Walker Magnetics NEO-125 Operator's manual

• Always stay clear
of the load.
• Never lift loads over
people or in close
proximity to people.
• Never attempt to operate either of
these magnets until you have read and
understand this Operator’s Manual.
DANGE
WALKE MAGNETICS
NEO-HV-250, NEO-HV-500, NEO-HV-1000
WITH INSPECTION AND MAINTENANCE INST UCTIONS
OPE ATO ’S MANUAL
AND
SAFETY INST UCTIONS
NEO Permanent Lifting Magnets
Models: NEO-125, NEO-250, NEO-500, NEO-1000,
NEO-2000 NEO-HV-250, NEO-HV-500, NEO-HV-1000
NEO-125, NEO-250, NEO500,
NEO-1000 & NEO-2000

2
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
CONTENTS
INT ODUCTION ................................................................................................................................... 2
SAFETY INST UCTIONS .................................................................................................................... 3
GENERAL SAFET RULES ......................................................................................................................................3
RECOGNIZE SAFET INFORMATION ....................................................................................................................4
UNSAFE LIFTING APPLICATIONS FOR OUR MAGNET ......................................................................................4
WA S TO AVOID A REDUCTION OF LIFTING CAPACIT .....................................................................................5
ADDITIONAL WARNINGS ........................................................................................................................................5
SAFET PERSON ....................................................................................................................................................5
IMPO TANT FACTS FO THE OPE ATION OF LIFT MAGNETS .................................................... 6
ECOMMENDED LIFTING P OCEDU ES ...................................................................................... 10
GUIDELINES FO THE EDUCTION OF THE ATED LIFTING CAPACITY ...................................11
NEO-125 LIFTING GUIDELINES (PLATE) .............................................................................................................12
NEO-125 LIFTING GUIDELINES (ROUND BARS) ...............................................................................................13
NEO-250 LIFTING GUIDELINES (PLATE) .............................................................................................................14
NEO-250 LIFTING GUIDELINES (ROUND BARS & PIPES) ................................................................................15
NEO-500 LIFTING GUIDELINES (PLATE) .............................................................................................................16
NEO-500 LIFTING GUIDELINES (ROUND BARS & PIPES) ................................................................................17
NEO-1000 LIFTING GUIDELINES (PLATE) ...........................................................................................................18
NEO-1000 LIFTING GUIDELINES (ROUND BARS & PIPES) ..............................................................................19
NEO-2000 LIFTING GUIDELINES (PLATE) ...........................................................................................................20
NEO-2000 LIFTING GUIDELINES (ROUND BARS & PIPES) ..............................................................................21
INSPECTION AND MAINTENANCE INST UCTIONS ...................................................................... 22
EVER LIFT ............................................................................................................................................................22
DAIL ....................................................................................................................................................................... 22
WEEKL ..................................................................................................................................................................22
SPECIFICATION & SPA E PA TS LIST ........................................................................................... 23
NEO-HV 250, NEO-HV 500, NEO-HV 1000........................................................................................ 24
HV INSPECTION AND MAINTENANCE .................................................................................................................27
DAIL ................................................................................................................................................................27
WEEKL ...........................................................................................................................................................27
ANNUALL .......................................................................................................................................................27
HV SPARE PARTS LIST ...................................................................................................................................28
Thank you for purchasing this Walker Magnetics Product. If used and maintained properly, it
should serve you for many years. Thousands of Walker lift magnets are in service today doing
safe, fast, and effi cient magnetic material handling applications. It is often the only way for one
person to load, transport, and unload material.
Walker Products have proven to be among the best designed and safest in our indus-
try. However, used improperly, any NEO or NEO-HV lifting magnet can be rendered ineffi cient
and unsafe. Therefore, it is absolutely essential that anyone who uses this lifting magnet and is
responsible for its application be trained on how to use it correctly.
EAD THIS MANUAL CA EFULLY AND WATCH THE SAFETY VIDEO TO LEA N
HOW TO OPE ATE AND MAINTAIN YOU MAGNET. FAILU E TO DO SO COULD ESULT
IN SE IOUS INJU Y O DEATH, TO YOU SELF AND PEOPLE IN THE A EA.
THIS MANUAL AND SAFETY VIDEO SHOULD BE CONSIDE ED A PE MANENT
PA T OF YOU MAGNET AND SHOULD ALWAYS BE AVAILABLE TO ALL OPE ATO S
AND EMAIN WITH THE MAGNET IF IT IS E-SOLD.
Additional copies of this OPE ATO ’S manual A E AVAILABLE. JUST CALL
1-800-962-4638 AND EQUEST ADDITIONAL COPIES OF MANUAL #37-DD14493.
INTRODUCTION

3 Walker Magnetics, Inc., NEO Permanent Lifting Magnet
SAFETY INST UCTIONS
GENE AL SAFETY ULES
Danger always exists when loads are transported by lifting devices, especially
when the equipment is not being used properly or is poorly maintained. Because ac-
cidents and severe bodily injury or death can result, special safety precautions apply to
the operation, inspection, and maintenance of the Walker Lift Magnets.
Following these simple rules can help to avoid lifting accidents:
Remember, proper lifting knowledge and techniques are the responsibility of the op-
erator. Be sure to read and understand the instructions and safety warnings contained in
this manual before using your lifter.
If you do not understand everything in this manual contact Walker Magnetics for assistance
before using the magnet.
Call 1-800-W-MAGNET
Always stay clear of the load.
Never lift loads over people or in close proxim-
ity to people.
Never attempt to operate this magnet until you
read and understand the Operator’s Manual.
Never use this magnet to lift, support or trans-
port people.
Never leave any lifted load unattended.
Never lift more than one work piece at a time
with this magnet.
Always make sure that the supporting struc-
ture and load attaching devices (i.e. crane,
chains and hook) are rated to support the
weight of the magnet and load.
Always make sure that the load’s weight and
dimensions are within the Magnet’s Lifting
Guidelines. These Guidelines are located in
the Operator’s Manual.
Always let those near you know that a lift is to
begin.
DANGE

