Electrical drives - Import export

- Low-maintenance system for travel up to 100 m - Other sizes and versions available, travel up to 200 m and more with E2 roller e-chains® - Protection against weather and dirt exposure - Cost-effective and fully enclosed complete solution - Standardized and modular design - Simple wall assembly or optional floor mounting - Cable lengths up to 50% shorter than festooning, low-profile installation and no cable junction - Cables are at all times guided with a defined bending radius, and tensile forces are absorbed by the e-chain® - Cables cannot hook, jam, or tear - No slip ring contacts (as is the case on motor drums) -Cables or hoses can easily be retrofitted at any time Reduce electricity costs - direct drive due to scraper, no additional drives needed (as is the case on motor drums) Scraper arm (e.g. as mechanical connection to the scraper carriage) optionally available - we document the situation on-site and will propose a customised solution

A drive motor can also act as a generator. If the drive system is built so as to allow reverse power to flow then this power can be fed into a resistor, thus taking energy out of the system and causing whatever is driving the motor to slow down. Following to this the braking resistor converts the stop energy into heat. Electrical drive systems are being used more and more on ships, oil rigs, crane barges and offshore vessels of all types. An important benefit from using an electric drive is that reliable systems of regenerative and dynamic braking resistors are available to complement or replace traditional mechanical braking systems. The advantages of electric braking include control, reliability, mechanical simplicity, weight saving and in some cases the opportunity to make use of the regenerated braking energy. The Braking Resistor Units from Klöpper Therm are designed according to specific applications.

The extremely space-saving design of our screen changer allows a lot of creative freedom, both with new machines and in the case of retrofitting, since the structure of the extruder platform only needs to be adjusted a little. The screen changer is installed instead of a connection piece and can be equipped with a hydraulic or electric drive. The simplest way, however, is to use a cordless screwdriver, which makes changing bits a quick and easy endeavor. Screen changers are available for all common throughputs.

CSN® Load, Testing and Special Resistors are used to test generators and emergency generating sets to test battery capacity as dummy load when testing circuit breakers to discharge capacitors for starting, controlling and breaking of electric drives CSN® Load, Testing and Special Resistors are characterized by technically mature and proven design for operations both indoors and outdoors optimal design to suit all current values and load cycles reliable control of all operating voltages even in most adverse service environments longterm stability highly reliable technology CSN® Load, Testing and Special Resistors are designed and manufactured individually to customer requirements and specific application.

CSN® Braking Resistors are used for controlled braking of every kind of electrical drives. Braking resistors convert the energy of drives into thermal energy which will be dissipated into the corresponding cooling medium. Design variations with natural or forced air cooling are available. CSN® Braking Resistors can be delivered with an indirect water cooling system using an airwater heat exchanger as well. The design of the CSN® Braking Resistors is particularly suitable for use in maritime applications. Schniewindt, as global market leader in this resistor sector, has a wealth of experience in the design according to the technical guidelines and rules of international classification societies for example

With the new generation of our combination machines, we have continued to develop the new diversity for forming pipes. Geometries that effectively replace high-cost and expensive turned parts can be formed directly at the pipe end in the endforming machine – for a final component of a single workpiece that is ready for use without elaborate soldering or welding. Implementation of the combination can be specified by you or based directly on the forming geometry. This is usually done using up to 6 axial forming stages and at least one rotary unit. Trimming, as well as axial and rotary forming, may require 2 rotary forming stations. Simple trimming or deburring after forming at the pipe end are no demanding challenges. Therefore, all our axial forming machines and combination machines are equipped with one or several single-drive axes. They have a servo-electrical drive and can be used in each of the holders for the forming stages, making the system is very flexible and compact.

REB 645 - for tube-Ø 6 - 45 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

Accurate forming with fast tool change. Our type REB axial t form forming machines, with their compression power of up to 1,300 kN are particularly wellsuited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step userfriendly and fully programmable individually. We offer the option to equip our systems with electric or hydraulicnumerical drives. These forming processes can be completed stepwise in transfer system to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

REB 420 - for tube-Ø from 4-20 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

Our rotational technology increases the possibilities of forming on tubes with minimal expenditure on tools. All the drives are servo-electric by design and, if needed, CNC-operated. In our SRM rollforming machines, all the settings are preloaded, so there is no longer any need for costly adjustments. Different tool variants further expand the processing possibilities for chipless cutting or post-bending cutting. The machines can produce internal and external profiles and can also roll in synchronicity thanks to a special tool head (inside/outside).

