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The MEAN WELL XDR-E Series is a compact DIN-rail AC/DC power supply range, covering 75W up to 960W across multiple output voltages (12V, 24V, 36V, 48V). It supports a wide 85–264Vac single-phase input and is designed for space-efficient installation with ultra-slim widths (as little as 30mm for lower-power models, up to 96mm for 960W). With efficiencies of up to ~96% and low no-load power draw, the series supports energy-efficient panel designs. The fanless and natural-convection-cooled enclosure helps reduce maintenance and improve reliability. The operating ambient range spans from –40°C to +70°C (derating required above certain thresholds). The XDR-E Series is certified for Over-Voltage Category III (OVC III) and carries global approvals (CB, UL, CE, UKCA), making it suitable for a wide range of industrial and building-automation applications. Standard protections such as overload, short circuit, over-temperature and over-voltage are included, and a DC-OK relay contact is provided for system monitoring. With multiple output voltage options, compact footprint and robust spec, the XDR-E Series delivers a clean, reliable AC/DC power solution for modern control panels, machine-building and infrastructure installations.

The models of the XDV® series are the most powerful X-ray fluorescence instruments in the Fischer portfolio. They are equipped with a highly sensitive silicon drift detector (SDD) and can further be fitted with different apertures and filters. Additionally, XDV-µ instruments come with a micro-focus tube. This makes them ideal for very demanding measurement tasks. Using XDV devices you can, for instance, analyze the thickness and elemental composition of coatings just 5 nm thick and test structures of just 10 µm.

These quartz crystal oscillators with HCSL, LVDS or (LV)PECL output are particularly suitable for the interference-suppressed transmission of fast data streams with low interference. • Frequency up to 320.0MHz, • Differential output HCSL or LVDS or (LV)PECL, • Interference-suppressed transmission with low interference, • Stability up to ±25ppm, • Ceramic-metal housing 3.2x2.5mm (3225) or 7.0x5.0mm (7050), • Operating temperatures up to -40°C ~ +85°C, • RoHS and REACH-compliant, 100% lead-free, conflict minerals free.

The MEAN WELL XTR Series brings together the 240W, 480W and 960W three-phase DIN rail power supplies into one compact, ultra-slim industrial platform designed for stable operation in demanding environments. All models accept a wide 320–600Vac three-phase input, offer selectable 12V, 24V, 36V and 48V outputs with adjustable ranges, and deliver efficiencies up to 96% while keeping no-load power consumption below 2.5–3.1W depending on the model. Across the range, the fanless metal enclosure and narrow 48–96mm casing help save panel space and support long-term reliability, backed by an operating temperature range of -40°C to +85°C (up to +60°C at full load). Each unit provides constant-current limiting and peak power capability between 150–200%, giving headroom for inrush and dynamic loads without oversizing the system. The XTR-480 and XTR-960 add parallel function capability for systems up to 3840W, along with built-in DC OK signalling and ORing FET for redundancy and power continuity. Ultra-low inrush current (<10A), comprehensive protection features, conformal-coated PCBs, and OVC III compliance help ensure dependable performance in industrial control, automation, power distribution and infrastructure applications. With multiple terminal block options, full safety certifications and a unified 5-year warranty, the XTR Series offers a space-saving, highly efficient and robust DIN rail power solution for modern three-phase industrial systems.

5 Axis Universal Machining Centre Spindle: 25.7kW (35hp). 12,000 rpm (15,000 optional). Table Size: 400mm. Travels: 800 x 600 x 510mm.

XYZ 500 LR Vertical Machining Centre Spindle: 15kW (20hp) 8,000 rpm Table Size: 580 x 400mm Travels: 500 x 400 x 440mm Machine Weight: 2,400kg All XYZ machining centres are built of a well-proven solid meehanite ribbed cast iron construction. Incorporating solid hardened box ways or the latest in linear bearing technology and Siemens or Heidenhain controls. From tool changers and spindles to multi-axis functionality, our XYZ vertical machining centres offer a multitude of productivity boosting features.

ProtoTRAK® with a toolchanger. Given the name TMC because they make an ideal Toolroom Machining Centre – The same RMX ProtoTRAK® control we offer on our Bed Mills is now available on an enclosed unit with all the features of a Bed Mill. Even though many still delight in the open architecture of the Turret and Bed Mills, we can see that automatic tool changing and the cleanliness and additional safety a VMC offers will continue to grow. It’s been almost 30 years since XYZ introduced the ProtoTRAK® control into the UK market. This control revolutionised machine shops, bridging the gap between manual machines and full CNC machines. Today people still invest in these machines, they are considered one of the best machines for one off and small batch production.