4 Walker Magnetics, Inc., NEO Permanent Lifting Magnets
SAFETY INST UCTIONS
ECOGNIZE SAFETY INFO MATION
UNSAFE LIFTING APPLICATIONS FO YOU MAGNET
This is the safety alert symbol. When you see this symbol on
your magnet or in this manual, be alert to the potential for per-
sonal injury. Follow recommended precautions and safe operat-
ing practices at all times.
DANGE
Never lift more than one workpiece at a time
with this magnet.
Never lift any castings that do not have a ma-
chined fl at lifting surface for the magnet. The
location of the lifting surface should be such to
permit the load to remain level when lifted.
Red Background, White Letters
Orange Background, Black Letters
ellow Background, Black Letters
This indicates a situation in which a hazard
is imminent and will result in a high prob-
ability of serious injury or death.
This indicates a potentially hazardous situ-
ation, which could result in some probabil-
ity of serious injury or death.
This indicates a potentially hazardous situ-
ation, which could result in minor injury or
moderate injury.
These Hazard
Signal Words
Deserve your
Full Attention
DANGE
WA NING
CAUTION
Never lift a load by its narrowest
dimension.
DANGE
If you have any diffi culty lifting a load, DON’T LIFT IT!
Call Walker for advice at 1 800 962 4638
WARNING

5
Walker Inc., NEO Permanent Lifting Magnets
SAFETY INST UCTIONS
WAYS TO AVOID A EDUCTION OF LIFTING CAPACITY
Never lift loads with any dimension greater than
those shown in the LIFTING GUIDELINES.
Never operate damaged or malfunctioning mag
nets.
Never remove or damage Operating and Warning
labels.
Persons using pacemakers or other medical de
vices should not use this magnet until they have
consulted with their physician.
SAFETY PE SON
O.S. Walker recommends that a person be assigned to review all magnetic handling applications for these
magnets to ensure that safe practices and procedures are being followed.
To Avoid any Reduction of Lifting Capacit
y:
The lifting surfaces of the magnet and the area of the load
where the magnet will be located must be clean, smooth, fl at
and free of nicks and burrs.
The full area of the magnet’s lifting surface must be in contact
with the load.
The load must be at least 2.5" (64 mm) thick.
The load must be low carbon steel such as AISI 1020.
The magnet’s lifting surface must stay level and the contact
ing surface of the load remain fl at.
The temperature of the magnet and/or the load must not be
greater than 110°F (43°C).
The control actuator must be fully in the “on” or “lift” position.
Repair of this magnet should only be done by Walker Magnetics
or a Qualifi ed Person.*
If you have any diffi culty lifting a load, DON’T LIFT IT! Call
Walker Magnetics for advice at 1 800 962 4638.
* Qualifi ed Person - A person who by extensive knowledge, training and experience, has
successfully demonstrated the ability to solve or resolve problems related to Walker lifting
magnets. (Walker replacement parts may be installed by a **Designated Person.)
** Designated Person - A person selected or assigned by the employer as being competent to
replace specifi c replacement parts listed in this manual and is able to verify the proper functioning
of the specifi c replacement parts and the entire product after the completion of the installation.
ADDITIONAL WA NINGS
ARNING
D sassembly or repair of this magnet can result in
reduced holding power and/or cause an unsafe
condition. Therefore, anytime the magnet is disas
sembled beyond the parts list shown in this manual,
the magnet must be re tested for breakaway force
in accordance with the test described in ANSI/
ASME B30.20.
Modifi cation of any operating mechanism or
structure of this magnet can reduce the magnet’s
effectiveness and/or cause an unsafe condition.
Repair or modifi cation of this magnet should only be
done by Walker Magnetics or a Qualifi ed Person.*
ARNING
DANGE

