Drives - Import export

AViTEQ Hopper impact vibrators/bin activators errect bunker walls by periodic oscillations in shock and so the friction between the bulk and bunker wall (caking). They are just for knocking out of forms, for shaking of chutes and downpipes, for better emptying of containers and bulk materials from adhering to solve, for example in filters. The most common activators are unbalanced motors and magnetic vibrators. For special and heavy demands, there are impact vibrators available. Advantages & benefits magnetic impact vibrators excite the bunker walls with aligned linear oscillations. They have no "run out" and respond immediately after switching; the vibrational intensity can be adjusted at the control unit unbalanced motors have a rotating direction of force, they put the bunker wall in uniform, universally effective vibration large vibratory force at small dimensions robust and undemanding Construction In certain cases, a single drive can already act as an activator. If there i

AViTEQ parts conveyors for ordered arranging, individualizing and conveying are used in every case where mass parts have to be supplied to a magazine, a machine or to installation equipment, item for item, with a pre-determined orientation and time. Advantages and benefits High level of conveying capacity with compact dimensions operationally safe in continuous employment synchronized two-mass vibration system no influencing of the vibration characteristics through the weight of the parts being conveyed maintenance-free drive conformity with all EC Guideline which affect the drives also available for explosion-endangered spaces (Ex), as well as for 60 Hz power systems and other mains voltages Bowl and drive selection The normal shape of the bowls is cylindrical, in certain cases also cone or step-shaped. Such a bowl is selected if parts tend to become jammed between spiral paths located over one another. The selection of the pot diameter depends of the size of the parts to be conveye

AViTEQ - Small part conveyor drive is used everywhere fine-grained bulk materials and not too unwieldy mass parts must be delivered, conveyed, dosed, added or assigned from storage tanks. AViTEQ has led the way in producing these devices and drives in Germany on a highest level standard. Advantages and benefits High level of conveying capacity with compact dimensions operationally safe in continuous employment No influencing of the conveying speed with different loading of the user device (conduit, trough, rail). Conformity with all EC Guidelines which affect the drives available for explosion-endangered spaces (ATEX; 94/9/EG) available for 60 Hz power systems and other mains voltages Drive selection In the selection of the drive, effective weight is to be considered, particularly the weight of the user device to be screwed on securely. The weight of the material conveyed is itself negligible in the case of the synchronized AViTEQ small conveying drives. If the effective weight of th

AViTEQ Unbalance exciters are designed for producing linear motion for medium and large size vibrating machines operating in many industrial processes. The design is engineered for safe operation in continual operation with 100% centrifugal force. In order to archieve higher working moments it is possible to use number of exciters parallel in line. Advantages and benefits powerful drive for higher working moments and wide performance range extremely durable smooth running low maintenance in continual operation economical and long service life low noise level operation Construction and operation mode The AViTEQ unbalance exciters are made ​​of low vibration cast housing. Two shafts mounted in four spherical roller bearings are synchronized by two gears . The mounted on the shaft ends and synchronous forced unbalanced weights are driven by an external drive and produce unidirectional vibrations . The regulation of the static moment can be carried out by some additional weights . Key fi

AViTEQ Unbalance motors can be used as drives for almost each case of application in the vibration feeder technology and over all industries. Unbalanced motors are the prefered drive system, in particular if it depends on high throughput of bulk material. Advantages and benefits available as standard for explosion proofed ATEX zones 21+22 available as standard for CSA-apllication "Class 1 + 2" available as standard with thermistor operationally safe in continuous employment high level of performance with compact dimensions efficiency latest state-of-the-art of technology and production conformity with all EC Guidelines which affect the drives available for 60 Hz power systems and other mains voltages Construction and operation mode The AViTEQ unbalance motor is a three-phase ac induction motor, on which weights are eccentrically attached at the ends of the running shaft; so-called eccentric weights (flyweights). Centrifugal forces are generated with rotating waves. The value of these

AViTEQ Magnetic vibrators can be used very versatile. The advantages of magnetic vibrators match all designs of vibrating machines. For almost each case of application in the vibration feeder technology and over all industries magnetic vibrators are the favorite system, in particular if it depends on high dosing accuracy. Magnetic vibrators are made in Germany on a highest standard. Advantages and benefits easy and continuously adjustable during running conditions PAL System (protection for wrong amplitudes) available for 25/33/50/100 (30/40/60/120)Hz variants immediate start/stop after switching linear amplitude Reliable permanent use High level of performance with compact dimensions Wear-free, without rotating parts Efficiency (long operating cycles and service life) Newest state-of-the-art of production engineering Conformity with all EC Guidelines, which affect the drives available for explosion-endangered spaces (Ex) available for 60 Hz power systems and other mains voltages Temp

Shinano Kenshi offers the appropriate drives and controls for every application in medical technology or develops customer-specific solutions, even at the module or system level.

