Permanent magnet motor - Import export

Features – DC permanent magnet motor – Graphit-copper brushes General data – Nominal life 3000 h – RFI suppression: feasible

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 40 N – Permissible shaft loads (radial): 100 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: feasible

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated and chromized – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 110 N – Permissible shaft loads (radial): 300 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: feasible

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated and chromized – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 40 N – Permissible shaft loads (radial): 100 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: feasible

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated and chromized – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 40 N – Permissible shaft loads (radial): 100 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: feasible

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated and chromized – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 180 N – Permissible shaft loads (radial): 350 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: 2 x L(3 µH)

Features – DC permanent magnet motor – Graphit-copper brushes – Motor housing zinc plated – Ball bearings – Mounting holes to DIN standard 42016 General data – Nominal life 3000 h – Permissible shaft loads (axial): 30 N – Permissible shaft loads (radial): 80 N – Insulations class: DIN VDE 0530, E – Protectin class: DIN VDE 0530, IP 40 – RFI suppression: 2 x L (3,9 µH)

The right drive solution for any application: 24V DC permanent magnet with 110W output power. Combined with the RPL050 planetary gearbox, the result is a compact drive for many industrial and mobile applications. Gear ratios i = 5, 7, 10, 25, 35, 50, 100 Output speeds between 600-30 rpm Rated torques S1 between 1.7Nm and 7Nm Backlash 1-stage <=10 arcmin / 2-stage <=14Nm Protection class IP54 Design B14 If you have any questions or require further information, please contact our sales team.

The right drive solution for every challenge: Experience our new modular worm gear, which offers a variety of mounting options and can therefore be adapted to all your needs. With the preconfigured basic components based on our many years of experience, you can implement your drive task particulary quickly. Should your application make special demands on the drive unit, we naturally offer you competent advice and will be happy to assist you in configuring your drive unit Basic version: — Aluminium casting housing — Hollow shaft Ø15 — Ratios: 7; 10; 20; 24; 30; 50; 55 — Permissible torques: 11-13 Nm Customising - Optional equipment: — Plug shaft on both sides Ø10x30mm gen. 5x20 — One-sided plug shaft Ø10x30mm gen. 4x20 — Big flange Ø100/Ø80/Ø60mm — Complete drive units as three-phase, direct current or 24VDC permanent magnet motors

Compact single-stage gear with solid or hollow shaft combined with a 24V DC permanent magnet motor. Different shaft positions are possible. Stock motors have 28W or 54W output power and a speed of 3000 rpm. The SN15R / SN15HR comes as a 24V-BLDC with integrated operating and control electronics, overload protection and a 4-Q Pi Controller - 40W output power and a speed of 4000 rpm. Gearbox type: SN15 (solid-shaft) / SN15H (hollow-shaft) Motor type: 24V DC permanent magnet Mounting design: B3/B14 Transmission ratios: 3; 7; 10,5; 15; 21; 30; 40; 68 Protection class: IP40 (Other protection classes on request) Additional data: — Motor and gear in ball bearing — worms hardened and ground — Worm wheels from special bronze For further information see product detail page.

ca. 6100 l/h. | 24V = 3,5 A/h. | Max prevelance 4,81 m Bilge pump | Attwood 2000 electrical heavy duty pump EC certified in accordance with ISO 28846/28849 standards. The sturdiness of this pump makes it also suitable for commercial vessels. Features: - parabolic chamber that cools the motor with ejected water; - high power permanent-magnet motor, composite brushes, permanent lubricating bearings; - the pump can be easily removed from the base with just one hand; - rotor made with special thermo-plastic material, high resistance and long lasting; - fitted with two independent shafts between the motor and the rotor to keep water from entering the motor.

ca. 6100 l/h. | 12V = 6,6 A/h. | Max prevelance 4,81 m Bilge pump | Attwood 2000 electrical heavy duty pump EC certified in accordance with ISO 28846/28849 standards. The sturdiness of this pump makes it also suitable for commercial vessels. Features: - parabolic chamber that cools the motor with ejected water; - high power permanent-magnet motor, composite brushes, permanent lubricating bearings; - the pump can be easily removed from the base with just one hand; - rotor made with special thermo-plastic material, high resistance and long lasting; - fitted with two independent shafts between the motor and the rotor to keep water from entering the motor.

permanent magnetic test bench motors for power train and component test applications

permanent magnetic test bench motors for power train and component test applications

permanent magnetic test bench motors for power train and component test applications

Flat gripper with a neodymium magnet in a rubber-coated steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a threaded pin with an external thread.