6
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
IMPORTANT FACTS FOR THE
OPERATION OF LIFT MAGNETS
LOAD CHARACTERISTICS OTHER THAN JUST WEIGHT
MUST BE CONSIDERED IN ORDER TO DETERMINE
THE LOAD THAT AN MAGNET CAN LIFT.
This statement is true for all lifting magnets because they all operate using the same funda-
mental laws of physics. Magnetic power is often pictured as lines of magnetic force fl owing
from north pole to south pole. Anything that limits the fl ow of these magnetic lines of force
obviously reduces the magnet’s lifting capacity. There are many important factors, which limit
the fl ow of these lines of force.
1. SU FACE CONDITIONS
Magnetic lines of force do not fl ow easily through air. They need iron in order to fl ow
freely; therefore, anything that creates a space or an air gap between a magnet and the
load limits the fl ow of magnetic lines of force and, thus, reduces the lifting capacity of a
magnet.
MAGNET’S LIFTING SURFACE CONDITION — The lifting surfaces of a magnet
must be clean, smooth, fl at and free of nicks and burrs to minimize the air gap be-
tween a magnet and the load. This magnet has been designed with soft, low carbon
steel lifting surfaces in order to maximize the lifting capacity; therefore, special care
must be taken to protect these surfaces. Follow the Inspection Instructions in this
manual. Attaching or welding other materials to the lifting surfaces in order to reduce
wear should not be done with this magnet because it will reduce the lifting capacity.
LOAD SURFACE CONDITION — Paper, dirt, rags, rust, paint, and scale act
the same as air. Also, a rough surface fi nish on the load creates an air gap be-
tween the magnet and load. Any of these conditions will reduce the magnet’s
lifting capacity.
2. LOAD THICKNESS
The greater the number of lines of magnetic force fl owing from a magnet into the load,
the greater the effectiveness of the magnet. The thicker the load, the more lines of mag-
netic force are able to fl ow. After a certain thickness of load, no additional lines of force
will fl ow because the magnet has reached its full capacity.
Thin material (load) means less iron available, and thus fewer lines of magnetic force
fl ow from the magnet into the load. Therefore, the lifting capacity of the magnet is
reduced. In some cases, the magnet will attract more than one thin plate of material
when set on a stack of thin plates. DO NOT LIFT more than one plate at a time since
the lower plate may not be held suffi ciently.
The lifting guidelines provide the user with what minimum thickness of load is re-
quired to reach full lifting capacity. Below such thickness of load, the user must ac-
cept the reduced lifting capacity of the magnet as shown in the guidelines.

7
Walker Inc., NEO Permanent Lifting Magnets
3. LOAD ALLOY
Low carbon steels, such as AISI 1020 steel, are nearly as good conductors of magnetic lines
of force as pure iron. However, many other alloys contain non-magnetic materials, which re-
duce the ability of magnetic lines of force to fl ow into the load. An alloy such as AISI 300 series
of stainless steel is almost as poor a conductor of magnetic lines of force as air.
Type 416 stainless steel is considered magnetic, but it contains enough chromium so that
a magnet can develop only one-half as much force on a type 416 stainless steel load as it
can on a AISI 1020 steel load. Also, because of the carbon content, the force developed
on cast iron is less than one-half of that developed on AISI 1020 steel. (Chilled cast iron
further reduces the force to less than one-quarter.)
4. LOAD LENGTH O WIDTH
As the length or width of a load increases, it ceases to remain fl at when lifted and the edges
begin to droop. This drooping or sagging of the load can create an air gap between the load
and the magnet. This is called peel. If this occurs, the lifting capacity of the magnet is greatly
reduced.
For plate lifting, where drooping often occurs, rectangular shaped magnets must be positioned
so that the length of the magnet is parallel to the width of the load.
5. POSITION OF MAGNET’S LIFTING SU FACE
As the position of the magnet’s lifting surface changes from horizontal to vertical, the lifting
capacity of the magnet decreases. When the magnet’s lifting surfaces are vertical, the lifting
capacity of the magnet is minimum and dependent upon the coeffi cient of friction between the
magnet’s lifting surface and the load.
6. PO TION OF MAGNET SU FACE IN CONTACT WITH LOAD
The full surface of the magnet must contact the load if the magnet is to achieve rated lift ca-
pacity.
7. LOAD TEMPE ATU E
The temperature of the load can cause damage to the magnet and, if high enough, can even
change the magnetic characteristics of the load. For Standard Lift Magnets, Walker should be
consulted if the load or air temperature exceeds 110° F (43° C).

8
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
FO FAST, EASY LIFTING WITH YOU WALKE
NEO-125, NEO-250, NEO-500,
NEVER attempt to turn the magnet on or off
in the “Lifting Guidelines” section of this
on loads that are too thin will result in the
1 NEVE
attempt to operate
this lift magnet until you
read and understand the
OPERATOR’S MANUAL &
SAFET INSTRUCTIONS
for the NEO-125, NEO-250,
NEO-500, NEO-1000 AND
NEO-2000 Lifting Magnets.
SAFETY
If you have any diffi culty lifting a load, DON’T LIFT IT.
Ask your supervisor for help or call Walker Magnetics,
Inc., for advice at 1-800-W-MAGNET
When working in an area using lifting magnets, wear safety
glasses, work gloves, steel-toed shoes and a safety hat.
2
Check the condition of the magnet prior to
every lift. WIPE clean the bottom of the magnet
and the area on the load where the magnet will
be located. File away burrs.
5
Check to be sure no one is near the load to be
lifted. Inform others in the area that a lift is to be-
gin. Lift the load 2 to 3 inches (50 to 75 mm) and
then jar the load to insure that adequate holding
power is available.
ALWA S STA CLEAR OF THE LOAD.
Lift and move the load SMOOTHL . Avoid
jarring and swinging the load while it is in
transit. KEEP THE LOAD LEVEL. NEVER
let the load come in contact with any ob-
struction.
6

9
Walker Inc., NEO Permanent Lifting Magnets
LIFT MAGNETS MODELS:
NEO-1000 & NEO-2000
unless the magnet is in contact with a load of a thickness equal to those listed
manual. Attempting to energi e or de-energi e this magnet without a load or
high probability of personal injury due to handle spring back.
ULES
8
Carefully set the load down. To release the load,
grip the handle fi rmly, unlock the handle shaft, and
turn the handle to the “OFF” position. Lift the mag-
net slightly to be sure the load has been released.
3
Position the magnet so the load remains level.
4
To energize magnet, grip the handle fi rmly and pull
the handle from its locked position. Turn the handle to
the “ON” position. Then be sure to return the handle
to the FULL LOCKED POSITION. Release the
handle.
7
ALWAYS STAY
CLEA OF THE LOAD.
Guide the load by pushing or pulling the
edges. This keeps your entire body clear of the load at all
times. DO NOT guide the load by pushing or pulling the
Magnet. NEVER get in a position where you could get hit
with load if it dropped.
NEVE re-energize the magnet until it has been placed in contact with the load to
be lifted. Prematurely energizing the magnet could cause unwanted materials to
be attracted to the magnet. PE SONAL INJU Y MAY ESULT.
CAUTION

