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Lithium Iron Phosphate Batteries are a type of lithium-ion battery with a cell voltage of 3.2 V or 3.3 V. Lithium Iron Phosphate (LiFePO4) is used as cathode material in place of conventional lithium cobalt oxide (LiCoO2). The anode is made of graphite or hard carbon with intercalated lithium. LiFePO4 was first used in 1997 as cathode material for lithium ion batteries. It replaces the commonly used lithium cobalt cathode. The main reasons to use it as a replacement are improved environmental performance and higher reliability. The main applications of this technology include military, electric mobility, storage, and mobile devices with a focus on safety, such as in medical technology.

With its high energy density and cell voltage as well as a low self-discharge rate, the Lithium Thionyl Chloride Battery clearly stands out from other primary batteries. This makes it particularly suitable for use in numerous applications with low power requirements over a long period of time. Lithium Thionyl Chloride Batteries are available in many different sizes and forms and can therefore be used flexibly. They are used in numerous applications and are characterized by their high energy density. This density is higher than that of all other primary cells, making Lithium Thionyl Chloride Batteries particularly suitable for applications with low power requirements over a long period of time. In typical applications such as timers, locking cylinders, heating/hot water meters, toll systems, etc., Lithium Thionyl Chloride Batteries can be used for months and years without having to be replaced. The longevity of Lithium Thionyl Chloride Batteries is demonstrated not only in use but also during storage. Due to their extremely low self-discharge rate of just 1% per year, batteries of this technology can be stored over a longer period of time.

The high energy density of Lithium-Ion Batteries is leading to ever new areas of application. Today, they can be found, for example, in cell phones, laptops, tablets, cameras, vacuum cleaners, tools, vehicles or in so-called storage applications - large energy storage units for storing energy from solar cells. Lithium-Ion Batteries are also increasingly being used in applications that previously could not be operated by battery. Lithium ions (Li+) - which is what gave these batteries their name - can freely move through the electrolyte between the two electrodes of the battery. Lithium-Ion Cells are characterized by a high energy density. The life cycle often lasts several years. However, this is highly dependent on its use and storage conditions. Lithium-Ion Cells are especially negatively affected by overcharging. Therefore, lithium-Ion Batteries are provided with a protection circuit that protects the battery from overcharging. Only compatible chargers should be used. Lithium is a chemical element and the lightest metal. It has two advantages for use in batteries: It possesses the largest negative voltage potential and is also the lightest element in solid form. The underlying idea of storing electrical energy by means of chemical processes is more than 200 years old. Galvanic cells are utilized both for single as well as for multiple use for this purpose, either individually or interconnected. Such an element, also called a battery cell, contains two electrodes of conductive material and usually a liquid electrolyte.

When designs need to be flexible, Lithium-Polymer Batteries are the ideal solution. One advantage is the almost infinite number of sizes since steel housings are not required. A plastic-coated aluminium foil is used instead of such housing. Therefore, very thin cells can be manufactured. Lithium-Polymer Cells are also a bit lighter than Lithium-Ion Cells. Moreover, the variety of different sizes presents greater freedom in the design of the final product. Custom sizes are available at relatively low production volumes so that the existing space for the battery can be utilized optimally. Lithium-Polymer cells are negatively affected by overcharging. Therefore, Lithium-Polymer Batteries are provided with a protection circuit that protects them from overcharging. These batteries should only be charged with chargers specified for that battery’s chemistry. Lithium-Polymer cells are also called soft or pouch cells.

LM.F-HD-SST levelling elements for ground mounting are intended for use in environments where high hygiene is required and are certified according to EHEDG guidelines. The surface beneath the base is protected by rings that prevent dirt from entering, when the levelling element is mounted onto the supporting floor with screws through the holes provided in the element itself. The mounting and correct positioning of the holes is therefore essential for the sealing of the various rings. For optimum mounting of the levelling element it is required the use of screws NT-HD-SST. The adjustable protective sleeve, which covers the threaded part of the stem, is provided both at the top and bottom with a protective ring, as well as the base of the threaded stem. These rings prevent access to dirt inside the coupling between the threaded stud and the adjustable protective sleeve. The finish quality of stainless steel parts prevents dirt adhering and facilitates cleaning. The static load values in the table below are the result of laboratory tests in which the load has been applied perpendicularly to the base. Such values have to be considered as purely indicative and must be verified under the specific conditions of use. Under common working conditions, side or angular loading increases the stress on the levelling element and reduces its carrying capacity. It's the user's responsibility to determine, case by case, whether the product is suitable for the intended use.

Manage isolated machines with a simple a simple cost effective solution

Our Lockdown rugged aluminium containers deliver unmatched durability and protection. Offered in a range of standard sizes or as fully custom builds, they are available in military-standard (F>12) and industrial-standard (F>6). Unlike competitors’ containers—typically made from 1 mm aluminium and only weatherproof—we do not compromise: Lockdown containers start at 1.5 mm aluminium as standard and are all minimum IP66 rated. We also machine precision custom foam internals to securely protect sensitive equipment in transit and storage. Trusted by NATO, the UK MoD, and the Bundeswehr for critical equipment transport and storage.