Electrical tote tank mixers for stainless steel IBCs The LRK-C series tote tank mixer and their drive units LRK-A are a special solution designed for operation on stainless steel containers with filling openings of at least 400 mm and mixing volumes from 400 l up to 1,500 l. The customer may choose between various viscosity-related basic versions of fast-running and slow-running mixers with electric drives. The mixing unit that remains in the container is connected to the drive unit with a bayonet coupling and a clutch. The drive is dismountable so that one drive unit can be used for several mixer units interchangeable. The mixer is mounted on the container’s manway lid, which is clamped with butterfly screws or a clamp ring. The agitator shafts are borne in a bearing housing, which is welded into the container lid on the product side. The impellers are designed to fit through the filling opening DN 400 when being inserted.

The linear rod type actuators from the RoboCylinder series are available with 24V stepper motor, 24V servo motor or 230V servo motor. They are characterized by their compact design, mechanical stability and high positioning accuracy of up to ± 5 μm. The linear actuators are available in two design variants: As a directly driven rod type with motor in extension of the cylinder longitudinal axis and as a shorter variant with deflection, in which the motor and axis are parallel to each other. Both variants are also suitable as heavy-duty electric actuators for high payloads. In addition to the standard version, many linear actuators are also available as cleanroom versions and for special environmental conditions also as dustproof, splashproof or waterproof models with IP54 to IP67 protection.

The DDA Direct Drive Motor is a rotary actuator that directly drives a rotary table with a motor without using any speed reducing mechanism such as a belt or reduction gears. Eliminating the speed reducing mechanism explains why high speed and excellent response can be attained with such a compact frame. The series includes models designed for high torque and high payload up to 90 or 270 kg. This makes it very easy, for example, to integrate rotary indexing tables in an automation system.

The RCP6 rotary chucks consolidate motorized rotation and gripping movement in a single unit. The rotating axis can perform multipoint positioning between 0 and 360° (one rotation). The rotational speed and acceleration/deceleration can also be set to any value. The chuck module is small and lightweight, as a solenoid gripper is used. Furthermore, the battery-less absolute encoder equipped means that home return is not required.

To meet the wide range of requirements in terms of mass moment of inertia, lead and payload, there is a comprehensive range of rotary acutators from the RCP2 and EleCylinder series with 24V stepper motor and the RCS2 series with 230 Vservo motor. RCP6 rotary grippers, which combine motorized rotating and gripping in one unit, complete the product range.

RoboCylinder & IntelligentActuator Slider Types Slider type actuators are mainly used for transporting and positioning workpieces horizontally or vertically. To meet the requirements in terms of payload, speed, spindle pitch, precision and much more, IAI offers many choices in both the RoboCylinder and IngelligenActuator series. These include extra-wide slide axes whose base frames have increased bending strength. Many linear actuators are available in two design variants: As a directly driven slider type with motor in extension of the cylinder's longitudinal axis and as a shorter version with angled motor if the available working space is limited.

Efficient positioning, assembly and handling of workpieces are key components in many manufacturing companies to meet growing cost pressures. Replacing pneumatic cylinders with electric linear drives can save up to 90 % of energy consumption. In addition, there are numerous advantages in motion control. IAI has the world's largest portfolio of electric actuators with 24 or 230 volt stepper or servo motors. The electric cylinders perform linear, rotary or gripping movements and are characterised by the uniquely compact design including motor and encoder as well the high quality. In addition to the standard version, electric cylinders are also available for cleanrooms and as IP-protected models for dusty or wet production environments.

Micro Cylinder with only 14 mm Cross-section The ultra-compact RCD micro cylinder is a rod type with a length of only 52 to 72 mm and a width of only 12 mm. The motor-driven micro cylinder is designed for applications with low load and power requirements. It can be used for short strokes, press mounting, lifting and lowering and many other applications. The micro linear cylinder with 24 VDC miniature motor for a maximum payload of 0.7 kg is available for stroke lengths of 10, 20 and 30 mm. The small 2.5 W motor has a rated thrust of 4.2 N and a speed of up to 300 mm/s at an acceleration of up to 9.81 m/s.

n the micro and micro-drive sector, IAI offers small mini slider types that easily replace pneumatic cylinders due to their identical design and simple control mode. They are suitable for mounting fixtures, workpiece positioning, table motion and many other applications. In the RCP3 series, the smallest models are available as a slider types with sliding spindle. The latest developments are the space-saving mini slider types of the RCA2 series with 24 V servo motor.

Toothed belt linear actuators from IAI are particularly suitable for high speeds, rapid accelerations and strokes between 200 mm and 3,200 mm. All actuators have a compact frame geometry and optimised cross section for maximum rigidity and load bearing capacity, making them resistant to twisting and deformation. IAI linear actuators with toothed belt drive are ideal for fast handling and positioning tasks in which high repeat accuracy with short cycle times are vital. The double slider option of the IF and the new IFA series gives the possibility to vary the distance between the two sliders. This increases the overhang load capability and allows a wide variety of configurations. Advantages at a glance ▸ High speed and acceleration ▸ High bending stiffness ▸ Long strokes ▸ Low maintenance ▸ Low noise