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General Information

Needed for every application

Primary contact

Name

Email

Address

Company

Title

Phone

End user / site contact

Name

Email

Address

Company

Title

Phone

Quotation to include

Additional equipment — details

System labeling

Imperial Metric

Environment

Indoor Outdoor Coastal / corrosive

Forklift slots

Forklift slots needed

Fork thickness (in)

Fork width (in)

Distance between forks, outside edges (in)

Weld-on hooks

Weld-on hooks needed Qty

Type of magnet

Electromagnet Electropermanent Manual

Duty cycle (%) — electromagnet only

Duration on (sec)

Duration off (sec)

Crane specifications

If other:

Crane capacity (tons)

Distance between hooks (in)

Hook configuration

Single hook Double hook

Height, floor to hook (in)

Power supply

Voltage, Vac

Voltage, Vdc

Amperage (A)

Phase

Single Three

Frequency

50 Hz 60 Hz

Notes

Plate Worksheet

If this is your application

Material grade

Thickness, min (in)

Thickness, max (in)

Width, min (in)

Width, max (in)

Length, min (in)

Length, max (in)

Min thickness of longest plate (in)

Max thickness of shortest plate (in)

Max plate weight (lbs)

Ambient temp, min (°F)

Ambient temp, max (°F)

Material temp, min (°F)

Material temp, max (°F)

Goal to lift

Single plates Multiple plates Both single and multiple

Storage

Vertical Horizontal — stacked flat Horizontal — with dunnage

Surface condition — select all that apply

Coating material Thickness (in)

Notes

Blooms, Billets & Slabs Worksheet

If this is your application

Type

Standard billet H billets Round / bar Blooms

Material grade

Thickness, min (in)

Thickness, max (in)

Width, min (in)

Width, max (in)

Length, min (in)

Length, max (in)

Number to lift at one time (qty — slabs handled individually)

Max weight per piece (lbs)

Surface finish — select all that apply

Billet shape

Square Rectangle Round

Billet handling

Single Layer

Max layer width (in)

Max center deflection across 10 ft (in)

Diagram showing a 10 foot billet span with maximum deflection marked at center — Maximum center deflection, measured across a 3 m / 10 ft span

Lifting area environment

Slab yard Truck or railcar Vessel Other

Material temperature (°F)

For hot slabs & blooms only above 300 °F

Standard surface temp (°F)

Maximum surface temp (°F)

Standard time on magnet per cycle (sec)

Cooling time between lifts (sec)

Magnet operating time (hrs/day)

Magnet operating time (days/wk)

Notes

Bundle Worksheet

If this is your application

All bundles should be tightly banded. Please also send photos or sketches of the bundle shapes.

Type

Individual part size use rectangular dimensions, or diameter for round stock

Length (in)

Width (in)

Height (in)

— or — Diameter (in)

Typical bundle size

Length (in)

Width (in)

Height (in)

Typical weight per bundle (lbs)

Number of bundles per lift (qty)

Pieces per bundle (wide)

Pieces per bundle (tall)

Number of pieces in top row (qty)

Bundle shape

Tubing shape

Square Round Rectangle

Wall thickness (in)

Material grade

Orientation presented to the magnet(s)

If channel or angle

V up V down

If I-beam

I orientation H orientation

Notes

Coil Worksheet

If this is your application

Coil configuration

Full flat coils Slit coils Steel wire / rod coils

Material grade

Material temp, min (°F)

Material temp, max (°F)

Ambient temp, min (°F)

Ambient temp, max (°F)

Outside diameter, min (in)

Outside diameter, max (in)

Inside diameter, min (in)

Inside diameter, max (in)

Width, min (in)

Width, max (in)

Thickness, min (in)

Thickness, max (in)

Weight, min (lbs)

Weight, max (lbs)

Lifting orientation

Horizontal (eye to the side) Vertical (eye to the sky)

Condition — select all that apply

Edge staggering (in)

Qty to lift at one time

Banding — external, belly band (qty)

Banding — internal, through the eye (qty)

Number of bands (qty)

Strap width (in)

Strap thickness (in)

Max air gap (in)

Diagram of a coil showing wrapping, straps, edge protection, and strap closing clips — Reference: wrapping, straps, edge protection and strap closing clips

Winding condition select the condition that applies, with its air-gap measurement

Diagram of an ideal coil winding condition

Ideal condition

Average air gap

d max (in)

Surface flatness

d max (in)

Internal extrusion area

d max (in)

External extrusion area

d max (in)

Local winding defect

d max (in)

Min ED (external dimension) presenting the max load (in)

Coil packing material

Coil packing max thickness (in)

Coil coating

Yes No

Coating material Thickness (in)

Slit coils

Yes No

Notes

Beam Worksheet

If this is your application

Cross-section dimensions

Diagram of an I-beam cross section labeled a, b, c, d — a, b, c, d refer to the labeled cross-section dimensions

a — min (in)

a — max (in)

b — min (in)

b — max (in)

c — min (in)

c — max (in)

d — min (in)

d — max (in)

Beam dimensions

Length, min (in)

Length, max (in)

Weight, min (lbs)

Weight, max (lbs)

Beam lifting configuration

I-configuration

H-configuration

Lifting mode

Always single beam lift Always single layer lift

Max layer width (in)

Max layer weight (lbs)

Ambient temperature (°F)

Hot — above 300 °F

For hot beams only above 300 °F

Standard surface temp (°F)

Maximum surface temp (°F)

Standard time on magnet per cycle (sec)

Cooling time between lifts (sec)

Magnet operating time (hrs/day)

Magnet operating time (days/wk)

Notes