10 Walker Magnetics, Inc., NEO Permanent Lifting Magnets
RECOMMENDED LIFTING PROCEDURES
SAFETY HOOK LATCH
Always use a safety hook latch on your crane
hook to hold your magnets.
STAY CLEA OF THE LOAD
Guide the load by pushing or pulling the edges
of the load. Keep your entire body clear of the load
at all times.
PLATE LIFTING
On plates less than 1 1/2” (38mm) thick, position the
magnet length so that it is parallel to the width
of the plate. Never lift any plate less than 1/4”
(6mm) thick. (See Important Facts 2 & 4).
BA LIFTING
When the load is thicker than 1 1/2”
(38mm), and the load width is less than the
magnet length, but wider than the magnet width,
position the magnet length so that the entire lifting
surface of the magnet is in contact with the load.
When the load width is less than the magnet width,
position the magnet so you get the maximum, and
equal amounts of each of the magnets pole areas in
contact with the load.
ALWA S MAKE SURE THAT THE LOAD’S
WEIGHT AND DIMENSIONS ARE WITHIN THE
MAGNET’S LIFTING GUIDELINES.
UNSAFE LIFTING APPLICATIONS FOR YOUR NEO 125, 250, 500,
1000, AND 2000 LIFTING MAGNETS
If you have any diffi culty lifting a load, DON’T LIFT IT!
Call Walker for advice at 1 800 962 4638
WA NING
Never lift more than one workpiece
at a time with this magnet.
Never lift any castings that do not
have a machined fl at lifting surface
for the magnet. The location of the
lifting surface should be such to
permit the load to remain level when
lifted.
DANGE
• Never lift a
load by its
narrowest
dimension.
DANGE

11
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
: Each Walker magnet model is rated for a different weight limit, and the load
characteristics will affect the lifting capacity of the magnets. The lifting guidelines
for the various models are shown on the following pages.
The Lifting Guidelines charts show the effect of air gap, load thickness, load length, and load width on
lifting capacity. As the thickness of the load decreases, so does the rated lifting capacity of the mag-
net. The tables show the maximum weight or load size, which can be lifted for each thickness under
varying air gap conditions. DO NOT EXCEED EITHER THE MAXIMUM WEIGHT OR SIZE FOR
EACH THICKNESS.
Each value shown on the Lifting Guidelines charts is for AISI 1020 steel, and any increase in alloy
content will result in further reduction of the lifting capacity of the magnet.
THIS TABLE P OVIDES SOME EDUCTION FACTO S FO
MATE IAL OTHE THAN AISI 1020 STEEL
eduction Factors for Materials
Other than AISI 1020 Steel
Materials EDUCTION FACTO
Cast Steel 0.90
3% Silicon Steel 0.80
AISI 1095 Steel 0.70
416 Stainless Steel 0.50
Cast Iron (non-chilled) 0.45
Pure Nickel 0.10
For Other Materials Consult O.S. Walker
CAUTION
If you have any diffi culty lifting a load, DON’T LIFT IT!
Call Walker for advice at 1 800 962 4638
WA NING
GUIDELINES FOR THE REDUCTION OF THE
RATED LIFTING CAPACIT
ated lift Capacity (For these materials) = eduction Factor multiplied by Maximum Load
Value (For 1020 Steel) from Lifting Guidelines (plate). See pages 12, 14 & 16.
Example: Lifting AISI 1095 STEEL, ½” thick, ROUGH machined fl at surfaces (use .020” air gap)
with a Model NEO-250 magnet.
ated Lift Capacity = 0.70 multiplied by 160 = 112 pounds.
ated lift Capacity (For these materials) = eduction Factor multiplied by Maximum Load
Value (For AISI 1020 Steel) from Lifting Guidelines (round bar & pipe). See pages 13, 15 & 17.
Example: Lifting CAST IRON, (non-chilled), 8” diameter solid round bar, CLEAN AND SMOOTH
GROUND surfaces (use 0” air gap) with a Model NEO-500 lifting magnet.
ated Lift Capacity = 0.45 multiplied by 38” = 17.1”.
PLATE
OUND
BA S &
PIPES

