Servomotors - Import export

Servomotor switch/on switch for FERRUM wheel loaders . Scope of delivery: 1 piece.

The spring-applied brakes which are ideally suited for robotics is designed for robotics solutions and loads of up to appr. 20 kg, but it can also be used in other applications requiring small geometrical dimensions. With regard to their power density the slim single-disc brakes are flatter and lighter than the market standard, and due to their large inner diameter they are well suited for hollow-shaft drives. This makes them perfect for applications in lightweight robots with integrated drives. There is a growing demand for safety technology in order to avoid injuries by collisions, especially if the control technology or even the power supply fails. In this case electromagnetic brakes are usually the method of choice. As safety brakes they bring moving masses to a stop, keep loads in position and therefore prevent humans and material assets from being affected.

The synchronous servomotors of the series MT are brushless permanent magnet synchronous servomotors with sinusoidal back EMF and with neodym permanent magnets at the rotor. Therefore they are particulary suitable for high-quality servo applications, for example positioning demanding high standards of dynamics and accuracy. Standard configuration of the motors: 2-pole resolver feedback connectors, straight, 1" flange design B5 thermo protection PTC protection class IP65 plain shaft RAL 9005 Further options and equipment are available on request. Maybe options and non-standard equipment can have an effect on the dimensions of the motors. We therefore recommend to consult about it with us before ordering.

The synchronous servomotors of the series MN are brushless permanent magnet synchronous servomotors with sinusoidal back EMF and with neodym permanent magnets at the rotor. Therefore they are particulary suitable for high-quality servo applications, for example positioning demanding high standards of dynamics and accuracy. Standard configuration of the motors: 2-pole resolver feedback connectors, straight, 1" flange design B5 thermo protection PTC protection class IP65 plain shaft RAL 9005 Further options and equipment are available on request. Maybe options and non-standard equipment can have an effect on the dimensions of the motors. We therefore recommend to consult about it with us before ordering.

Rotor type wire straightening machine for the production of cuttosize wires up to Ø 12 mm (#3). Driven by digital electric servomotors. Max pulling speed 160 m/ min (525 ft/ min) High speed cutting unit with brushless (less than 0.1 sec) Web Teleassistance Available versions Fixed cut with adjustable backstop length for a maximum cutting precision (± 0.5 mm). Rotating cut system with automatic measurement via encoder for higher productivity (± 0.5 mm/m).

Bidirectional stirrup bender and bar shaping machine from bar for the production of stirrups, shaped wires and cuttosize bars using bars up to Ø 22 mm (#7). Driven by electric servomotors. These automatic stirrup benders and bar shaping machines are equipped with Max. pulling speed 120 m/min (400 ft/min) Semiautomatic cycle for shaped wires with bends on both ends Virtual mandrel Web Teleassistance Automatic loader Genius (Optional) 3D version for the production of tridimensional pieces.

Stirrup bender and bar shaping machine from coil with 2 bending heads, allows to produce stirrups and shaped wires with bends at both ends using wires up to Ø 25 mm (#8). Driven by electric servomotors. These automatic stirrup benders and bar shaping machines are equipped with Max. pulling speed 160 m/min (525 ft/min) Straighteners (horizontalvertical) with electronic and independent setting for the 2 wires with Joystick Patented feed unit that allows independent advancement for single o double wire (Optional) 2 bending unit Automatic motorized wire change Automatic adjustable wireguide Web Teleassistance Prestraightening Feeding Unit (Optional).

Fast automatic wire straightening and cutting machine, with rollers, for the production of cuttosize wires up to Ø 16 mm (#5). Driven by digital electric servomotors. Max pulling speed 240 m/min (790 ft/min) Straighteners (horizontalvertical) with electronic setting Rollers for the extraction of the last part of the coil (Optional) Automatic 6inlets motorized wire change and insertion unit (Optional) Patented motorized horizontal wire change unit which allows to change the diameter and the coil in "Zero time" (Optional) Web Teleassistance

Plastic card cutting, collecting, stacking and skeleton web removal system for card manufacturing industries. Available for any sheet size or printed card layout. Available for PVC, PC, ABC, PET a,d paper materials. Cutting credit card assembly, stacking and skeleton storage system for manufacturing ISO cards, available for any size sheet or PCB layout. PRODUCT DESCRIPTION High volume production rate Hihj speed and accuracy Low noise, low vibrations 100% servo motor driven Shear type male & female die sets for clean and quality cards edge Inboard & outboard ball screw servo driven gripper unit with +/ 0.1mm accuracy and precision Laser sensor registration mark tracking system with +/ 0.1mm accuracy Card collecting & stacking units with 2 interchangeable magazines for continuous operation Automatic skeleton web removal system User friendly touch screen monitor and operator interface systems CE approved safety standards

CEDS servo motors offer you special advantages: Very high acceleration capacity Light and compact design Efficient in terms of size High efficiency even at low speeds High speed stability, torque density and power density High positioning accuracy High speeds can be achieved High dynamics due to the low mass inertia Reinforced winding insulation for high dielectric strength Quiet running Low reactive power requirement Synchronous operation of several drives using a frequency converter Magnetically lockable by the control of the frequency converter Both DC, synchronous and asynchronous motors can be designed as servomotors. Together with a servo amplifier, they then form the servo drive. It can be used to precisely regulate the torque, the speed or the position. For this purpose, the current position of the rotor is always measured with a rotary encoder, e.g. an incremental encoder.

DC brush Servomotors