Electro magnet GT-40

Electro magnet

Electro magnet with a holding force, maintained by continuous application of current.

Specifications

Electrical power
5.6W
Distance Z
Magnet - counter plate [mm]
0  |  0.1  |  0.5  |  1  |  2  |  3  |  4  |  5
Holding force [N]
435  |  180  |  13  |  5  |  -  |  -  |  -  |  -
Residual holding force (de-energized) [N]
~44  |  0
Preferred nominal voltage
24 VDC (max. 50 VDC)
Duty cycle ED%
100%
Insulation class
B (130°C) DIN VDE 0580
Test voltage
Overvoltage category
EN 60664-1
III
Protection class
IP20 (IEC 60529)
El. connection type
Stranded wire (300mm), AWG20
Surface treatment
Housing nitrocarburized
Total magnet weight
0.170 kg
GT

Comments

  1. Holding magnets manufactured and tested according to DIN VDE 0580
  2. Holding force measured at operating temperature at 20°C Ambient temperature with 90% nominal voltage
  3. The holding force values are only valid as reference values and may deviate by ±15% due to tolerances
  4. The holding force is valid with the ground surface in contact Counter plate made of steel S235 (EN 10025)
  5. Special versions are available
  6. Subject to change without notice - Illustrations non-binding
  7. RoHS compliant, free of halogens (PVC)
  8. Our "Technical Explanations" provide information on about the use of holding magnets as well as to general assembly and safety instructions

Technical drawings

 

 

Specifications

Function

pulling / pushing

Preferred nominal voltage

24VDC (max. 230VAC)

Insulation class

B (130°C) DIN VDE 0580

Prüfspannung
Overvoltage category

EN 60664-1 III

Protection class
Lead wire W
Plug-in connection S

IP20 (IEC 60529)
IP40; max. IP65 (IEC 60529)

El. connection type

Stranded wires (300mm), AWG20 plug connection DIN-175301-803

Surface treatment

black lacquered

Moving mass

0.060kg

Total magnet weight

0.430kg

Technical drawings

 

 

GT

Comments

  1. Holding magnets manufactured and tested according to DIN VDE 0580
  2. Holding force measured at operating temperature at 20°C Ambient temperature with 90% nominal voltage
  3. The holding force values are only valid as reference values and may deviate by ±15% due to tolerances
  4. The holding force is valid with the ground surface in contact Counter plate made of steel S235 (EN 10025)
  5. Special versions are available
  6. Subject to change without notice - Illustrations non-binding
  7. RoHS compliant, free of halogens (PVC)
  8. Our "Technical Explanations" provide information on about the use of holding magnets as well as to general assembly and safety instructions

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