Electronic control systems - Import export

Rapid developments in the fields of control engineering and in microprocessor and semiconductor technology have resulted in the widespread use of electronically controlled systems in every branch of industry today. This has created a need for sensors that are inexpensive but, at the same time, sufficiently robust, both electrically and mechanically, to withstand a wide range of temperatures (e.g. from -40 to +160 degrees centigrade), particularly in applications involving large quantities, such as the automobile industry. Fig. 1 provides a summary of the various types of sensors for angular and linear motion that are in use today. This paper is concerned with quality criteria (1) and (2) applicable to conductive-plastic potentiometers for use as sensors for angular and linear motion. Such potentiometers essentially comprise the following components: 1. The resistance element (support material + a resistance track of conductive plastic) 2. A wiper (precious metal alloy) 3. A...

Klöpper Therm designs and manufactures specified switch and control cabinets in various designs – for nearly all types of electric surface heating. By the installation of electronic controllers, heating systems can be controlled in dependence of temperature and/or humidity. Arising disruptions during the control of temperature measuring sensors such as e.g. a falling below temperature, can be signalled or transmitted via indicator lights and/or dry contacts. The operating conditions of each heating circuit in the cold store is indicated by LED indicator lights. Via keylock or push buttons, all heating circuits can be checked quickly and simply. You can easily get an overview about economic efficiency and energy consumption of your heating system incl. documentation with an operating hours counter or energy meter.

Bow and skew detection and control The Orthopac FMC automatic straightener is the heart and core of the Orthopac. The device consists of an optical scanning system and electronic control for distortion correction. It is used primarily to detect and log residual distortions in the exit end of a system, e.g. with the stenter. Thread density can be determined at the same time. It can also be connected to external straightening machines then serving them as control unit.

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

The standard firmware for all electronic systems provides precise control of speed and position. Other requirements can be programmed customer-specifically by KAG. Examples of implemented customer requirements: — Motor speed control for single-grain sowing unit — Valve control actuated via digital inputs — Automatic door control with temperature monitoring — Target position generator: Calculation of motor position according to customer-specific framework conditions — Speed control according to sensor input — Input of light barrier impulse signals — Reading a load balance via analogue inputs — Input of an external speed impulse

• 2.4 mm up to 6.4 mm Ø alu and copper • Up to 6 mm Ø steel & 5 mm Ø stainless steel • Up to fl ange diameter 11.4 mm • Rivet body lengths above 30 mm • Traction power up to 11,770 N at 6-7 bar air pressure Productivity and savings potential • Up to 40 blind rivets can be processed every minute • No trained personnel required for operation • Can be easily integrated into fully-automatic production systems • Electronic system controls • Intuitive menu guidance via navigation and function keys • Function display • Maintenance display and simple fault diagnosis • Customer-specifi c software modifi cation is possible • Ideal for applications that do not require any process monitoring • Rivet mandrels are disposed of by vacuum system • Spring loaded trigger system as an optional extra available • Can be integrated into the system or operated independently • Interface for external memory programmable control system (SPS) can be realised via the GESIPA® interface

• 2.4 mm up to 6.4 mm Ø alu and copper • Up to 6 mm Ø steel & 5 mm Ø stainless steel • Up to fl ange diameter 11.4 mm • Rivet body lengths above 30 mm • Traction power up to 11,770 N (6-7 bar air pressure) • Cost effective from an annual quantity of around 500.000 blind rivets (related to the german market) • Up to 50 % time and costs savings compared to standard blind rivet devices • Rivet pistol has a large action radius • No trained personnel required for operation • Can be easily integrated into fully-automatic production systems • Up to 40 blind rivets can be processed every minute • Electronic system controls • Maintenance display & simple fault diagnosis • Customer-specifi c software modifi cation is possible • Rivet mandrels are disposed of by vacuum system • Optional Spring loaded trigger system • Interface for external memory programmable control system (SPS) can be realised via GESIPA® interface

