1810 results found
    1. LRS Series 35W - 1200W Single Output Switching Power Supply

      LRS Series 35W - 1200W Single Output Switching Power Supply

      The MEAN WELL LRS Series offers a versatile line of enclosed type power supplies, available from 35W to 150W, tailored for use in a variety of industrial and commercial applications where space efficiency and power reliability are key. Each unit in the series features a compact 30mm profile, ideal for integration into systems with limited space. These power supplies support an AC input range that is selectable by switch, allowing for operation at either 115VAC or 230VAC, which accommodates different global power standards. They deliver output voltages in several options including 12V, 15V, 24V, 36V and 48V, ensuring compatibility with a wide range of device requirements. The LRS Series is characterized by its high efficiency, achieving up to 90%, which facilitates reduced energy consumption and lower operating costs. Significantly, the LRS Series is engineered to endure challenging conditions, passing a 5G vibration test, which confirms its durability and stability in environments subject to frequent or intense vibrations. It also features a built-in active Power Factor Correction (PFC) function, enhancing the efficiency of power use while reducing load on the electrical system. Safety and protection are paramount, with the LRS Series providing mechanisms against short circuit, overload, over voltage and over temperature conditions. This ensures that the power supplies operate reliably and safely under all circumstances. Additionally, these units are capable of handling up to a 300VAC surge input for five seconds, enhancing their robustness in fluctuating power environments. Ideal for a diverse array of settings, including industrial control systems, mechanical and electrical equipment, and even household appliances, the LRS Series complies with critical international safety standards such as IEC/BS EN/EN 60335-1 and IEC/BS EN/EN 61558-1. Each unit is backed by a three-year warranty, underscoring MEAN WELL’s commitment to quality and customer satisfaction.

    2. LVC 200

      LVC 200

      LVC 200 is part of Vision Engineering's LVC range of fully automated 3-axis measurement systems. Extraordinarily capable, but surprisingly easy to use, LVC measuring systems have the power and versatility to meet the needs of demanding manufacturing environments. Ideal for measuring large components or batches of small components with a measurement range of up to 400mm x 300mm x 200mm. Rapid, cost-efficient measurements A motorised measuring stage and zoom lens work together to automate the movement of the system, reducing measurement time and operator discomfort. Not only that, but the multi-position motorised zoom lens enables rapid magnification changes to be part of measurement programs. Thanks to its rich suite of functionality and incredible value, the LVC-Series is the ideal measurement solution for a wide range of applications including precision engineering, casting, plastic moulding, electronics and medical devices manufacture. Contact measurement for complex parts Optional touch probes make it easy to measure complex features and 3D forms. Probe module changing rack for storing and automatically changing multiple probe modules. Large and multiple small components. A large stage makes the LVC200 ideal for measuring large components, but it can also be used to speed up the measurement of multiple smaller components by using the palletising feature. Load the small components onto the stage and measure them in one program, saving time. Intuitive metrology software Intuitive and user-friendly M-Series software for advanced functionality and comprehensive reporting capabilities is included. Highlights include feature measurements and constructions with geometric tolerancing, programmable illumination, DXF import/export and digital overlays, advanced edge detection, simple SPC and direct data transfer to Excel. Also stitching and pallet programs, a multi-feature finder tool, thread measurement option and formula results via calculation feature.

    3. LVDTs

      LVDTs

      LVDT (Linear Variable Differential Transformer), is an absolute position/displacement transducer that will convert a position or linear displacement from a mechanical reference (zero, or null position) into a proportional electrical signal containing phase (for direction) and amplitude (for distance) information. The LVDT operation does not require an electrical contact between the moving part (probe or core assembly) and the coil assembly to work, but instead relies on electromagnetic coupling; this and the fact that LVDTs can operate without any built-in electronic circuitry are the primary reasons why they have been widely used in applications where long life and high-reliability equipment under very severe environmental conditions as required, such as in Military/Aerospace, process controls, automation, robotics, nuclear, chemical plants, hydraulics, power turbines, and many others. LVDT’s come in two different ranges, either DC or AC output. DC versions, in general, have integral electronics or there is limited need for complex signal conditioning or AC variants which will require signal conditioning. There are lots of object application-based uses for an LVDT device, as they are not electromechanical there are many good uses for many devices.

