Industrial monitors - Import export

The OPD9000 series are full HD widescreen monitors that make it easy to operate complex software applications. The integrated multi touch technology allows comfortable operation with several fingers - even when wearing work gloves. Thanks to the innovative mounting system, the OPD9000 monitors can be quickly mounted into control panels and machine housings without the need for special tools or additional installation parts. The monitors can be easily equipped with the optional HDBaseT receiver module, enabling signal transmission over distances of up to 100 metres.

The robust and reliable multi-touch monitor is designed to meet the increased demand for machine visualisation. With its full HD widescreen and multi touch technology, it guarantees first-class user-friendliness. Thanks to the flexible support arm and VESA mounting, the monitors can be easily integrated into machines and systems, customised to the specific installation situation. The additional key module allows variable operation and can be customised, including the integration of an emergency stop function.

ProRecipe XT® is the intuitive recipe management system for all manual and semi-automatic recipe processes. The innovative software guarantees complete and controlled product safety in the food, pharma and cosmetic industries as well as a wide range of other industries. Intuitive monitoring and management of recipe processes Flexible integration into production systems Guaranteed traceable product quality Meets the validation requirements of the pharma industry

SMALL IN SIZE AND PRICE, BIG IN PERFORMANCE STM-2 combines the simplicity of USB connectivity with the accuracy of a precision measurement engine, all in a compact, inexpensive package. The size and simplicity of STM-2 help make setup and operation easy and efficient. SUPERIOR PERFORMANCE STM-2 is the most accurate USB powered thin film monitor in the industry. Ten measurements are taken per second while achieving a resolution of 0.037 Å per measurement (density of 1). EASY AND FLEXIBLE INSTALLATION STM-2 comes with everything you need to connect your QCM sensor/feedthrough to a Windows® PC. Simply connect the included BNC cable from the feedthrough to STM-2, then connect the STM-2 to your PC using a standard mini USB cable (included). No external oscillator or power supply is required. STM-2 features an internal oscillator that allows for simple and cost effective installation when STM-2 is located within 1 m (40 in.) of the quartz crystal. A standard INFICON® oscillator...

The NR 260 is a capacitive level sensor for monitoring liquids. It is designed for use in fuel cells. The material is also suited to applications in the chemical industry for monitoring aggressive media. The functions for MIN or MAX monitoring as well as other properties (output signal LSS or HSS, response delay etc.) are factory pre-set. The Main Features of the NR 260 are high medium resistance of materials enamel, Hastelloy C4 2.4610 and stainless steel 1.4571 high protection class IP67 with connector short-circuit proof switching output 1 A, high side or low side switch MAX sensor or MIN sensor switch point factory pre-set for the following media: de-ionised water (conductivity < 4,2 μS/cm): 28 mm ± 2 mm tap water (conductivity ≈ 300 μS/cm): 22 mm ± 2 mm other media upon request; switch point adjustment via programmable interface on request

mainSENSOR is based on an innovative measuring principle, which has been developed by Micro-Epsilon in order to combine the advantages of both inductive and magnetic sensors. Magneto-inductive sensors are frequently used as alternative to inductive sensors and proximity sensors in process automation, the packaging industry and in machine monitoring. Measuring the distance to a magnet which is fixed at the measurement object, the sensor outputs a continuous, linear signal. As different strength magnets are applied, measuring ranges of between 20 mm and 55 mm can be achieved. However, in order to adapt the measuring range, it is only necessary to change the magnet.

With the new height-adjustable monitor floor stand, RK Rose+Krieger is expanding its "RK monitor holder" product range to include a robust, ergonomic standing workstation for industry. The work surface and monitor mounting are supported by a stable triple column system and can be adjusted conveniently by hand to the size of the respective user. The three elegant, slim anodised aluminium columns stand on a black, powder-coated base frame which provides space for an industrial PC and accessories. Cables are elegantly routed in the integrated cable duct on the rear column. The light grey coated work surface (0.3 m2) can be adjusted by hand easily thanks to the tieback support. A spring-loaded locking bolt provides reliable latching. The height adjustment stroke is 400 millimetres. This way the workstation can be adjusted individually to the body size of the user. In addition, the height of the monitor can be adjusted separately and thus guarantees optimum workstation ergonomics.