12 Walker Magnetics, Inc., NEO Permanent Lifting Magnets
NEO-125 LIFTING GUIDELINES
(PLATE)
Values shown are for maximum rated capacities when operating instructions and warnings are followed.
VALUES A E BASED UPON AISI 1020 STEEL
Higher alloy steels and other magnetic materials will require further reductions of these rated capacities
(See page 11 for the Guidelines for the reduction of the Rated Lifting Capacities.)
NEVE EXCEED EITHE THE MAXIMUM WEIGHT O SIZE SHOWN FO EACH
LOAD THICKNESS AND TYPE OF SU FACE CONDITION
LOAD
THICKNESS
Inches
TYPE OF SU FACE CONDITION
CLEAN & SMOOTH
Similar to a Flat
(32 micro-inch MS)
Ground Surface
.000” Max. Air Gap †
UST O SCALE
Similar to a Flat Hot olled
Steel Surface
.010” Max. Air Gap †
(.254mm)
I EGULA O OUGH
Similar to a Flat Smooth
Cut File
.020” Max. Air Gap †
(.508mm)
Maximum Load
Pounds
Maximum Length
Inches
Maximum Load
Pounds
Maximum Length
Inches
Maximum Load
Pounds
Maximum Length
Inches
*1”
(25.4mm)
275
(125kg) -165 (75kg) -132 (60kg) -
*5/8”
(15.87mm)
212
(96kg)
20 x 60
(.51 x 1.52m)
140
(64kg)
20 x 40
(.51x.1.02m)
120
(54kg)
20 x 34
(.51x.86m)
*3/8”
(9.525mm)
127
(58kg)
20 x 60
(.51 x 1.52m)
110
(57kg)
20 x 52
(.51x1.32m)
85
(39kg)
20 x 40
(.51x1.02m)
*3/16”
(4.762mm)
65
(29kg)
20 x 60
(.51 x 1.52m)
57
(26kg)
20 x 54
(.51x1.37m)
53
(24kg)
20 x 50
(.51x1.27m)
*3/32”
(2.381mm)
33
(15kg)
20 x 60
(.51 x 1.52m)
28
(13kg)
20 x 54
(.51x1.37m)
24
(11kg)
20 x 48
(.51x1.22m)
NEVE LIFT ANY LOADS WITH ANY DIMENSION G EATE THAN 60 INCHES
(1.5 METE S)
O WITH A THICKNESS LESS THAN 3/32” (2.38 mm)
† Air Gap = nonmagnetic separation between magnet’s lifting surface and load.
* Lifting capacity affected by peel and thickness. See notes 2 & 4 in the “Important Facts” and
“Recommended Lifting Procedures” (See pages 6, 7 and 10).

13
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
NEO-125 LIFTING GUIDELINES
( OUND BA S)
Values shown are for maximum rated capacities when operating instructions and warnings are followed.
VALUES A E BASED UPON AISI 1020 STEEL
Higher alloy steels and other magnetic materials will require further reductions of these rated capacities
(See page 11 for the Guidelines for the reduction of the Rated Lifting Capacities.)
NEVE EXCEED EITHE THE MAXIMUM LENGTH O WEIGHT SHOWN FO EACH
OUND BA DIAMETE & TYPE OF SU FACE CONDITION
ound
Bar
Diameter
Inches
TYPE OF SU FACE CONDITION
CLEAN & SMOOTH
Similar to a Flat
(32 micro-inch MS)
Ground Surface
UST O SCALE
Similar to a Flat Hot olled
Steel Surface
.010” Max. Air Gap †
(.254mm)
I EGULA O OUGH
Similar to a Flat Smooth
Cut File
.020” Max. Air Gap †
(.508mm)
Maximum
Length Inches
Maximum Load
Pounds
Maximum
Length Inches
Maximum Load
Pounds
Maximum
Length Inches
Maximum Load
Pounds
4”
(102mm)
MAX. DIA..
24” 88 17” 61 14” 50
3”
(76mm)
44” 88 30” 61 24” 50
2”
(51mm)
60” 60 54” 50 45” 40
NEVE LIFT OUND BA S WITH:
A diameter LESS THAN 2.00 Inches or
A diameter G EATE THAN 4.00 Inches or
A length greater than shown in the Lifting Guidelines above
(Absolute maximum length 60” (1524mm))
† Air Gap = nonmagnetic separation between magnet’s lifting surface and load.

14
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
NEO-250 LIFTING GUIDELINES
(PLATE)
NEVE EXCEED EITHE THE MAXIMUM WEIGHT O SIZE SHOWN
FO EACH LOAD THICKNESS AND TYPE OF SU FACE CONDITION
LOAD
THICKNESS
Inches
TYPE OF SU FACE CONDITION
CLEAN & SMOOTH
Similar to a Flat
(32 micro-inch MS)
Ground Surface
.000” Max. Air Gap
UST O SCALE
Similar to a Flat Hot olled
Steel Surface
.010” Max. Air Gap †
(.254mm)
I EGULA O OUGH
Similar to a Flat Smooth
Cut File
.020” Max. Air Gap †
(.508mm)
Maximum Load
Poundss
Maximum Length
Inches
Maximum Load
Pounds
Maximum Length
Inches
Maximum Load
Pounds
Maximum Length
Inches
2 1/2” & above
(64mm & above)
550
(250kg) -360 (165kg) -230 (105kg) -
*1”
(25.4mm)
450
(205kg)
48x32
(1.2 x .8m)
305
(140kg)
44x24
(1.1 x .6m)
205
(95kg)
30x24
(.75 x .6m)
*1/2”
(12.7mm)
275
(125kg)
48x40
(1.2 x 1.0m)
220
(100kg)
48x30
(1.2 x .75m)
160
(73kg)
36x30
(.9 x .75m)
*3/8”
(9.5mm)
170
(77kg)
48x32
(1.2 x .8m)
130
(60kg)
36x32
(.9 x .8m)
107
(49kg)
42x24
(1.05 x .6m)
*1/4”
(6.4mm)
90
(42kg)
48x26
(1.2 x 6.5m)
65
(30kg)
36x24
(.9 x .6m)
55
(25kg)
30x24
(.75 x .6m)
Values shown are for maximum rated capacities when operating instructions and warnings are
followed.
VALUES A E BASED UPON AISI 1020 STEEL
Higher alloy steels and other magnetic materials will require further reductions of these rated
capacities (See page 11 for the Guidelines for the reduction of the Rated Lifting Capacities.)
NEVE LIFT ANY LOADS WITH ANY DIMENSION G EATE THAN 60
INCHES (1.5 METE S)
O WITH A THICKNESS LESS THAN 1/4” (6.4 mm)
† Air Gap = nonmagnetic separation between magnet’s lifting surface and load.
* Lifting capacity affected by peel and thickness. See notes 2 & 4 in the “Important
Facts” and “Recommended Lifting Procedures” (See pages 6, 7 and 10).