Forming machine for stretching, shrinking, reforming, curving, planishing, flattening, doming and straightening. The electronic display of the control system visualizes operations, fault tracing and indicated maintenance rates which ensure an optimum machine utilization. Storable processing programs allow repeatable results. This Kraftformer model is particularly recommended for the forming of sheet metal in the industrial metal construction sector as it is capable of machining large steel components with a sheet thickness of up to 3 mm. For our Kraftformers, we offer a wide range of tools (tools are not included in the scope of delivery of this machine). • choice of two preselectable stroke speeds • adjustable reverse position • 4 storable processing programs • repeatable results • electronic display/fault tracing Max. forming capacity Steel 400 N/mm²: 3.0 mm Aluminium 250 N/mm²: 4.0 mm Inox 600 N/mm²: 2.0 mm Contact us for a customised offer, tools included!

The basic version of the Citymaster 650, designed as a compact implement carrier, already sets new standards in the 2t class for example with articulated steering, permanent allwheel drive with a fully electronic control system and extensive features providing increased comfort and safety at work. Thanks to its multifunctional design, the Citymaster 650 can be retooled quickly and easily, for example as a professional sweeper or an efficient snowplough for winter service tasks, which makes this machine not only extremely versatile in use but also particularly economical as it provides multiple application options.

Professional internet power outlet strip can be used worldwide to control, measure and monitor electrical appliances via Ethernet (LAN). Integrated web server enables OS-independent operation with a web browser (PC, notebook, tablet, smartphone). Username and password required for access control. 2 independent switchable circuits can handle 16 A. Intelligent electronic control system optimises operation at high starting currents and extends the life of your appliances. Switching states can be changed and displayed individually on the device itself. Adjustable default switching state: Off, On, last active state. Integrated time control using flexibly programmable, time dependent rules: outlets 1 and/or 2, switch on or off, select days or specific date, time (hour and minutes). Automatic clock synchronisation (NTP) and changeover to daylight savings time/standard time. Professional power measurement at On/Off 1 (Master) outlet: measures active power and energy consumption, with...

Professional internet power outlet strip can be used worldwide to control, measure and monitor electrical appliances via Ethernet (LAN). Integrated web server enables OS-independent operation with a web browser (PC, notebook, tablet, smartphone). Username and password required for access control. 2 independent switchable circuits can handle 16 A. Intelligent electronic control system optimises operation at high starting currents and extends the life of your appliances. Switching states can be changed and displayed individually on the device itself. Adjustable default switching state: Off, On, last active state. Integrated time control using flexibly programmable, time dependent rules: outlets 1 and/or 2, switch on or off, select days or specific date, time (hour and minutes). Automatic clock synchronisation (NTP) and changeover to daylight savings time/standard time. Professional power measurement at On/Off 1 (Master) outlet: measures active power and energy consumption, with...

TOPTICA’s TeraFlash smart utilizes a proprietary scheme dubbed ECOPS ("electronically controlled optical sampling"). The system comprises two synchronized femtosecond lasers, eliminating the need for a mechanical delay. This results in extremely high measurement speeds: the TeraFlash smart acquires 1600 complete terahertz waveforms per second, enabling terahertz-based thickness gauging at unprecedented speed. The system thus lends itself to measurements on rapidly moving samples, e.g. conveyor belts, papermaking machines, or extrusion lines. Learn more about TOPTICA's advanced terahertz solutions.

Each passport contains an alphanumeric code for unique identification. The electronically controlled, servomotor-driven random numbering system LENservoP has been especially designed for the imprint of those independent sequences of numbers and letters. - High flexibility as a result of a maximum of 11 motorized wheels instead of 7 - Easy integration into passport machine due to unique design - Suitable for hot-foil applications

The machine is manufactured in FMS’ production facilities and assembled at the end client’s site, including Mechanical and control systems design Procurement of standard and DIN parts Welding Mechanical engineering Surface treatment Internal assembly Test run at FMS’ facilities Assembly including hydraulics, pneumatics and electronics Control systems

Beam machine for irradiating a glass sheet conveyor belt Transport device supporting roller guide, motor nozzle movement, infinitely variable, attached dust filter system and electronic Control. Max. Lens height for automatically rays 1.200 mm Max. Lens height for manually rays 1.500 mm