Our rotational technology increases the possibilities of forming on tubes with minimal expenditure on tools. All the drives are servo-electric by design and, if needed, CNC-operated. In our SRM rollforming machines, all the settings are preloaded, so there is no longer any need for costly adjustments. Different tool variants further expand the processing possibilities for chipless cutting or post-bending cutting. The machines can produce internal and external profiles and can also roll in synchronicity thanks to a special tool head (inside/outside).

Our rotational technology increases the possibilities of forming on tubes with minimal expenditure on tools. All the drives are servo-electric by design and, if needed, CNC-operated. In our SRM rollforming machines, all the settings are preloaded, so there is no longer any need for costly adjustments. Different tool variants further expand the processing possibilities for chipless cutting or post-bending cutting. The machines can produce internal and external profiles and can also roll in synchronicity thanks to a special tool head (inside/outside).

REB 660- for tube-Ø 6 - 60 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

For special applications, individual high-pressure systems are required, which KAMAT can provide from the initial project idea to the turnkey installation, with 100% of the production taking place in-house. This also applies to electric high-pressure pumping units. Depending on the application, our customers can choose between different drives, power transmission components, PLC controls, measuring systems, data transmission, remote controls, pneumatic and electric valve controls, chassis and sound insulation equipment. Even the electrical units supplied on the base frame are fully operational and can be used directly by the customer. Electric units have the advantage of emission-free operation at extremely low noise levels. ATEX certified high pressure electric units can also be used in ATEX hazardous areas.

Electric drives, devices and servomotors are increasingly being used in the field directly in the machine or system. In addition to signals and data, more and more power must also be transmitted. Miniaturisation in automation means that field devices and controllers are becoming smaller and smaller. The CONEC Power portfolio includes overmoulded connectors, connectors field attachable and panel mount connectors. The coding options offered are K, L, S, T

•Supply voltage: 14V - 65V •Phase current: 300A •Motor types: PMSM •Control algorithm: Field oriented control with flux weakening •Functions: Automatic teach-in, four ride modes, reverse gear, boost, display control, smartphone app •Position feedback: Hall sensor •Analog inputs: 2 •Digital inputs: 2 •Communication: CAN, Smartphone Connectivity •Diagnostic interface: USB, CAN •Diameter: 155mm •Height: 45 mm •Weight: 970 g

Siempelkamp has developed the energy-ecient drive system EcoDrive for the ContiRoll® main drives. This system meets tomorrow’s legal and standard demands on the energy eciency of drive systems already today. It comprises frequency converters, motor and gearbox - all well-tuned to one another. In addition to the energy eciency our R&D-work focussed on an improved precision and controllability of the entire drive system. The focus is on high belt speeds, precise r.p.m. for a synchronous operation of the steel belts, torques adjusted to the characteristic load line in connection with the hydraulic pressure/position control, good performance, good uptimes and ease of maintenance. This corresponds to the demand on a very high product quality and an on-demand energy consumption even in partial load operation. This new drive system is able to save more than 10 % of the electrical drive energy compared to traditional Solutions.

MDF forming lines consist of machines for forming and monitoring the bre mat. Additional devices for quality monitoring complete the function. The plant modules can be adjusted to the respective requirements thus preparing the mat optimally for its compaction in a ContiRoll®. The equipment is designed to produce board thicknesses between 1.5 and 40 mm without any problem. The forming belt conveyor is a modular design as well tuned to plant output and feasible board formats. Features Forming belt with pneumatic tensioning station as well as electric drive station and integrated automatic reject m Integrated belt scale for controlling the mat former output to ensure consistent product quality Mat moisture meter Automatic edge trimming system ex prepress Monitoring equipment to prevent steel belt damage peak detectors metal detector

Control cabinets form the technical "central nervous system" of every production plant. They supply machine and plant components with electrical energy, protect electrical circuits, control drives and network machines with the Internet. In addition, they act as an interface for all information on the current plant and processing status and link production exactly where processes need to be accelerated and efficiency increased. Our subsidiary ATR Industrie Elektronik GmbH is your competent partner for the construction of switchgear and switch cabinets. We supply a wide range of different versions based on all current national and international standards. Switchgear is used in almost all industries, in addition to the wood-based panel and metal industry, e.g. in the automotive sector, in turbine and compressor technology, in energy supply or also in cooling and air-conditioning technology.

FTK Förderband Technik Kilian GmbH Brush strip wipers are made of highly wear resistant PP and are ideal for demanding applications in the field of bulk material, recycling and processing technology. The brush strips can be exchanged easily and simply when they are worn out. Inexpensive alternative for cleaning light conveyor belts in the lower belt without electric drive easy construction continuous brush strip easy adjustment by moving the spindle Areas of application sand, gravel, clay, brickworks, asphalt mixing plants, gypsum, cement, glass industry and much more