Magnetic - Import export

Housing, steel. Magnetic core NdFeB (neodym). Protective rubber jacket, synthetic rubber. Housing, electro zincplated. Black protective rubber jacket. Shallow pot magnets with tapped pin, shielded system. With rubber protective jacket for protecting sensitive surfaces. The coefficient of friction is increased by the rubber jacket so that high lateral friction is achieved. magnetic face 2) magnet 3) rubber

Ball, aluminium. Magnet, neodymium. Body, steel. Holding ring, steel lined with leather. Version Anodised. Holding ring chemically nickelplated. Note The magnetic clamping balls are used to gently hold components in the optimum working position during e.g. polishing, assembling and laser welding. Swivel angles of up to 90° can be set, depending on the workpiece geometry and weight. The magnetic ball can be turned on and off using the Tgrip hex key provided.

Housing plastic. Magnetic core hard ferrite. Note These magnets are often used on notice boards, whiteboards and magnetic boards. Drawing reference 1) Magnetic face 2) Magnet 3) Housing

Housing, steel. Magnetic core AlNiCo. Hard magnet in aluminium housing and steel jacket. Shielded system. Pot magnets are used for retaining, lifting and mounting in fixtures. Due to the painted surface, the diameter D can be up to +0.8 mm.

Housing brass. Magnetic core NdFeB (neodymium). Smooth design, shielded system. Under no circumstances may Neodym magnets be pressed directly into iron, loss of attractive force due to magnetic short circuits occurs. Diameter “D” ground to an h6 tolerance. These magnets can be shortened by the dimensions “H1” and “H2”. The magnets can be mounted by pressfit, screwingin or gluing.

The workholding magnets 090602010 to 090602030 consist of a permanent magnetic system with fine pole divisions (4 mm) which are effective on two or three faces. To clamp extremely thin steel parts we recommend the magnet 090602040 with the finest pole division of 1.3 mm. The magnetic lifespan of the workholding magnets under conditions prevailant in industrial machining is unlimited. Approximately half the height of the workholding magnets can be ground down or polished away with no significant impairment of the magnetic strength.

Unshielded system. The magnets can be mounted by pressfit or gluing. 1) magnetic face

Black. Pan head screw and retaining plate electro zinc-plated. Note: Magnetic catch for swing and sliding doors. The elongated holes enable flexible positioning on aluminium profiles and panel elements. Drawing reference: 1) Pan head screw 2) Retaining plate

Magnetic tape, magnetised plastic sheet. Carrier band steel. Cover band stainless steel. Version Scale with incremented coding. Pole length 5 mm. Note Simple adhesive mounting; selfassembly possible. Required tape length calculated from measuring path + sensor length "L" + (2 x run or return "B"). L = see drawing of sensor used. B = 10 mm (run and return). Technical data Coefficient of expansion (11 ± 1) x 106/K (spring steel) Temperature range Ambient temperature 20–70°C Storage temperature 40–70°C Assembly Installation using the preaffixed doublesided adhesive tape must be carried out according to the enclosed user information. On request Other lengths from 0.1–100 m, in increments of 0.1 m. Note Relative humidity 100%. Dewing is permissible. Drawing reference 1) Cover band A = 0.176 mm 2) Magnetic tape M = 1.0 mm 3) Carrier band T = 0.3 mm 4) Adhesive tape K = 0.1 mm 5) Required tape length = measuring path + L + 2 x B 6) Measuring path

Housing thermoplastic. Version: Operating principle: Magnetic. Rating: IP67. Note: If the actuator is within the switching range (safety door closed), the safety contacts and, if applicable, the signal contacts of the safety switch are activated. The contact is thus closed via a magnet (magnetic field). Form A: Actuator on one level to the safety switch. Form B: Actuator offset by 90° to the safety switch.

Doubleacting pneumatic cylinder in constructionoptimised design acc. to DIN ISO 15552. Piston rod with external thread, position detection and adjustable pneumatic damping. Due to their robust construction, these cylinders are the preferred choice for numerous applications.