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Shallow Pot Holding Magnets Systems

/Shallow Pot Holding Magnets Systems
  • Shallow Pot Holding Magnets Systems

Shallow Pot Holding Magnets Systems, Magnetic Pot Holding System, Ferrite Shallow Pot with Steel Cap, AlNiCo Pot Magnet, SmCo Cup Magnet, Samarium Deep Pot Holding Magnet, SmCo Shallow Pot Magnet, Holding Magnet Pot Neodymium

Shallow Pot Holding Magnets Systems Styles:

HSMAG have a variety of different Shallow Pots. All of which have the basic structure of a magnet encased in a steel cup. This design makes them robust and also ensures an additional magnetic hold compared with the magnet being used independently. However different styles are available for different applications and fixing methods. These are as follows:

Style A is a simplistic arrangement consisting of a magnet within a steel cup.

Style B, once again, is a magnet contained in a steel cup yet with an externally threaded stud.

Style C pots, on the active face, have a countersunk hole and can be easily fixed using a countersunk screw.

Style D pots have a through hole mounting on the active face. Using a cap screw, these can be easily fixed into position.

Samarium Shallow Pot (Max Temp +150ᵒC)
Dimensions (mm)
Part Number Style ØD H Ød L Holding Force (kg)
HSSMSP 00106 A 6 4 0.5
HSHSSMSP 01475 A 8 4.5 1.1
HSSMSP 00107 A 10 5 2.0
HSSMSP 00165 A 13 5 4.0
HSSMSP 00166 A 17.5 5 6.0
HSSMSP 00137 A 25 9 15.0
HSSMSP 01663 B 25.4 7.3  M8 12.3 12.0

 

Ferrite Shallow Pot with Steel Cap (Max Temp +120ᵒC)
Dimensions (mm)
Part Number Style ØD H Holding Force (Kg)
HSSFSP 00171 A 10 4.5 0.4
HSSFSP 00172 A 13 4.5 0.9
HSSFSP 00173 A 16 4.5 1.8
HSSFSP 00174 A 20 6 2.8
HSSFSP 00108 A 25 7 4.0
HSSFSP 00175 A 32 7 8.0
HSSFSP 00176 A 40 8 13.0
HSSFSP 00177 A 50 10 24.0
HSSFSP 00178 A 63 14 32.0
HSSFSP 00179 A 80 18 60.0

 

Alnico High Temperature Shallow Pot (Max Temp +500ᵒC)
Dimensions (mm)
Part Number Style ØD ød1 ød2 H Tapered Screw Holding Force (Kg)
HSALSP 00217 C 19.1 4.2 7.6 M4 3.0
HSALSP 00218 C 28.6 5.2 8.7 M5 5.0
HSALSP 00219 C 38.1 5 10.6 M5 13.0
Supplied Magnitised and Keepered

 

Neodymium Shallow Pot with Centre Hole (Max Temp +80ᵒC)
Dimensions (mm)
Part Number Style ØD ød1 ød2 H Tapered Screw Holding Force (Kg)
HSNISP 01420 C 16 3.2 4.5 M3 6.5
HSNISP 01599 C 20 4.5 6 M4 8.0
HSNISP 01600 C 25 4.5 7 M4 14.5
HSNISP 01574 C 32 5.5 7 M5 21.5
HSNISP 01601 C 40 5.5 8 M5 40.0
HSNISP 01760 D 48 8.5 16 11.5 M8 65.0

 

Ferrite Shallow Pot with Centre Hole (Max Temp +120ᵒC)
Dimensions (mm)
Part Number Style ØD ød1 ød2 H Tapered Screw Holding Force (Kg)
HSSFSP 00168 C 16 3.2 4.5 M3 1.8
HSSFSP 00109 C 20 4.2 6.0 M4 2.7
HSSFSP 00110 C 25 5.5 7.0 M5 3.6
HSSFSP 00111 C 32 5.5 7.0 M5 7.2
HSSFSP 00125 C 40 5.5 8.0 M5 9.0
HSSFSP00112/5.5 D 50 5.5 22 10.0 18.0
HSSFSP 00112 D 50 8.5 22 10.0 18.0
HSSFSP 00169 D 63 6.5 24 14.0 29.0
HSSFSP 00933* C 90 8.5 12.5 M8 55.0
HSSFSP 00499 C 90 10.5 12.0 M10 60.0
HSSFSP01947* C 90 10.5 12.5 M10 55.0
GENERAL TOLERANCES ± 0.15
* Internal Thread

Holding Forces are based upon direct contact with a thick, clean mild steel surface. Holding Forces will be reduced with heavily painted or corroded surfaces.
Over tightening screws can lead to cracking and other damage. Therefore these pots should not be used for mechanical holding applications.
Please take care when selecting a screw to use in conjunction with these pots as a steel screw could alter the flux and reduce the magnetic force. We suggest using 304 stainless steel screws where possible.
Before selecting a choice of holding system please consider the working environment of your application. High Temperature Pot Holding Systems

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