E+G Magnets

E+G GN 50.1 w/o Thread

Elesa+Ganter GN 50.1 Magnet disc shaped, without thread
 Materials of the magnet:
- Hard ferrite HF, temperature resistant up to 200° C
- Samarium, cobalt SmCo SC, temperature resistant up to 200° C
- Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C
Retaining magnets GN 50.1 are a shielded magnetic system. Fixed in place by gluing or side-mounted thrust bolt (e.g. GN 913.2 grub screw with pointed nose).

E+G GN 50.3 w/Threaded Stud

Elesa+Ganter GN 50.3 Disc-shaped, with treaded stud
Materials of the magnet:
- Hard ferrite HF, temperature resistant up to 200° C
- Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C
Retaining magnets GN 50.3 are a shielded magnetic system.

E+G GN 50.2 Threaded bush

Elesa+Ganter GN 50.2 magnet, disc shaped, with female thread
Materials:
- Hard ferrite HF, temperature resistant up to 200° C
- Samarium, cobalt SmCo SC, temperature resistant up to 200° C
- Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C
Retaining magnets GN 50.2 are a shielded magnetic system.

E+G GN 50.25 STAINLESS

Elesa+Ganter GN 50.25 magnet, disc shaped, with female thread
Housing / threaded bush, stainless steel
Material of the magnet:
- Hard ferrite HF, temperature resistant up to 220° C
Stainless Steel-Retaining magnets GN 50.25 are a shielded magnetic system. Owing to the lower magnetic conductivity of the stainless steel housing, the adhesive forces are lower than in steel.

E+G GN 50.4 w/Bore

Elesa+Ganter GN 50.4 magnet, disc shaped, with bore / female thread
Housing Steel, zinc plated
Material of the magnet:
- Version HF: Hard ferrite, temperature resistant up to 200° C.
Retaining magnets GN 50.4 are a shielded magnetic system. To ensure that the magnetic properties (adhesive forces) are not impaired, the fixing screws of the types for countersunk screws and socket cap screws must be made of non-magnetic material (magnetic not conductive).

E+G GN 50.45 STAINLESS

Elesa+Ganter GN  50.45 magnet, disc-shaped, with bore
Housing Stainless steel
Material of the magnet:
- Version HF: Hard ferrite, temperature resistant up to 220 °C.
Stainless Steel-Retaining magnets GN 50.45 are a shielded magnetic system. Owing to the lower magnetic conductivity ot the stainless steel housing, the adhesive forces are lower than in steel. To ensure that the magnetic properties (adhesive forces) are not impaired, the fixing screws must be made of non-magnetic material.

E+G GN 58 w/Bore

Elesa+Ganter GN 58 magnet, with bore
Housing: Steel
Material of the magnet: Aluminium, nickel, cobalt AINiCo AN, temperature resistant up to 280° C
Lacquering red, temperature resistant up to 180° C
Pot magnets GN 58 are a non-shielded magnetic system.
To ensure that the magnetic properties (adhesive forces) are not impaired, the fixing screws must be made of non-magnetic material. For easier handling and/or to avoid demagnetisation, these magnets have an iron plate on their adhesive surface.

E+G GN 51.2 Threaded Bore

Elesa+Ganter GN 51.2 magnet, disc-shaped, with female thread, with rubber jacket.
Steel part, zinc plated Rubber jacket Elastomer (TPE), 73 shore, black
Material of the magnet: Neodymium, iron, boron NdFeB ND, temperature resistant up to 80°
Retaining magnets GN 51.2 are a shielded magnetic system with rubber jacket. The rubber jacket protects sensitive surfaces from being damaged by the magnet and also delivers a higher friction coefficient, resulting in high lateral adhesion forces.

SW: Black 
WS: White 

E+G GN 51.5 Female Thread

Elesa+Ganter GN 51.5 magnet, disc-shaped, with female thread, with rubber jacket
Steel part, zinc-plated Rubber jacket, Elastomer (TPE), 73 shore, black
Material of the magnet: Neodymium, iron, boron NdFeB ND, temperature resistant up to 80°C
Retaining magnets GN 51.7 are a shielded magnetic system with rubber jacket. The rubber jacket protects sensitive surfaces from being damaged by the magnet and also delivers a higher friction coefficient, resulting in high lateral adhesion forces.

E+G GN 51.3 w/Threaded Stud

Elesa+Ganter GN 51.3 magnet, disc-shaped, with threaded stud, with rubber jacket
Steel part, zinc plated Rubber jacket Elastomer (TPE), 73 shore, black
Material of the magnet: Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C
Retaining magnets GN 51.3 are a shielded magnetic system with rubber jacket. The rubber jacket protects sensitive surfaces from being damaged by the magnet and also delivers a higher friction coefficient, resulting in high lateral adhesion forces.