    4. Lynx EVO

      Lynx EVO

      Work better, for longer The Queen's Award winning Lynx EVO stereo zoom microscope is designed to increase productivity through superior ergonomics. Whatever your challenge – inspection, production, reworking, or anything else requiring magnification – 3D depth perception and bright, high resolution, high contrast images lets you work comfortably and with greater concentration. Magnifications from 2.7x to 240x make it ideal for a wide range of applications. Greater efficiency Providing enhanced hand-to-eye coordination, more working space for tools and better peripheral vision for easy interaction with the your working environment, Lynx EVO transforms the way you work. And with no eyepieces to adjust, it’s easy to share between multiple users, increasing productivity and ensuring maximum return on your investment. Dynascope technology for superior imaging Dynascope has redefined the science of microscopy, overcoming the physical limitations of conventional microscopes to help laboratories and workshops improve quality and productivity. At its heart there is a multi-lenticular disc which incorporates more than 3.5 million individual lenses or ‘lenticules’, each just a few microns in diameter. The disk spins at high speed to merge the individual optical paths into a high‐clarity, high contrast image. Exceptional ease of use Lynx EVO is extremely easy to use. There are no eyepieces to set up for different users, and focusing and illumination is controlled with simple dials. Dual iris control is managed with a single slide mechanism. Health and productivity The award-winning Lynx EVO delivers substantial benefits over traditional binocular microscopes, including the ability to wear prescription or safety glasses, superior imaging with less eyestrain, freedom of head movement, better posture, and dramatically improved operator comfort even during longer sessions. It all adds up to greater productivity, faster throughput, improved hand-eye co-ordination and fewer errors.

    5. Lynxter S600D

      Lynxter S600D

      One-of-a-kind 3D printer. Print with filaments (thermoplastics), liquids (silicones), pastes (ceramics) in high quality. Enabling printing with an infinite range silicones, thermoplastics and ceramics means finding the right material for your application with the Lynxter S600D is easy. It’s quick-change toolhead technology allows you to set up and print with the toolhead and nozzles of your choice in a matter of just minutes. For a new print project in a different material, simply change the toolhead!

    6. M12 Push-Pull with Inner Locking is International IEC Standard

      M12 Push-Pull with Inner Locking is International IEC Standard

      Yamaichi´s push-pull version of the M12 connector is the very first M12 push-pull design, which has been defined as an international standard (IEC 61076-2-012). Therefore, M12 push-pull design-ins are possible now for M12 push-pull systems, without using proprietary solutions. From the beginning, Yamaichi Electronics has been setting a new standard with the M12 push-pull with inner locking. The cable-side connector engages deep into the device socket from the inside with locking hooks. As a result, the push-pull system requires only the same installation space as a common M12 connection with screw locking. With this technology, it is possible to completely insert the M12 socket into the device, e.g. to integrate it into a distribution box, aligned flush with its housing. The system is IP65 / IP67 water and dust proof and uses independent sealing concepts for screw-type and push-pull connector. Thus, the mixed usage of the connectors is possible in a reliable way. The particularly long locking hooks of the cable connector are supported by the threaded segments of the device socket. This makes the system mechanically extremely robust. In addition, this offers significant advantages when subjected to torsional loads and rotational forces. This means the user takes advantage of all the benefits of the push-pull locking system: considerable time saving, miniaturisation, blind and tool-free contact mating with simple handling – in accordance with the standardised M12 specification. Standardisation brings security During the international standardisation, industry-standard requirements regarding device integration and functionality were introduced and taken into account. This ensures the ideal basis for cross-manufacturer compatibility, which has already been proven between different manufacturers. The fast implementation of the IEC 61076-2-012 in less than 2 years is further evidence of this. The M12 push-pull is fully backwards compatible with the screw lock type.

    7. Machine Frames

      Machine Frames

      Machine base frameworks using aluminium profiles can form an integral part of machinery, helping to protect staff as well as the equipment within. Frames can also be used for exhibition stands and displays and all manner of projects which require reliable support systems. Using the Kanya profile system to build any type of aluminium frameworks is simple, thanks to the easy connector system. It will take minimal time and effort to join components together to create: - Machine guarding - Machine bases and supports - Equipment mounts and supports - Racking and shelving - Display frames for exhibitions and signage Please email our Kanya Sales Team for information - tonyferreira@kanya-uk.co.uk or chrisdavies@kanya-uk.co.uk

    8. Machine Guarding

      Machine Guarding

      Bespoke machine guarding and safety fencing can be created with the Kanya aluminium profile system. Using a combination of fencing, solid partitioning and safety glazing, full or half height structures can be erected quickly and in minimal time. Powdercoating of the aluminium can be achieved to create safety barriers in black and yellow, to any RAL colour of your choosing. Typical uses include safety barriers and perimeter fencing around manufacturing plants and industrial premises, as well as machine guarding around equipment and dangerous activities. Please email our Kanya Sales Team for information - tonyferreira@kanya-uk.co.uk or chrisdavies@kanya-uk.co.uk