Hazardous Product

Mecalectro Holding Magnet, 440N Holding Force 24V dc

RS Stock No.: 236-9301Brand: MecalectroManufacturers Part No.: 5.81.01
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Technical Document

Specifications

Brand

Mecalectro

Holding Force

440N

Supply Voltage

24V dc

Diameter

39mm

Length

32.5mm

Country of Origin

France

Product details

Supporting electromagnets

These devices are designed for supporting or gripping ferromagnetic parts.
The maximum retaining force is obtained by contact with flat mild steel parts, with a surface area equal to or greater than the attraction surface, and with a sufficient thickness (equal to at least 1/8th of the diameter ofthe electromagnet).
Any gap, no matter how small, will noticeably reduce this maximum force.

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Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

SR 476.40

Each (ex VAT)

SR 547.86

Each (inc. VAT)

Mecalectro Holding Magnet, 440N Holding Force 24V dc

1

Available in multiples of 1
1SR 476.40
2SR 952.80
3SR 1,429.20
4SR 1,905.60
5SR 2,382.00
6SR 2,858.40
7SR 3,334.80
8SR 3,811.20
9SR 4,287.60
10SR 4,764.00
11SR 5,240.40
12SR 5,716.80
13SR 6,193.20
14SR 6,669.60
15SR 7,146.00

SR 476.40

Each (ex VAT)

SR 547.86

Each (inc. VAT)

Mecalectro Holding Magnet, 440N Holding Force 24V dc
Stock information temporarily unavailable.

1

Available in multiples of 1
1SR 476.40
2SR 952.80
3SR 1,429.20
4SR 1,905.60
5SR 2,382.00
6SR 2,858.40
7SR 3,334.80
8SR 3,811.20
9SR 4,287.60
10SR 4,764.00
11SR 5,240.40
12SR 5,716.80
13SR 6,193.20
14SR 6,669.60
15SR 7,146.00
You may be interested in

Technical Document

Specifications

Brand

Mecalectro

Holding Force

440N

Supply Voltage

24V dc

Diameter

39mm

Length

32.5mm

Country of Origin

France

Product details

Supporting electromagnets

These devices are designed for supporting or gripping ferromagnetic parts.
The maximum retaining force is obtained by contact with flat mild steel parts, with a surface area equal to or greater than the attraction surface, and with a sufficient thickness (equal to at least 1/8th of the diameter ofthe electromagnet).
Any gap, no matter how small, will noticeably reduce this maximum force.

You may be interested in