XYZ CT 65 HD Spindle:17kW (23hp) 4,000 rpm Spindle Bore: 65mm Travels: 175 x 525mm Machine Weight: 3,600kg Our Siemens controlled turning centres are ideal for low volume production, but when large to moderate quantities are required, the solid cast turning centres are the answer. With German ‘Sauter’ turrets and the latest Siemens controls, these machines offer high rigidity and great precision.

Swing Over Bed: 360mm Distance Between Centres: 1,000mm Spindle Bore: 52mm Spindle: 4,000 rpm Standard Equipment: 200mm 3 Jaw Chuck. Constant Surface Speed. TRAKing®. 2 Range Headstock. Quick Change Toolpost and 6 Holders. Rapid Traverse with Joy Stick. Air Assist Tailstock. Interlocked Chuck Guard and Main Guard. Auto Lubrication. Flood Coolant. Worklight. Centres and Bushes. Optional Equipment: Advanced Features. Verify Solid Model Graphics. DXF File Converter. Offline Software. Drilling Attachment. Adjustable Backstop. Faceplates, Steadies, Chucks and Collet Chucks. 4 or 8 Station Auto Indexing Toolpost. Swarf Conveyor.

Our range of RMX bed mills are used all across the UK. The new RMX ProtoTRAK controls allow you to choose between running the machine in manual or CNC mode. There are four CNC bed mills in our range, each with different sizes and capabilities. Each bed mill is perfect for low volume production for milling or turning, and can produce pockets, profiles, slots, and more.

A machine that mills with speed and precision. A box guideway design and sliding surfaces gives large parts stability for heavy cutting and high-force machining. Travels: X: 1020 mm, Y: 600 mm, Z: 600 mm Perfect for heavy loads, uneven surfaces and long machining cycles; often used in Aerospace, F1, Defence, Oil and Gas, Medical.

General Purpose Functional Tester The Yelo Pixi general-purpose tester is a PXI based functional test system with in-circuit and continuity capability. Built into a free-standing 19” rack is a PXI chassis, mass interconnect fixture interface, PC, flat screen, and space for additional user-selectable instrumentation. Software Features The Yelo Test Executive software provides a standard user interface and test sequencer and includes a wide range of reporting options. The high-level functional test program imports user parameters to allow tests to be developed without the need to write any software code. Also included are standard continuity and in-circuit test programs which are able to read in net lists and component lists from files and test directly against these. The standard test functions or VI’s that automatically resolve the switching routes from the instruments to specific pins on the fixture interface. These VI’s will allow the user to specify pin numbers on the fixture as part of a DMM or other instrument measurement call. This includes VI’s to provide continuity and in-circuit measurements. Hardware Features * The system is housed in a 37U 19” rack with a fixture interface mounted at desk height complete with shelf for supporting the fixture Rackmount PC with MXI interface. * The system uses a PXI chassis and a number of high-density matrix cards combined with an LCR card to create an analogue in-circuit capability. A guarding card is also fitted to provide guard capability. * Functional test uses PXI instruments and multiplexes these through the relay matrix used for the in-circuit capability. Power supplies are rack-mounted and hard-wired to their own connector on the fixture interface. * 9U of uncommitted space for user-selected instruments. * LCD & keyboard mounted on side arm for operator ergonomics. Mains distribution unit (MDU) and emergency stop button provide built-in safety features.

What is a test fixture? A test fixture or test jig is the component containing the bed of nails used for testing the PCB or assembled product. It is powered and controlled by the Yelo Testpoint system which has test cards capable of providing multiple test conditions. This system also controls the probes used in the bed of nails, and relays test information back to the Testpoint system to be analysed. Yelo test fixtures can be used for edge connector functional testing. In this case, the link between the unit under test (UUT) and the edge connectors is made via a set of cables. This provides an alternative method of testing compared to horizontal bed of nails testing, or vertical bed of nails where the probes are linked via channels to relay test cards. These fixtures can either be mechanically or pneumatically operated. Mechanical Mechanical test fixtures have a limit to the number of probes that can be used in testing. As the number of probes increases, the force required to push down onto the PCB also increases, causing difficulties for the user. Therefore there is a limit of around 100 probes in this style of mechanical test fixture. Mechanical Cam There is a new lever action, mechanical cam test fixture which allows for an increase in the number of probes that can be used. This maintains the advantage of lower costs while improving the number of probes that can be used for a more flexible test. Pneumatic The pneumatic test fixture uses an air compression system to hold the PCB onto the probes for testing. These can be pushed either up onto the PCB or down onto it depending on pin orientation. This means the limit to how many probes that can be used is controlled by how many available channels there are.

AGM Lead acid batteries from 1Ah -

Your software for coordinate measuring machines: ZEISS CALYPSO measures geometrical elements simply, quickly and reliably. Just click the desired features to configure inspection plans. Combined with ZEISS measuring systems and sensors, you will have a powerful one-stop system. The software will also adjust to your demands: Due to numerous optional add-ons, ZEISS CALYPSO also offers the right tools for special requirements.