Operating and maintenance instructions for models NEO-LIFT
7
TECHNICAL SPECIFICATIONS AND DIMENSIONS:
SAFETY:
Warning tor incorrect operation or action that could have physical injury or damage to the equipment as
a result.
SAFETY INSTRUCTIONS:
1. Never use this magnet before these instructions have been read and understood.
2. Persons fitted with a pacemaker or other medical equipment should never use the magnet without first
consulting with their physician.
3. Never remove warning or instruction plates from the magnet.
4. Always wear safety glasses, gloves, protective footwear and a helmet.
5. Never stand or move under the load.
6. Never transport over or past people.
7. Never use the magnet as an ain to lifting, supporting or transporting persons.
8. Warn bystanders when beginning to lilt a load.
9. To prevent the hook from slipping out of the lifting eye always use a crane hook with a safety latch.
10. Ensure that the weight and dimensions of the load to be lifted do not exceed the maximum permitted
values.
11. Never use a damaged or poorly operating magnet.
12. Never switch the magnet on before it has been placed on the load.
13. Never switch the magnet off before the load has been placed on a stable surface.
14. Never lift more than one work piece at a time with this magnet.
15. Never leave a hoisted lead unattended.
16. The temperature of the load or the environment must never exceed 8O°C.
DETERIMINE THE WORKLOAD LIMIT (WLL):
The workload limit may become less as a result of:
1. Air gaps between the load and the magnet, caused by paper, dirt, paint, burrs, damage, surface roughness
etc. either on the load or on the magnet.
2. Thin loads. The thinner the load, the less the lining capacity.
3. Length and width of the load. Long, wide parts that hang outside the magnet protrusions, resulting in an
air gap. This is called the peeling effect. The first three effects are summarized in a table on page 9.
Never exceed the maximum weight and/or A dimensions tor the material thicknesses stated in the
table. A Never place the magnet over a large hole or bore.
4. The load material type. In general it applies that: high alloy percentage = low lifting capacity.
Some alloys are even totally non—magnetic (e.g. stainless steel 304). The values in the table on page 9
apply to St 37 A (S 235 JR). For other materials the lifting capacity will reduce by the percentages below:
Model
Max. load (kg)
Sizes (mm)
Tested lifting
capacity (kg)
Weight
(kg)
with Ø in mm
L
B
H
NEO-LIFT 125
125
50
50-100
95
60
110
400
3
NEO-LIFT 250
250
125
60-200
151
100
168
800
10
NEO-LIFT 500
500
250
65-270
246
120
168
1600
19
NEO-LIFT 1000
1000
500
100-300
306
146
216
3200
39
NEO-LIFT 1500
1500
750
100-360
375
165
253
4500
70
NEO-LIFT 2000
2000
1000
100-360
480
165
253
6000
90
Material
Material workload limit
for various materials
%
St. 37
100
St. 52
96
Cast steel
90
Stainless steel
50
Cast iron
45
Nickel
10
For other materials consult your
supplier.
GB