15
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
NEO-250 LIFTING GUIDELINES
( OUND BA S & PIPES)
Values shown are for maximum rated capacities when operating instructions and warnings are
followed.
VALUES A E BASED UPON AISI 1020 STEEL
Higher alloy steels and other magnetic materials will require further reductions of these rated
capacities (See page 11 for the Guidelines for the reduction of the Rated Lifting Capacities.)
NEVE EXCEED EITHE THE MAXIMUM LENGTH or WEIGHT SHOWN FO EACH
OUND BA /PIPE DIAMETE , WALL THICKNESS & TYPE OF SU FACE CONDITION
ound
Bar/Pipe
Diameter
Inches
Pipe
Wall
Thickness
Inches
TYPE OF SU FACE CONDITION
CLEAN & SMOOTH
Similar to a Flat
(32 micro-inch MS)
Ground Surface
.000” Max. Air Gap †
UST O SCALE
Similar to a Flat Hot olled
Steel Surface
.010” Max. Air Gap †
(.254mm)
I EGULA O OUGH
Similar to a Flat Smooth
Cut File
.020” Max. Air Gap †
(.508mm)
Maximum Length
Inches Maximum Load Pounds Maximum Length Inches Maximum Load Pounds Maximum Length Inches Maximum Load Pounds
7”
(178mm)
MAX. DIAM.
1/4” 30” 45 21” 32 18” 27
1/2 47” 137 35” 102 28” 82
1” 42” 225 28” 152 19” 102
SOLID BAR 25” 275 16” 180 10” 115
6”
(152mm)
1/4” 35” 45 25” 32 21” 27
1/2” 56” 137 41” 102 33” 82
SOLID BAR 34” 275 22” 180 14” 115
5”
(127mm)
1/4” 42” 45 30” 32 25” 27
1/2” 68” 137 50” 102 41” 82
SOLID BAR 49” 275 32” 180 20” 115
4”
(101mm)
1/4” 53” 45 38” 32 32” 27
1/2” 88” 137 65” 102 52” 82
SOLID BAR 77” 275 50” 180 32” 115
2 3/8”
(60mm)
MIN. DIAM.
1/4” 95” 45 67” 32 57” 27
1/2” 137” 137 122” 102 98” 82
SOLID BAR 137” 170 137” 170 91” 115
NEVE LIFT OUND BA S O PIPES WITH:
A diameter LESS THAN 2.375 Inches or
A diameter G EATE THAN 7 Inches or
A wall thickness LESS THAN 1/4” (6.4mm) or
A length greater than shown in the Lifting Guidelines above
(Absolute maximum length 137” (3500mm))
† Air Gap = nonmagnetic separation between magnet’s lifting surface and load.

16 Walker Magnetics, Inc., NEO Permanent Lifting Magnets
NEO-500 LIFTING GUIDELINES
(PLATE)
Values shown are for maximum rated capacities when operating instructions and warnings are
followed.
VALUES A E BASED UPON AISI 1020 STEEL
Higher alloy steels and other magnetic materials will require further reductions of these rated
capacities (See page 11 for the Guidelines for the reduction of the Rated Lifting Capacities.)
NEVE EXCEED EITHE THE MAXIMUM WEIGHT O SIZE SHOWN
FO EACH LOAD THICKNESS AND TYPE OF SU FACE CONDITION
LOAD
THICKNESS
Inches
TYPE OF SU FACE CONDITION
CLEAN & SMOOTH
Similar to a Flat
(32 micro-inch MS)
Ground Surface
.000” Max. Air Gap †
UST O SCALE
Similar to a Flat Hot olled
Steel Surface
.010” Max. Air Gap †
(.254mm)
I EGULA O OUGH
Similar to a Flat Smooth
Cut File
.020” Max. Air Gap †
(.508mm)
Maximum Load
Pounds Maximum Length Inches Maximum Load Pounds Maximum Length Inches Maximum Load Pounds Maximum Length Inches
2 1/2” & above
(64mm & above) 1100
(500kg) -825 (375kg) -550 (250kg) -
*1”
(25.4mm) 880
(400kg) 72 x 42 (1.8x1.05m) 685 (312kg) 60 x 40 (1.5 x.1.0m) 470 (215kg) 60 x 26 (1.5 x.65m)
*1/2”
(12.7mm) 395
(180kg) 72 x 36 (1.8x.9m) 315 (145kg) 60 x 36 (1.5 x.9m) 260 (120kg) 60 x 30 (1.5 x.75m)
*3/8”
(9.5mm) 250
(115kg) 48 x 48 (1.2 x 1.2m) 185 (85kg) 48 x 36 (1.2 x .9m) 160 (73kg) 42 x 36 (1.05 x .9m)
*1/4”
(6.4mm) 110
(50kg) 48 x 36 (1.2 x .9m) 85 (40kg) 40 x 30 (1 x.75m) 70 (33kg) 36x26 (.9 x .65m)
NEVE LIFT ANY LOADS WITH ANY DIMENSION G EATE
THAN 72 INCHES (1.8 METE S)
O WITH A THICKNESS LESS THAN 1/4” (6.4 mm)
† Air Gap = nonmagnetic separation between magnet’s lifting surface and load.
* Lifting capacity affected by peel and thickness. See notes 2 & 4 in the “Important
Facts” and “Recommended Lifting Procedures” (See pages 6, 7 and 10).

