Torque motors - Import export

The swivel motors with attached hydraulically released spring-applied multi-disc brake are recommended if a swivel position must remain unchanged once it has been reached – even over an unlimited period of time – despite the effect of a load torque. The brake is used solely to hold the load. It should only be noted that large transmission delays in the lines can cause time differences between the switching off of the swivel motor and the application of the released brake caused by spring force. In order to provide our customers with the right drive for all areas of application, the HSB swivel motor is available in a total of 5 different versions. We have listed the most important data below. You can find all further details in our data sheet.

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 RVU grinding machines set new standards in highprecision machining and are especially suitable for high precision grinding applications in the bearing and aerospace industries. The range can be equipped with up to four watercooled grinding spindles which can achieve a performance of 45 kW at 18,000 rev/min. (according to the type of grinding wheel selected) The RVU facilitates a complete machining processing without interruption as optional dressing units, grinding wheel changers and workpiece measurement are available. Additional options for hard metal machining boring and workpiece measurement increase the possible applications of the machine series considerably.

CEDS torque motors offer you special advantages: Light and compact design Very high torques can be represented High speed constancy High positioning accuracy Low detent torque Low rated speed Big hollow shaft Very quiet Low inertia, therefore very dynamic Very high force density Long life span Torque motors are characterized by a very compact design in combination with a very high torque at low speed. A high force density in relation to the installation space and a low cogging torque are further points that a torque motor fulfills. CEDS DURADRIVE torque motors are designed to save space and have a high level of positioning accuracy. These motors are very often used instead of gear solutions and minimize wear and backlash during positioning.

rotary tables with direct drives (torque motors)

Planetary gears for igus® stepper motors NEMA 23, 23XL & 34 Increased motor torque Increased brake holding torque 2 installation sizes Reduction gearing of 3 & 5 available Typical applications:Packaging technology, general mechanical engineering, inspection technology/ camera travel drylin® E data sheet - Gearbox for stepper motors GEA-60-..._EN.pdf Planetary gears for igus® stepper motors NEMA 23, 23XL & 34 Increased motor torque Increased brake holding torque 2 installation sizes Reduction gearing of 3 & 5 available Typical applications:Packaging technology, general mechanical engineering, inspection technology/ camera travel

Versatile choice due to the high torque and speed. This motor is the best choice for most applications with medium loads. Stepper motors from igus® are a good supplement to drylin® linear axes. They are characterised by their cost-effectiveness, their precision and easy control. They work reliably under the most varied environmental conditions (depending on the selected class of protection IP). The igus® stepper motors can be connected to the most common motor controls using standardised electrical connection. The connector interface provides a high IP65 protection level (IP: International Protection). The higher the IP rating, the better the motor is protected from the ingress of dirt and water. The encoder sends signals from the motor to the motor control. The encoder verifies that the required linear motion has occurred precisely as required. Encoder = increased machine accuracy.

This little motor has impressive torque and high RPMs. Reliable operation with quick movements of low loads. Stepper motors from igus® are a good supplement to drylin® linear axes. They are characterised by their cost-effectiveness, their precision and easy control. They work reliably under the most varied environmental conditions (depending on the selected class of protection IP). The igus® stepper motors can be connected to the most common motor controls using standardised electrical connection. Motors with stranded wires are the least expensive and the most common stepper motors. The connecting wires for this type exit from the housing and will be connected with a JST connector. They are usually installed in machines and equipment that have an additional housing or are used in clean environments.

"Gearmotors are used to convert the torque of a motor. It consists of a speed reducer and an integrated electric motor. Thanks to their compact design, these drives are suitable for many applications. Types of gearmotors offered: - Helical geared motors - Parallel shaft geared motors - Bevel geared motors - Worm geared motors"

Precision Positioning Table LB is a highspeed movementenabled, long stroke positioning table that adopts a highly durable and hightensile timing belt containing steel cord incorporated into the feeding mechanism of the slide table, and uses a high torque 5phase stepper motor as the driving motor. The slide table and bed are made of lightweight highstrength aluminum alloy. Two sets of IKO Linear Way are incorporated into the linear motion rolling guide in parallel, realizing stable and high running performance. Precision Positioning Table LB is ideal as a positioning mechanism, for assemblers, conveying machines or pallet changers that work at high speed.

