Control switches - electric - Import export

These are the accessories used for mechanical parts.

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.

The conductivity measuring transducer CONDIX measures the conductivity of liquids. The evaluation of the measuring result is made via the Modbus RTU digital interface directly in a PLC or in the SCADA system. This eliminates the need for additional transmitters with display.

Because of their specifications governed by corresponding standards, these cable pull switches are used exclusively as safety command devices. These switches are available in metal enclosures as well as in insulation-enclosed versions. They are operated manually by pulling on the attached cable. The basic design of the standard rope pull switches is based on that of position switches. — Versions available in plastic and metal — With and without latching function — Max. span length: 2 x 75 meters — Protection class IP 65 according to IEC/EN 60529 — Ambient temperature -30°C to +80°

Unbeatable small installation depth and the highest stability in its class. The joysticks of the series 844 exhibit properties, which are normally found in heavy-duty products only, even though it is a very compact finger joystick. For example, with handle "T" the 844 becomes the most compact stock grip joystick with push button (see picture above in the center). In this configuration, the 844 has the advantage over larger models of lower price and space requirements. The joysticks of the series 844 are equipped with wear-less Hall Effect sensors, are available with up to 3 axes, and exhibit a robust mechanical construction, with a ball-socket pivot. It withstands high push, pull, translational and rotational forces, up to a load of 400 N (vertically). The operational lifetime is up to 10 million operations. With protection up to IP65, a variety of handle shapes, limiters and output options, the optimum product can be selected for the application.

The thumb joysticks of the TRY14 series cover a great variety of different applications due to their high number of configuration options The TRY14 is the all-rounder in the field of thumb joysticks because of the extensive selection of handles, limiters and output options. The size of these joysticks can be compared with the ones that are widely used in gamepads, but the TRY14 is integrated into an industrial-suited housing with a reliable mechanism. Typical applications range from remote controls, arm rest integration or integration into larger joystick handles to industrial or medical robot arms.

The medium-sized hand joysticks of the 870 series with stock grip handle were specially developed for the multi-axis control of machines in demanding applications with highest requirements on quality and feel. The joysticks are a guarantee for success in demanding applications with up to three axes, where quality, durability and reliability are paramount. The precision manufacturing of the joystick results in a particularly high-quality feel that conveys a safe operating feeling and enables the user to precisely control movements in several dimensions. Thanks to the non-contact Hall effect technology and the optional double outputs, the joysticks are extremely reliable and safe to use even in the toughest conditions. The joystick is electrically connected via a 12-pin connector, which enables easy installation. The installation depth of <49 mm is particularly advantageous when space is limited.

Finger Joystick Series TRY22 Industrial joystick for three axes of the highest quality in terms of mechanics, materials and workmanship Exceptional quality of mechanics and sensors For demanding applications Contact-less, wear-free Hall Effect technology Redundant outputs available Protection available up to IP65 (above panel) The TRY22 series was developed strictly following criteria such as cost efficiency, high quality level, high IP classes und easy installation.

Reliable switching with spring return mechanism thanks to the 851 joystick with good price/performance ratio The series 851 switch sticks feature a functional but space-saving design. The optimized mechanics, including a stainless steel metal shaft, combined with micro switches allow for reliable switching for currents up to 10 A and voltages up to 240 V, while only taking less than 24 mm space below the panel. The spring return mechanism guarantees for safe control of the application. A cross- and one-dimensional limiter are both supplied with the shipment. The protection is IP65 above the panel. On request, switches with gold-plated contacts are available for corrosive surroundings.

The adaptability of the sensors in the premium joystick series 826 is unequalled in the field of joysticks The joystick series 826 fulfils the highest demands on quality. It shows its strengths at challenging applications with up to 2 axes, where no compromises are made when it comes to endurance and reliability, and the application asks for special sensor configurations. Die configuration options of the series 826 are unique: both axes exhibit a separated shaft for the sensors, so that the sensors, micro switches and return mechanism (spring return/friction clutch) can be adjusted individually. Especially for safety critical applications, this series is often the only series that offers the necessary options to fulfil the requirements.

