Block magnet - Import export

Neodymium block magnet, also known as rectangular magnet, square magnet or bar magnet, compared with disc magnet, block magnet is not as commonly used as disc magnet, but their straight line and clean edge offer a pleasing and different visual appearance, what's more, it provides a bigger surface area than disc magnet of same diameter. Block magnet is usually magnetized with north and south pole on opposite square faces, also a multi poles magnetized block is possible with a new magnetizer machine. Block magnet is widely favoured for clamping applications, magnetic sweeper applications, magnetic separators in the food industry, wind turbine generators, flow control systems & water conditioning application and other related industrial applications.

FXL magnetic clamping blocks are available in many sizes and designs. They can be manufactured with one or more clamping surfaces and different pole sizes. As with the FXL magnetic clamping plates, they are controlled by an FXL-C control unit; optionally with only one channel or also with several channels in order to be able to control the individual clamping surfaces of a block separately.

MBX magnetic clamping blocks have opposite clamping sides that are activated when actuated. They are designed to clamp workpieces on steel surfaces such as machine or assembly tables. Several MBX can also be connected together via the internal hexagon of the indexing shaft to clamp longer or larger workpieces.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry. Alternative to the standard we also offer individual solutions: » Magnets are also available in other dimensions » Possible operating temperature up to max. 180°C » Magnets in self-adhesive version

EHG electromagnetic holding rods are used in fixture construction, for gripper systems and for a wide variety of tasks in mechanical engineering. EHG holding rods consist of a screwed, two-part system, are double-coated and sealed to IP 65. Max. Operating temperature 60°C Standard voltage 24,48,110V DC Protection class IP 53 ED 100%

The MCF control units are designed to operate electro-permanent magnet modules. It is available both as a single board for installation in the customer's existing control cabinets and as an IP 54 control cabinet solution. In addition to the FXE lifting magnet modules, other electro-permanent magnet components such as magnet clamping plates or magnet clamping blocks can also be controlled with the MCF, both as a single system (ALNICO) and as a double system (ALNICO/ND). The MCF can be controlled via a machine control, radio remote control, manual pushbutton or other potential-free contacts.

— Magnetic rubber or neodymium magnets — Temperature exposure up to 60 °C, on request up to 80 °C — Can be delivered with or without chamfer — Partially available with and without groove — The adhesion side is polished — The open design is also available with aluminium caps screwed to the front — The magnet is released with a separate lifting tool

switched reluctance, permanent magnetic, block- or sinusoidal commutated

The electropermanent load lifting magnets from the EMPH series are suitable for the lifting and transportation of individual slabs and unprocessed blocks. These magnets are used to handle loads with a large air gap or with scaled surface. Only a 400V rated current must be provided to use these devices and they are then immediately ready for use. Through short electrical impulses within seconds, the EPMH from ASSFALG are automatically switched on or manually with the push of a button. No electricity flows during load transport and nevertheless, the workpiece is as securely clamped as with a permanent load lifting magnet. Through the impulse current control, the EPMH load lifting magnets do not use much energy. The effectiveness and efficiency can be seen on the one hand in the reduction of operating costs and on the other hand in a saving of time.