Dial Indicating Torque Screwdriver with mNm scale Tohnichi's MTD series torque screwdriver is suitable for inspection and tightening of very small screws, e.g. small torque motor shafts or the like. Torsion bar mechanism makes accurate measurement possible. With bi-directional scale plate, it can be used for both retightening and loosening torque testing methods. Memory pointer captures peak torque. Applicable for international use including the EU region. Compliant with calibration procedures of ISO 6789 Type I Class D. Key Features: - Bi-directional scale - Peak torque indication via Memory Pointer - Accuracy and calibration compliant to ISO 6789 type I class D - Bit insert #2 Tohnichi Shipping List: - Screwdriver MTD - Calibration Certificate (ISO/JIS) - Operating Manual - Special Bits Cross #0, Slotted 0.15x1, 0.2x1.5, 0.3x2 Options: - Alternatively with english units (ozf·in) available. Metric scale (gf·cm) on request.

Selfcentering of coils through continuously adjustable coil side guides Wideopening alligator type straightening head for easy threading From 5 to 13 individually adjustable straightening rollers to serve almost any demand on the quality of the straightening result Clockspring guard Drive via threephase servo motor; torque transmission simultaneously to all bottom straightening rollers, pinch rollers and cradle rollers

Precise, reliable measurements of both static and dynamic torques in either direction can be made with this range of sensors. This opens a wide range of possible applications to the user. These torque sensors are standard equipment in a wide range of industrial automation, quality control and automotive components industry applications, as well as in laboratories. Typical applications: Screwing technology — Checking and adjusting bolting tools such as torque limiting wrenches, screwdrivers — Testing bolted connections Measuring the drag torque of motors and pumps — Frictional torques of gears, bearings and seals — Testing torsion springs — Adjusting equipment in the automobile industry (sunroof, power windows etc.) Strain gauges are mounted on the torsion shaft of the sensor element, itself made of steel, connected to form a full bridge.

This high precision torque sensor is designed for both static and dynamic measurements on non-rotating applications. It is particularly suitable for torque measurements on, for instance, extremely small electrical actuating drives and micro-mechanical actuator elements, or for measuring reaction torques e.g. on micro-motors. The high accuracy of measurement also makes this sensor ideal for use as a reference in many fields of industrial manufacture as well as laboratory research and development projects. Not containing any rotating parts, it requires no maintenance if properly used. The strain-gage based sensor’s modular design allows precise configuration for the desired application. With the integrated amplifier option, the sensor directly supplies a voltage signal of 0 ... ±10 V that is proportional to the torque. The sensor can be configured via the micro-USB interface, providing access to, for example, a filter frequency setting, averaging, and a tare function.

2-phase high-torque stepper motor in NEMA 17, NEMA 23 and NEMA 34 sizes with flat-milled shaft (D-shaft). 1.8ׄ° increment angle (full increment) with integrated positioning control. Note: Stepper motor with integrated positioning control. It forms a convenient unit consisting of stepper motor and intelligent controller. Reference travel is possible on a block with reduced electric current without proximity switch. Integrated rotational monitoring. Smooth running through dynamic switching of increment trip. Actuation via single I/O interface, 31 position configurations and call-ups. Control unit can be parametrised quickly and conveniently with the software. The software and manual for programming the positioning control are available as free download. When selecting a suitable motor, using just the retaining torque is not enough, as the motor’s torque decreases with the speed. It is therefore essential to select the correct motor according to the torque curve.