Rod gripper with a neodymium magnet in a steel housing. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The rod gripper has no thread and is usually glued or pressed in.

Flat gripper with a samarium-cobalt magnet in a steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a threaded socket with an internal thread.

Flat gripper with a neodymium magnet in a steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has no hole and is usually glued or pressed in.

Flat gripper with a neodymium magnet in a steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a 8 mm threaded socket with an internal thread. It is characterized by a force of 140 N. The diameter is 20 mm, the total height of the flat gripper is 15 mm.

Flat gripper with a hard ferrite magnet in a steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a 10 mm threaded socket with an internal thread. It is characterized by a force of 125 N. The diameter is 40 mm, the total height is 18 mm.

Flat gripper with a neodymium magnet in a rubber-coated steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a central internal thread.

Flat gripper with a neodymium magnet in a rubber-coated steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a threaded pin with an external thread.

PMmotors with rotorcage for line start The pmexcited reluctance motors are an alternative to the reluctance motors and can be used in identical applications typical for synchronous motors.

FXE-MH electro-permanent lifting magnets are especially suitable for transporting slabs and blocks. The electro-permanent modules type MH are designed to safely lift large loads with a large air gap. Electro-Permanent Lifting Magnets FXE Electro-Permanent Lifting Magnets from Flaig Magnetsysteme have been setting standards for over 20 years Electro-Permanent Lifting Magnets are the best choice if: the load to be moved is too large for permanent magnets the lifting magnet must be operated and controlled ergonomically the geometry of the load does not fit permanent magnets the lifting magnet must be remote controlled and possibly load adjustable the load capacity is too large in relation to the material thickness for permanent magnets

FXE-R electro-permanent lifting magnets that can lift round material or, both round and flat material, we manufacture from our FXE basic models with pole shoes that can lift the customized diameter band widths, individually or in layers. Electro-Permanent Lifting Magnets FXE Electro-Permanent Lifting Magnets from Flaig Magnetsysteme have been setting standards for over 20 years Electro-Permanent Lifting Magnets are the best choice if: the load to be moved is too large for permanent magnets the lifting magnet must be operated and controlled ergonomically the geometry of the load does not fit permanent magnets the lifting magnet must be remote controlled and possibly load adjustable the load capacity is too large in relation to the material thickness for permanent magnets

FXE-M electro-permanent load lifting magnet modules can be combined with MCF control units to form modular load lifting systems. For example, a single FXE-M module with an MCF 1-channel control unit can be used on the crane of a flame-cutting machine, or 4 FXE-M modules, controlled together or individually by an MCF 4-channel control unit, can operate in a fully automatic sectional steel plant. In use on cranes, manipulators, conveyors and robots, FXE-M modules have proven themselves thousands of times over. FXE-M modules are manufactured using monoblock technology and are extremely stable. As with the other products in the FXE series, a choice can be made between different pole types in order to use the appropriate magnet module depending on the load, dimensions and surface.

Equipped with pole type 50+ in long narrow design and a maximum load capacity of 400/600/1000 kg, which is achieved with material thicknesses from 15mm, these easy-to-guide and operate devices are recommended for lifting battens, rails, pipes, beams and bars. Also using pole extensions, which make it easier to position the magnets on long narrow bars.

Main products: N55、52SH、50UH、45EH、42AH and other grades Product characteristics: Good corrosion resistance, high stability and good overall performance Applications: Wind power, new energy vehicles, traditional vehicles, industrial automation, electro-acoustic devices, IT devices, medical devices Production capacity: 5000 tons Honorary titles: National Torch Program Demonstration Project Enterprise, Provincial Innovative Pilot Enterprise, Patent Demonstration Enterprise