17
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
NEO-500 LIFTING GUIDELINES
( OUND BA S & PIPES)
Values shown are for maximum rated capacities when operating instructions and warnings are
followed.
VALUES A E BASED UPON AISI 1020 STEEL
Higher alloy steels and other magnetic materials will require further reductions of these rated
capacities (See page 11 for the Guidelines for the reduction of the Rated Lifting Capacities.)
NEVE EXCEED EITHE THE MAXIMUM LENGTH O WEIGHT SHOWN FO EACH
OUND BA /PIPE DIAMETE , WALL THICKNESS & TYPE OF SU FACE CONDITION
ound
Bar/Pipe
Diameter
Inches
Pipe
Wall
Thickness
Inches
TYPE OF SU FACE CONDITION
CLEAN & SMOOTH
Similar to a Flat
(32 micro-inch MS)
Ground Surface
.000” Max. Air Gap †
UST O SCALE
Similar to a Flat Hot
olled
Steel Surface
.010” Max. Air Gap †
(.254mm)
I EGULA O OUGH
Similar to a Flat Smooth
Cut File
.020” Max. Air Gap †
(.508mm)
Maximum Length
Inches Maximum Load Pounds Maximum Length Inches Maximum Load Pounds Maximum Length Inches Maximum Load Pounds
10”
(254mm)
MAX. DIAM.
1/4” 25” 55 19” 41 16” 35
1/2” 46” 197 37” 157 30” 130
1” 55” 440 42” 342 29” 235
SOLID BAR 24” 550 18” 420 12” 285
8”
(203mm)
1/4” 32” 55 24” 42 20” 35
1/2” 59” 197 47” 157 39” 130
SOLID BAR 38” 550 29” 420 20” 285
6”
(152mm)
1/4” 43” 55 32” 42 27” 35
1/2” 80” 197 64” 157 53” 130
SOLID BAR 68” 550 53” 420 35” 285
4”
(101mm)
1/4” 66” 55 50” 42 42” 35
1/2” 126” 197 100” 157 83” 130
SOLID BAR 154” 550 118” 420 80” 285
2 3/4”
(70mm)
MIN. DIAM.
1/4” 98” 55 75” 42 73” 35
1/2” 157” 157 157” 157 130” 130
SOLID BAR 157” 264 157” 264 157” 264
NEVE LIFT OUND BA S O PIPES WITH:
A diameter LESS THAN 2.75 Inches or
A diameter G EATE THAN 10 Inches or
A wall thickness LESS THAN 1/4” (6.4mm) or
A length greater than shown in the Lifting Guidelines above
(Absolute maximum length 157” (4000mm)
† Air Gap = nonmagnetic separation between magnet’s lifting surface and load.

18
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
NEO-1000 LIFTING GUIDELINES
(PLATE)
Values shown are for maximum rated capacities when operating instructions and warnings are
followed.
VALUES A E BASED UPON AISI 1020 STEEL
Higher alloy steels and other magnetic materials will require further reductions of these rated
capacities (See page 11 for the Guidelines for the reduction of the Rated Lifting Capacities.)
NEVE EXCEED EITHE THE MAXIMUM WEIGHT O SIZE SHOWN
FO EACH LOAD THICKNESS AND TYPE OF SU FACE CONDITION
LOAD
THICKNESS
Inches
TYPE OF SU FACE CONDITION
CLEAN & SMOOTH
Similar to a Flat
(32 micro-inch MS)
Ground Surface
.000” Max. Air Gap †
UST O SCALE
Similar to a Flat Hot olled
Steel Surface
.010” Max. Air Gap †
(.254mm)
I EGULA O OUGH
Similar to a Flat Smooth
Cut File
.020” Max. Air Gap †
(.508mm)
Maximum Load
Pounds
Maximum
Length Inches
Maximum Load
Pounds
Maximum
Length Inches
Maximum Load
Pounds
Maximum
Length Inches
3” & above
(76mm & above)
2200
(1000kg)
-
1845
(840kg)
-
1415
(645kg)
-
*2”
(51mm)
1960
(890kg)
72 x 48
(1.8 x 1.2m)
1670
(760kg)
72x40
(1.8 x 1.0m)
1320
(600kg)
72x32
(1.8 x .8m)
*1”
(25.4mm)
1175
(535kg)
84x48
(2.1 x 1.2m)
1045
(475kg)
76x48
(1.9 x 1.2m)
900
(410kg)
60x30
(1.5 x .75m)
*1/2”
(12.7mm)
365
(165kg)
72x36
(1.8 x .9m)
330
(150kg)
60x36
(1.5 x .9m)
285
(130kg)
48x36
(1.2 x .9m)
*3/8”
(9.5mm)
235
(108kg)
48x44
(1.2 x 1.1m)
195
(90kg)
48x36
(1.2 x .9m)
155
(72kg)
48x30
(1.2 x .75m
NEVE LIFT ANY LOADS WITH ANY DIMENSION G EATE
THAN 84 INCHES (2.1 METE S)
O WITH A THICKNESS LESS THAN 3/8” (9.5 mm)
† Air Gap = nonmagnetic separation between magnet’s lifting surface and load.
* Lifting capacity affected by peel and thickness. See notes 2 & 4 in the “Important
Facts” and “Recommended Lifting Procedures” (See pages 6, 7 and 10).