RSLD is our short cut for a laser head consisting of a total of 3 motorized axes for use in large-format laser machines in gantry design for the 3-dimensional laser cutting of components. The horizontal main axis of the laser head permits endless movement, even during the rotary movement the axes below are permanently supplied with cooling water, process gases and all electrical signals. Suitable optics are used for the laser source used, either directly water-cooled metal mirrors with low-absorption coating or alternatively glass optics. The use of an adaptive optics enables the freely programmable focus position for cutting and piercing. The exclusive use of torque motors reduces mechanically moving components and thus guarantees consistently high machining accuracy and best machining results over a long service life, against mechanical damage reliably protects our proven 3D collision protection.

RSD is our short name for a laser head consisting of a total of 2 motorized axes for use in large-format laser machines in gantry design for 3-dimensional laser cutting / laser welding of components. The horizontal main axis of the laser head permits endless movement, even during the rotary movement the axes below are permanently supplied with cooling water, process gases and all electrical signals. Suitable optics are used for the laser source used, either directly water-cooled metal mirrors with coatings of least absorption, or alternatively glass optics. The use of an adaptive optics optionally allows the freely programmable focus position for cutting and piercing. The exclusive use of torque motors reduces mechanically moving components and thus guarantees consistently high machining accuracy and best machining results over a long service life, against mechanical damage reliably protects our proven 3D collision protection.

No coil expansion needed Selfcentering of coils through continuously adjustable coil side guides Wideopening alligator type straightening head for easy threading From 5 to 21 individually adjustable straightening rollers to serve any almost demand on the quality of the straightening result Drive via threephase servo motor; torque transmission simultaneously to all bottom straightening rollers, pinch rollers and cradle rollers Clockspring guard Allroll drive for straightening rollers Hydraulic hold down arm (optional w powered endwheel) Hydraulic threading system with snubber and peeler (optional w powered snubber wheel) Motorized coil guides Motorized straightening rollers Hydraulic opening / closing of straightening head Hard chromed rollers Edge guides adjustable to center via handwheel (optional motorized) Jobmemory feature for all motorized functions... etc

Single head capping machine is speically designed to meet the requirements universal screw caps,for some manufacturers have different types of caps, and do not have a big bulk production. The bottles are going on inline on a conveyor, and for different size of bottles in a wide range which are not required changeover parts, and big difference diameter or size of caps, only replacing a capping head, the replacing time takes less than 2 mins. OEM factories prefer to such a bottle capper. The capping system is driven by a servo motor, torque is adjustable, meet almost all the users needs, for different height of containers, the capping head is adjustable.The whole capper was PLC control with HMI operation. for this capper is designed for OEM and low capacity need, so we considered more flexiable of the capper working and operation, meanwhile the cost is acceptable for most of the users.

Npack built two types of pick and place capping machine, one is the linear types and another is rotary intermittent bottle capper. No matter which types, it containes two main parts, one is the automatic pick cap device, and another one is the capping station. the rotary one, bottle working on a star wheels, for different size of bottle need changeover the star wheel, the changeover no tools required, takes less than 5 mins, we adapt flexiable slot, just take off the wheels than replace another new one. The linear type is more flexiable, no need any changeover parts except the capping heads, speed is more efficient than the rotary one. small vial less 100ml rotory one is more suitable, linear type is mostly application for daily checmicals, Food industry. Both of the two pick capper driven by servo motor, torque is adjustable. PLC control and also emotion controller for option for a high speed non stop working.

Electric-hydraulic setting tool for stationary automated or hand-held processing of blind rivet nuts and studs. Perfect combination of high setting force, slim design and low weight. The narrow design allows a small centre distance for modular design. — Process monitoring DMSD 2G Displacement encoder with resolution 0.01 mm Sensor technology force measurement via hydraulic pressure — Hydraulic connection for pressure intensifier — Mechanical connection — Tolerance compensation Position offset 1.5 mm Angular misalignment 8° — Electric motor Monitoring of torque and rotationangle during spindle mounting and dismounting — Hydraulic hollow piston cylinder stroke 12 mm setting force up to 58 kN — Quick-change system For fast handling and low-maintenance operation Low tool costs by using DIN screws as mandrel (option)