RK monitor mounting – high-strength, flexible and individually adaptable VESA or universal mount for connecting monitors, displays or control panels. Monitors, touch screens, displays and control panels are used every day, and not just in the office. Industrial machines and systems are programmed or performance data displayed on modern touch screens or control panels. In utility vehicles, camera monitoring systems facilitate resetting and navigation devices make positioning possible. On conveyors, monitors make it possible to monitor and visualise all sorts of processes. Today, control panels or flat screens are often an essential component of modern assembly workstations, too. Standard systems are generally designed for office applications. Industrial environments push these monitor mountings to their limits. For example, they normally can carry loads of only six to twelve kilograms and are not robust enough for use on machines, systems or assembly workstations.

Thermalert 4.0 infrared temperature sensors provide accurate temperature measurement from -40 °C to 2250 °C (-40 °F to 4082 °F) for a wide variety of process control applications. • Durable stainless steel IP65 / NEMA4 enclosures designed to withstand ambient temperatures from -20 °C to 85 °C (-4 °F to 185 °F) • Integrated laser sighting • Galvanically insulated outputs • Plastic lens option for food applications • Analog input for ambient compensation and adjusting emissivity setting • Multiple interfaces – 2-wire loop powered for analog and digital communication – 12 wires M16 and 6-pins terminal block for digital communication (RS485) • USB for easy setup • Simple, two-wire or digital installation • Advanced signal processing • Wide choice of focus distances • 2-year guarantee The program includes various models and accessories. The DataTemp® Multidrop software enables easy configuration and process monitoring on a real-time graphical display.

The CC-3000 light-duty operating enclosure is particularly suitable for encapsulating operator control panels, industrial computers and display components and, thanks to its modular concept, can be simply adapted to versions tailored to specific customer requirements. — Customised solutions to your specifications — Monitor-based industrial design — Freely selectable width and height (max. 600 x 600 mm) — Depths from 120 mm up to max. 255 mm — High-quality extruded aluminium sections (naturally anodised) — Customised colours from RAL range — Five possible enclosure designs — Optimum heat dissipation due to aluminium sections — Front panels internally-mounted or externally-mounted — Protection class IP65 — Screw-fixed or hinged rear panel — Internal grooves for fixing components — Extensive range of accessories

The Raytek MP150 infrared linescanner is designed for temperature monitoring in demanding industrial environments. It generates accurate thermal images of moving objects, scanning up to 90° wide fields of view with a motorized mirror at up to 1024 points per line and at a max. 150 Hz frequency. An internal high-speed microprocessor calculates the temperature of the individual measurement points. — Real-time thermal line-scanner system for continuous or discrete process measurements — Optical resolution up to 200:1 — Built-in line laser for rapid alignment — On-board Ethernet TCP/IP communication — Wide choice of models and spectral responses The Raytek MP150 includes provision for air or water-cooling, three configurable analog outputs, and two-way digital communications. It can be used in standalone mode, connected to a single PC or integrated into a process control system using the Windows-based DataTemp DP software for remote configuration and real-time process monitoring.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

The Total-Meter™ is a fully calibrated electronic flow meter with a built-in flow totalizing function. The Total-Meter™ utilizes field-proven differential pressure flow measurement technology to accurately monitor industrial liquids or gases. The actual flow rate is displayed locally on the 4 digit LED display and is also retransmitted with a scalable 4-20mA output for remote monitoring. In addition, the Total-Meter™ tracks total volumetric consumption up to 999,999,999,999 engineering units and will communicate using the ModbusRTU protocol over RS-485/232. The Total-Meter™ is designed to be piped directly into a gas or liquid pipeline and requires minimal space. Integrated programmable flow alarm output can be configured to trigger either high or low flow alarm situations based on actual flow rates.