MAXIMUM WORKING LOAD LIMIT (WLL) IN LBS (KG) & MINIMUM DIMENSIONS (ROUND & VERTICAL LIFTING)**

Horizontal Round Part Lifting Applications

Vertical Part Lift (Flat Only)

Model 

No.

Maximum WLL under 

Ideal Conditions

Maximum WLL at Minimum 

Diameter / Thickness

WLL

Min. Thickness

VL0275 137 (49)

50 (22) - 2.00 In. / 0.12 In.

68 (30)

1.00 In.

VL0600 300 (136)

130 (58) - 2.00 In. / 0.12 In.

150 (68) 1.00 In.

VL1200 600 (272)

600 (272) - 4.00 In. / 0.50 In.

300 (136) 1.00 In.

VL2500 1250 (567)

1250 (567) - 8.00 In. / 1.00 In.

625 (283) 3.00 In.

**NOTE: These values are based on “Ideal Conditions” and are selected due to the sag characteristics of the specifi ed 

sheet. It is recommended to use 2 or more lifts on a spreader bar when lifting sheets over 8 feet to prevent sheet fl exing, 

sagging or peel-off. Thin material is susceptible to magnetic bleed through, resulting in two sheets being lifted at once. 

The item to be lifted must cover the entire length and width of the magnetic poles to properly engage and release. Round 

Item Working Load Limits vary based on pipe length, wall thickness, diameter and surface condition which can all affect 

the magnet’s performance. Please consult the factory before specifying these magnets for use on round materials. CF = 

Consult Factory NA = Not Applicable (Magnets listed will not turn “ON” on specifi ed material thicknesses.)

HANDLE OPERATION

This lift magnet is equipped with a Locking “ON” and “OFF” handle operation system. The 

locking feature prevents the handle from being bumped partially “ON” or “OFF and avoids 

giving the operator a false belief that the Lift Magnet is operating properly. The VersaLift™ 

needs to be on thick steel to engage the Lift Magnet to the “ON” position (See lifting chart 

in Safety Precautions section).
To engage the magnet: pull handle grip upward and rotate the lever to the magnetized 

“ON” position, then release the grip. Make sure the lever system is in its lever-stop 

position. When turning “OFF” the magnet, be sure to hold the lever as fi rmly as possible to 

safely release the load. Once you have a fi rm grasp on the lever pull up on the handle grip 

and rotate the lever to the “OFF” position.
To operate the Test Feature, pull the spring loaded 

handle out and rotate it to the “TEST” position. Lift load 

approximately 2-3 inches to verify the magnet has the 

capacity to lift your load. Once verifi ed, place load back 

down and turn the handle to the “ON” position. Never 

complete entire lift operation in “TEST” position.

UNLOCK

ON

OFF

LOCK

ROTATE

TEST

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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