Test facility for the development and quality control of electric motors. The holding torque of the permanent magnet is tested, plotted and evaluated. Customized Solution Request of our customer: The motor is used to drive / open and close a car tailgate. In the event of a power failure, the holding force of the permanent magnet must be greater than the weight of the tailgate so that it stops safely. For this purpose, the cogging torque of the permanent magnet poles is measured over one revolution depending on the angle of rotation. Acquisition of torque via rotation angle Graphic recording of the test sequence Storage of the test results in Excel Simultaneous viewing of up to 20 variable test sequences from the database, shown in color. Variable test speed Reproducible test process thanks to constant speed independent of torque.

Traverse path: 1250 x 1250 x 870 A axle ± 140° C – axle 360° (endless) High precision machining centre in gantry construction All axles are double-equipped with motor and linear scales Rotary axles are driven by torque motors Zero point clamping system

Miniature Metal Bellows Coupling axial pluggable, with collet clamps Backlash-free miniature metal bellows coupling with clamp hubs For shaft diameter from 3 – 25 mm High torsional stiffness, compensation of shaft misalignment at low restoring forces Easy assembly with friction-locked clamp hubs Perfect bellows coupling for encoders, tachometers, potentiometers, servo drives, NC axis, stepper motors Torque range: 0,5 – 10 Nm Axial pluggable

Miniature Metal Bellows Coupling with collet clamps Backlash-free miniature metal bellows coupling with clamp hubs For shaft diameters from 1 – 25mm High torsional stiffness, compensation of shaft misalignment at low restoring forces Easy assembly with friction-locked clamp hubs Perfect bellows coupling for encoders, tachometers, potentiometers, servo drives, NC axis, stepper motors Torque range: 0,1 – 10Nm

The excavators are used in conjunction with the pump to increase the solid production and carry out dredging works in the presence of particularly compact backdrops. They are also available in High Depth version. Features: Cutting head is designed to reduce cost of wear parts thanks to interchangeable hard tooth Robust electric motor gurantees strong torque and long life Cutters are designed to work up to 250m working depth, handled by steel cable

The DS2000 stands as a standalone cap unscrewing machine, featuring an intuitive touchscreen interface. While it excels in autonomous operation, it seamlessly integrates into various CDA machines, including fillers like K-Net Auto and K-Line S, or complete packaging lines. Engineered to unscrew a diverse array of caps, the DS2000 finds applicability across multiple industries, including food, cosmetics, chemicals, and e-liquids. Its distinctive capabilities include the adjustment of motor speed, position, torque, acceleration, and deceleration, coupled with clamp movement. With a production rate of up to 1,500 products per hour, it offers versatility to accommodate different product shapes. To further augment its functionality, optional solutions for vial feeding and discharge are available, such as an independent rotative table.

The world's largest motorized screen, up to 60m wide! From 8 to 60m wide. The black anodised extruded aluminium housing is fitted with longitudinal steel reinforcements that provide it's great rigidity. Aluminum roller tube supported along its entire length by a cradle made up of ball bearings and FLEX system.Tubular anti-bending system over the entire length. Color of the casing: black anodized. Installation onto a fixed theater pipe 48,3 to 50mm diameter (other fixing method on request). Tab Tensioned Screen Surface (optional). Most of our PVC fabrics can be fitted into this system. Integrated motorization 220V 2 Somfy motors with 5 years warranty. Motor torque: 110 Nm. Rotation speed: 17 revs/min. Rising speed: +/- 10 cm/sec. Equipped with 2 adjustable end stops. The Nolimit can be shipped in one piece up to a maximum of 12 metres wide, in a wooden box especially provided for this purpose.

This type motor are used for motorised window,motorised curtain and more.12V,8000 rpm speed,0.018NM torque,78mm length motor housing,shaft could be designed for your special application.