19
Walker Magnetics, Inc., NEO Permanent Lifting Magnets
NEO-1000 LIFTING GUIDELINES
( OUND BA S & PIPES)
Values shown are for maximum rated capacities when operating instructions and warnings are
followed.
VALUES A E BASED UPON AISI 1020 STEEL
Higher alloy steels and other magnetic materials will require further reductions of these rated
capacities (See page 11 for the Guidelines for the reduction of the Rated Lifting Capacities.)
NEVE EXCEED EITHE THE MAXIMUM LENGTH O WEIGHT SHOWN FO EACH
OUND BA /PIPE DIAMETE , WALL THICKNESS & TYPE OF SU FACE CONDITION
ound
Bar/Pipe
Diameter
Inches
Pipe
Wall
Thickness
Inches
TYPE OF SU FACE CONDITION
CLEAN & SMOOTH
Similar to a Flat
(32 micro-inch MS)
Ground Surface
.000” Max. Air Gap †
UST O SCALE
Similar to a Flat Hot
olled
Steel Surface
.010” Max. Air Gap †
(.254mm)
I EGULA O OUGH
Similar to a Flat Smooth
Cut File
.020” Max. Air Gap †
(.508mm)
Maximum Length
Inches
Maximum Load
Pounds
Maximum Length
Inches
Maximum Load
Pounds
Maximum Length
Inches
Maximum Load
Pounds
11”
(279mm)
MAX. DIAM.
3/8” 31” 117 27” 97 21” 77
1/2” 39” 182 35” 163 30” 141
1” 66” 587 58” 522 50” 449
SOLID BA 40” 1100 34” 925 26” 720
8”
(203mm)
3/8” 46” 117 38” 97 30” 77
1/2” 54” 182 49” 163 42” 140
SOLID BA 77” 1100 65” 925 50” 720
6”
(152mm)
3/8” 62” 117 51” 97 41” 77
1/2” 74” 182 67” 163 58” 140
SOLID BA 137” 1100 115” 925 90” 720
4”
(101mm)
3/8” 96” 117 80” 97 63” 77
1/2” 116” 182 105” 163 90” 140
SOLID BA 177” 629 177” 629 177” 629
3”
(76mm)
MIN. DIAM.
3/8” 133” 117 110” 97 87” 77
1/2” 114” 127 102” 114 89” 99
SOLID BA 177” 354 177” 354 177” 354
NEVE LIFT OUND BA S O PIPES WITH:
A diameter LESS THAN 3 Inches or
A diameter G EATE THAN 11 Inches or
A wall thickness LESS THAN 3/8” (9.5 mm) or
A length greater than shown in the Lifting Guidelines above
(Absolute maximum length 177” (4500mm)
† Air Gap = nonmagnetic separation between magnet’s lifting surface and load.

20 O.S. Walker Inc., NEO Permanent Lifting Magnets
NEO-2000 LIFTING GUIDELINES
(PLATE)
Values shown are for maximum rated capacities when operating instructions and warnings are
followed.
VALUES A E BASED UPON AISI 1020 STEEL
Higher alloy steels and other magnetic materials will require further reductions of these rated
capacities (See page 11 for the Guidelines for the reduction of the Rated Lifting Capacities.)
NEVE EXCEED EITHE THE MAXIMUM WEIGHT O SIZE SHOWN
FO EACH LOAD THICKNESS AND TYPE OF SU FACE CONDITION
LOAD
THICKNESS
Inches
TYPE OF SU FACE CONDITION
CLEAN & SMOOTH
Similar to a Flat
(32 micro-inch MS)
Ground Surface
.000” Max. Air Gap †
UST O SCALE
Similar to a Flat Hot olled
Steel Surface
.010” Max. Air Gap †
(.254mm)
I EGULA O OUGH
Similar to a Flat Smooth
Cut File
.020” Max. Air Gap †
(.508mm)
Maximum Load
Pounds
Maximum
Length Inches
Maximum Load
Pounds
Maximum
Length Inches
Maximum Load
Pounds
Maximum
Length Inches
4” & above
(100mm & above)
4400
(2000kg)
-
2860
(1300kg)
-
2420
(1100kg)
-
*2”
(51mm)
2750
(1250kg)
96 x 48
(2.4x1.2m)
2150
(980kg)
78x48
(1.95x1.2m)
1890
(860kg)
68x48
(1.7x1.2m)
*1”
(25.4mm)
1430
(650kg)
96 x 48
(2.4x1.2m)
1210
(550kg)
88x48
(2.2x1.2m)
1045
(475kg)
72x48
(1.8x1.2m)
*3/4”
(20mm)
880
(400kg)
96 x 42
(2.4 x 1.1m)
825
(375kg)
88 x 42
(2.2 x 1.1m)
770
(350kg)
72 x 48
(1.8x 1.2m)
NEVE LIFT ANY LOADS WITH ANY DIMENSION G EATE
THAN 96 INCHES (2.4 METE S)
O WITH A THICKNESS LESS THAN 3/4” (20 mm)
† Air Gap = nonmagnetic separation between magnet’s lifting surface and load.
* Lifting capacity affected by peel and thickness. See notes 2 & 4 in the “Important
Facts” and “Recommended Lifting Procedures” (See pages 6, 7 and 10).