E+G GN 51.4 w Bore

Elesa+Ganter GN 51.4 magnet, disc-shaped, with bore, with rubber jacket
Steel part, zinc-plated Rubber jacket, Elastomer (TPE), 73 shore, black
Material of the magnet: Neodymium, iron, boron NdFeB ND, temperature resistant up to 80°C
Retaining magnets GN 51.4 are a shielded magnetic system with rubber jacket. The rubber jacket protects sensitive surfaces from being damaged by the magnet and also delivers a higher friction coefficient, resulting in high lateral adhesion forces.

E+G GN 52.1 w/o Bore

Elesa+Ganter GN 52.1 magnet, rod-shaped, smooth finish
Housing, steel
Identification no. 1: zinc plated, tolerance d = +0.2/-0.2
Identification no. 2: blank, tolerance d = h6
Materials of the magnet:
- Aluminium, nickel, cobalt AINiCo AN, temperature resistant up to 450°C
- Neodynium, iron, boron NdFeB ND, temperature resistant up to 80°C
Retaining magnets GN 52.1 are a shielded magnetic system. Attachment options include pressing in, shrinking in or gluing in.

E+G GN 54.1 Sandwich Magnet

Elesa+Ganter GN 54.1 magnet, rod-shaped, smooth finish
Housing, brass
Materials of the magnet:
- Samarium, cobalt SmCo SC, temperature resistant up to 200°C
- Neodymium, iron, boron NdFeB ND, temperature resistant up to 80°C
Identification of ND: blue inked adhesive surface Features and applications.
Retaining magnets GN 54.1 are a shielded magnetic system.

E+G GN 52.2 Female Thread

Elesa+Ganter GN  52.2 magnet, rod-shaped, with female thread
Housing, steel, zinc plated
Materials of the magnet:
- Aluminium, nickel, cobalt AINiCo AN, temperature resistant up to 450°C
- Neodymium, iron, boron NdFeB ND, temperature resistant up to 80°C
Retaining magnets GN 52.2 are a shielded magnetic system.

E+G GN 52.3 Female Thread

Elesa+Ganter GN 52.3 magnet, rod-shaped, with female thread
Housing steel
Material of the magnet: Aluminium, nickel, cobalt AINiCo AN, temperature resistant up to 450°C
Red Lacquering, temperature resistant up to 180°C
Zinc Plating, temperature resistant up to 200°C
Retaining magnets GN 52.3 are a shielded magnetic system. For easier handling and/or to avoid demagnetisation, these magnets have an iron plate on their adhesive surface.

E+G GN 52.4 w/stud

Elesa+Ganter GN  52.4 magnet, rod-shaped, with stud
Housing, steel, zinc plated
Type D with smooth stud
Type E with threaded stud
Materials of the magnet:
- Aluminium, nickel, cobalt AINiCo AN, temperature resistant up to 450°C
- Neodynium, iron, boron NdFeB ND, temperature resistant up to 80°C
Retaining magnets GN 52.4 are a shielded magnetic system.

E+G GN 60 Button Magnet

Elesa+Ganter GN 60 button-type magnet
Material of the magnet: Aluminium, nickel, cobalt AINiCo AN, temperature resistant up to 280°C
Lacquering red, temperature resistant up to 180° C
The button-type magnets GN 60 have a split adhesive surface.

E+G GN 62 U-Magnet

Elesa+Ganter GN 62 U-magnet
Material of the magnet Aluminium, nickel, cobalt AINiCo AN, temperature resistant up to 350°C
Lacquering red, temperature resistant up to 180° C
The U-magnets GN 62 have a split adhesive surface.

E+G GN 51.6

Elesa+Ganter GN 51.6 magnet, disc-shaped, with two female threads, with rubber jacket
Steel part, zinc-plated
Rubber jacket, Elastomer (TPE), 73 shore, black
Material of the magnet: Neodymium, iron, boron NdFeB ND, temperature resistant up to 80°C
Retaining magnets GN 51.6 are a shielded magnetic system with rubber jacket.

E+G GN 53.1

Elesa+Ganter GN 53.1 magnet with plastic housing.
Housing plastic:
- RAL 9003 white WS colour.
- RAL 7040 grey GR colour.
- RAL 3031 red RT colour.
Materials of the magnet: Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C
Special executions on request. Magnets with custom imprint.
Magnets GN 53.1 are primarily used for holding drawings and the like.