Unique: The TRY20 offers 3 axes and is still a compact thumb joystick The joysticks of the TRY20 series are unique in their class thanks to their rotatable knob, which, as a z-axis, offers an additional third, proportional degree of freedom for controlling the application. The industrial joysticks achieve the highest level of quality in terms of mechanics, materials and workmanship. The high-quality haptics convey a secure operating feeling and enable the user to precisely control movements in several dimensions. Double (redundant) outputs are optionally available, which enable use in safety-critical applications. Variants with protection class IP40 (hardcover) and sealed variants (rubber bellows) with protection class IP54 are available. If the z-axis (the rotatable knob) is not required, the 2-axis version with protection class IP65 can be implemented as a special version.

Inherently RFI/EMC immune and most flexible in its class The joysticks of the series 842 exhibit properties, which are normally found in bigger joystick models only, even though it is a very compact finger joystick. Particularly worth mentioning is the possibility to configure the three axes independently and the option for a friction clutch in x and/or y-axis. The series is equipped with potentiometers, because potentiometers are still the best choice if EMI/RFI resistance requirements are very high. The joysticks are available with up to 3 axes, and exhibit a robust mechanical metal mechanism. This way the return properties of the x and y-axis can be changed by e.g. using a stronger or weaker spring, or by using a friction clutch.

The joysticks of the TRY100 series cover a great variety of different applications due to their high number of configuration options, and convince technically in every respect The TRY100 is the all-rounder in the field of finger joysticks because of the extensive selection of handles, limiters and output options. Optionally, redundant sensors are available. Thus, the joysticks can be optimized for almost all possible applications. With the convenient plug-in contact and the small installation depth of < 26 mm, the joystick offers unequalled opportunities in case of space-limitations below the panel. Due to its modern contact-less hall-sensors, the electro mechanics guarantee for a long mechanical life expectancy of 5 million operations. The construction is laid-out for a load resistance up to 200 N, and improved handle options offer protection up to IP67 above the panel.

Space-saving, compact – but rugged nonetheless The TRY50 series covers the transition from finger- to hand-size joysticks. This is realized by a construction of the very robust mechanism combined with space-saving Hall sensors. The TRY50 was specifically developed for applications, where a rugged hand joystick is needed, but space is limited. The optimized dimensioning of the mechanism and control lever make it possible to use the joystick in environments, where only finger joysticks would fit, but lack the needed load resistance. The joystick is equipped with Hall sensors and thus shows only minimal drift of the output signal over many years of operation. Optionally, redundant sensors can be chosen to further increase reliability.

High-quality haptics for one-dimensional control tasks The proportional rockers of the PW30 series meet the highest demands on quality and reliability for long-term use in industrial environments. With the look of a rocker switch but the sensor technology of industrial joysticks, the PW30 series combines the advantages of joysticks (for transmitting an analogue control variable) with those of toggle switches (flat design, low space requirement). In addition to two different rocker shapes, choices between potentiometric or Hall-effect sensor technology, as well as between spring return to the centre position or to the end position, are possible. Redundant versions are also available on request.

Heavy industrial contactors are essential components in industrial systems that enable reliable switching and control of electrical loads. At AIS Hensch Automation-Industry-Solution we offer a wide range of high quality heavy industrial contactors designed for demanding applications in various industries. Robust construction for use in demanding environments: Our heavy industrial contactors are specifically designed for use in the harshest environments. They feature a robust construction that ensures reliable performance even under extreme conditions. High switching performance and reliability: Our contactors offer high switching performance and reliability to meet the needs of industrial applications. They are capable of switching large electrical loads and provide stable performance over a long period of time. Versatile Applications: Our heavy duty industrial contactors are versatile and suitable for a variety of applications including motor control

Small parts in large quantities? Electrical engineering in particular requires very quick machines. Electrical engineering is also becoming increasingly important in IT, with particularly small components required here. The machines from SIM Automation GmbH can detect even the smallest deviations of mere millimeters during sorting. We have produced assembly and testing lines for the following components in electrical engineering (extract): - Instrument components - Step motors and servo motors - Quick-release clutch systems - Gearbox balance shafts (for checking run-out accuracy and backlash) Assembly lines: - Plug contacts (vehicle electrical systems) - Industrial sockets and switches - Sockets / light switches - Electric heater control valves - Electric razors - Electric toothbrushes Testing and inspection: - Electric high-performance gear components (up to 6 kV) - Electric central locking systems (vehicles)