E+G GN 50.5 w/female thread

 

E+G GN 52.5 w/thread

Elesa+Ganter GN 52.5 Magnet
Rod-shaped, with gummed adhesive surface.
Housing Stainless steel.
Rubber, Elastomer (TPE), 80 Shore A ≈, black.
Material of the magnet
Neodymium, iron, boron NdFeB ND, temperature resistant up to 80°C.
Retaining magnets GN 52.5 are a shielded magnetic system with gummed adhesive surface.
They are preferably used for sensitive surfaces. Also, the coefficient of friction is increased, with the effect that high lateral
retaining forces are achieved.

E+G GN 55.1

Elesa+Ganter GN 55.1 Raw magnets

Materials of the magnet
- Samarium, cobalt SmCo SC, temperature resistant up to 200° C.
- Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C.

E+G GN 55.2

Elesa+Ganter GN 55.2 Raw magnets

Materials of the magnet
- Samarium, cobalt SmCo SC, temperature resistant up to 200° C.
- Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C.

E+G GN 55.3

Elesa+Ganter GN 55.3 Raw magnets

Materials of the magnet
Aluminium, nickel, cobalt AlNiCo AN.

E+G GN 55.4

Elesa+Ganter GN 55.4 Raw magnets

Materials of the magnet
- Samarium, cobalt SmCo SC, temperature resistant up to 200° C.
- Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C.

E+G GN 51.7 Magnet

Elesa+Ganter GN 51.7 magnet with rubber jacket.
Steel part, nickel-plated.
Rubber jacket, Elastomer (TPE), 80 shore A ≈, black.
Material
Neodymium, iron, boron NdFeB ND, temperature resistant up to 80°C

E+G GN 70 discs magnet

Elesa+Ganter GN 70 disc magnet
Material
Zinc-plated steel.
Standard version
-Type A: flat.

Adhesive discs GN 70 are used as companion parts for retaining magnets, e.g. if a magnet is to be used in connection with non-magnetic materials.
They can be fixed with countersunk screws (e.g. DIN 7991), but also with any commercial wood or sheet metal countersunk screws.

E+G GN 70-NI disc magnet st. steel

Elesa+Ganter GN 70 disc magnet in stainless steel
Material: Stainless steel, magnetisable
Standard version:
-Type A: flat.
Adhesive discs GN 70 are used as companion parts for retaining magnets, e.g. if a magnet is to be used in connection with non-magnetic materials. They can be fixed with countersunk screws (e.g. DIN 7991), but also with any commercial wood or sheet metal countersunk screws.

E+G GN 913.6 grub screw w. magnet

Elesa-Gantet GN 913.6 grub screw with magnet
Material: Steel, zinc-plated, blue passivated, class 5.8 (tensile strength 500 N/mm²).
Material of the magnet: Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C.

Grub screws GN 913.6 with retaining magnet are a shielded magnetic system. Suitable e.g. as workpiece stop, with the magnet holding the workpiece in place.

E+G GN 251.6 bolt with magnet

Elesa-Ganter GN 251.6 bolt with magnet
Material bolt/nut: Steel, zinc plated, blue passivated, class 5.8 (tensile strength 500 N/mm²).
Material magnet: Neodymium, iron, boron NdFeB ND, temperature resistant up to 80° C.

Setting bolts GN 251.6 with retaining magnet are a shielded magnetic system.
Suitable e.g. as workpiece stop, with the magnet holding the workpiece in place.
The lock nut (included) can be used to secure the stop screw after positioning.

E+G GN 56 Retaining magnets

Elesa+Ganter GN 56 Retaining magnets

To be placed on alu profiles and mounted with grub screw. Can be mounted and demounted whenever needed.

Material: Plastic, Technopolymer (Polyamid PA), black, matt SW
Material of the magnet: NdFeB, Neodymium, iron, boron
Steel insert, grub screw: zinc plated, blue passivated

Temperature resistant up to 80 °C

E+G GN 4470 Magnetic catch

Magnetic catches GN 4470 are compact parts that hold covers, doors and sliding doors closed.
The rubberized magnetic surface reduces noise and prevents damage to the opposite part.
The contact plates for diverse installation situations expand the possible range of applications and are used, for example, when magnetic catches are desired but the opposite part is non-magnetic. For magnetic catches of types A1 and A2, full-surface contact in the area of the locking plate must be ensured during installation.

Material:
- Zinc die casting, plastic coated
- Neodymium magnet in iron, boron with temperature resistance up to 80 °C
- Rubber cap (magnetic surface) in black elastomer (TPE) in hardness ≈ 80 Shore A
- Contact plate in steel, zinc plated, blue passivated

Colours:
- SW: Black, RAL 9005, textured finish
- SR: Silver, RAL 9006, textured finish

E+G GN 57.2 Retaining magnets

Elesa+Ganter GN 57.2 retaining magnets with rubber jacket.

The retaining magnets GN 57.2 with rubber jacket form a system together with the steel part that is especially strong, shielding the magnet, increasing the depth of its effect and optimally concentrating the magnetic flux on the rubberized magnetic surfaces. This makes these magnets particularly well suited for use on surfaces that may have thick coats of paint or feature rounded or uneven shapes. The rubber protects sensitive surfaces from being damaged by the magnet and also delivers a high friction coefficient, resulting in high lateral displacement forces.

Types:
Type A: with 1 female thread
Type B: with 2 female threads
Type D: with 2 bores
Steel part
Zinc plated

Material:
The magnet can be supplied in two materials
Type HF: Hard ferrite HF: temperature resistant up to 200 °C
Type ND: NdFeB ND Neodymium, iron, boron, temperature resistant up to 80 °C

Rubber jacket:
Elastomer (TPE)
≈ 50 Shore A (Magnetic surface)
≈ 90 Shore A (Mounting surface)
black SW

E+G GN 51.8 Retaining magnets

Elesa+Ganter GN 51.8 retaining magnet with rubber jacket form a system together with the steel part that shields and strengthens the magnet, optimally concentrating the magnetic flux on the rubberized magnetic surface. The rubber protects sensitive surfaces from being damaged by the magnet and also delivers a high friction coefficient, resulting in high lateral displacement forces.

Material:
- Steel part in zinc plated steel
- Magnet in NdFeB ND, Neodymium, iron, boron, temperature resistant up to 80 °C
- Rubber jacket in elastomer (TPE) ≈ 80 Shore A

Choose between two colours
- Rubber jacket in black, SW
- Rubber jacket in white, WS

E+G GN 57.1 Retaining magnets

Elesa+Ganter GN 57.1 retaining magnets.

The retaining magnets GN 57.1 with rubber jacket form a system together with the steel part that shields and strengthens the magnet, optimally concentrating the magnetic flux on the rubberized magnetic surface. The rubber protects sensitive surfaces from being damaged by the magnet and also delivers a high friction coefficient, resulting in high lateral displacement forces.

Types:
- Type A: with 1 female thread
- Type B: with 2 female threads

Material:
- Steel part zinc plated
- Magnet in  NdFeB, Neodymium, iron, boron, temperature resistant up to 80 °C
- Rubber jacket in Elastomer (TPE) ≈ 80 Shore A, in black SW or white WS

E+G GN 51.9 Retaining magnets

Elesa+Ganter GN 51.9 retaining magnets.

The retaining magnets GN 51.9 with rubber jacket form a system together with the steel part that shields and strengthens the magnet, optimally concentrating the magnetic flux on the rubberized magnetic surface. Lines and hoses that must be frequently repositioned or removed entirely for maintenance or cleaning can be easily and securely fastened to the cable holder with cable ties. The rubber protects sensitive surfaces from being damaged by the magnet and also delivers a high friction coefficient, resulting in high lateral displacement forces.

Material:
- Steel part: Zinc plated
- Cable holder: Plastic
- Screw: Steel, zinc plated
- Material of the magnet: NdFeBND, Neodymium, iron, boron. Temperature resistant up to 80 °C
- Rubber jacket: Elastomer (TPE) ≈ 80 Shore A, Black

E+G GN 54.2 Retaining magnets

Elesa+Ganter GN 54.2 retaining magnets.

Retaining magnets GN 54.2 are combined with a brass housing, the iron poles and the plastic insulation into a system that shields and considerably strengthens the magnet for optimal transmission of the magnetic flux onto the magnetic surface. This special design is also known by the name “sandwich magnet” or “pole shoe magnet”.

Mounting these retaining magnets directly in steel components will create a magnetic shortcircuit which reduces the retaining power by as much as 15%.
To avoid this, the distance k should be maintained between the brass housing and steel part or installation hole.

Material:
Housing: Brass

Material of the magnet:
- Type SC: SmCo SC. Samarium, cobalt. Temperature resistant up to 200 °C
- Type ND: NdFeB ND. Neodymium, iron, boron. Temperature resistant up to 80 °C. Identification of ND through magnetic area colored blue

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