Fineline VAR Ltd are highly experienced in VMI solutions. Working with a VMI model, Fineline can add value by taking accountability and responsibility in ensuring that product is always available against forecasted demands. Reporting will be provided to enable visibility of all stock and work in progress. -VMI programme tailored to customer needs -Safety stock management -Consignment stock options -Forecasting advice and management -Global warehouse network -Consolidated and express freight options - Air and Sea

Ordering in bulk delivers unit cost savings through economies of scale. But you then have to hold that stock, taking up space and incurring costs. Gelec can warehouse your components in the UK or Hong Kong and deliver to your production facilities, wherever in the world they are, to an agreed schedule. If you find you need to alter that schedule, we can do that quickly and easily. Making use of our storage facilities removes costs and improves efficiency for you.

The HSE describe the Lifting Equipment Thorough Examination process as “a systematic and detailed examination of the equipment and safety-critical parts, carried out at specified intervals by a competent person.” Prior to first use, every new crane system we install is thoroughly examined in accordance with LOLER and certificates are issued on completion of those installations. After this point it becomes the owners’ obligation to have the crane system re-examined every 12 months. Who better than the original equipment manufacturer to undertake your LOLER examinations to keep your crane systems safe and legislation-compliant each year? ABUS are also competent to examine existing cranes and lifting equipment of other manufacture.

The MEAN WELL LOP Series offers a range of low-profile, energy-efficient open frame power supplies, available from 200W to 600W. The LOP-600 model exemplifies the series' capabilities with its compact design, measuring just 5"x3" and high power density of 30.3W/in³. This makes it an ideal solution for applications requiring a small footprint without sacrificing performance. Designed to operate with high efficiency up to 95% across a broad temperature range of -40 to +80°C, the LOP Series ensures reliable performance under varying environmental conditions. It features a universal input voltage range of 80-264Vac with Power Factor Correction (PFC) and maintains a low no-load power consumption under 0.5W, making it suitable for global applications across industrial, telecom, and medical fields. The LOP Series is particularly noteworthy for its flexibility in installation and operation. It supports 400W output under natural air cooling and can deliver up to 600W with an additional external fan, thanks to its built-in 12V/0.5A output for fan support. With overload and over-temperature protection, the LOP Series enhances system safety and reliability. Moreover, it is designed to meet stringent medical safety standards, including 2xMOPP and extremely low leakage current (<70 µA), making it suitable for BF medical applications. Each unit in the LOP Series is equipped with global safety certifications suitable for both Class I and Class II installations, and includes features like built-in remote sense and over-voltage protection. With its robust design and advanced features, the MEAN WELL LOP Series is an excellent choice for powering everything from network equipment and security systems to home automation and medical devices, offering a versatile and cost-effective power solution for a wide range of demanding applications.

Now part of the Cherrytech Group - Soumac Assembly Services are based locally in Portsmouth ISO 9001 accreditation means we have quality management systems which cover everything from the time your order is placed, to the dispatch of your assembly. ​IPC-A-610 (Class 2) Our aim is to provide a flexible, solutions-based approach to your circuit board assembly requirements, delivered on time to IPC-A-610 Class 2 Standard. ​ Surface Mount Technology (SMT) We have 5 Essemtec pick and place machines with technologies that combine leading placement precision with speed, flexibility and a combined capacity of 25,000 cph. As part of our continual improvement policy, we have invested in the Essemtec Paraquda, with its ultra precise accuracy and vast component range spanning 01002 resistors to 80x70mm components. Designed for low-mid volume/high mix production, we offer flexible production with accurate and consistent results. ​ Conventional Through Hole Assembly Some high power/high voltage components still require conventional through hole assembly. To ensure reliable soldering throughout the life of your product, all of our technicians work to IPC-A-610 Class 2 industry standard and provide extremely high levels of quality and repeatability.

LPKF offers a complete prototyping product line for production of multilayers up to 8 layers in an in-house lab. The multilayers are produced in three simple steps: structuring, lamination, and through-hole plating. Multilayers feature several layers laminated into a single PCB. The outer layers of a multilayer typically consist of PCBs structured on one side only; the material of the inner layers is coated on both sides. Insulating layers, so-called prepregs, are inserted between the layers and the PCB is laminated using the LPKF MultiPress S4. Through-hole connection for up to four layers can be achieved with LPKF ProConduct conductive paste without additional equipment. For multilayers with up to eight layers, the LPKF Contac S4 through-hole plating system is recommended.

Enhanced Tabletop Laser System for Fast PCB Processing. Combining the advantages of mechanical drilling of thick substrates including multilayers with extremely fast, contactless, laser surface processing. Plug & play, all-in-one, desktop entry level laser system, the PL H4 comes with built-in computer and software. Only power supply, compressed air and dust extraction need to be connected to process standard single and double-sided FR4 materials, some single-sided RF, PTFE or ceramic filled materials as well as certain flex substrates like Al on PET with 100 μm/30 μm line/space. Flexible materials and foils can be freely positioned and fixed precisely on a vacuum table.

From design to finished PCB prototype in just a few hours - LPKF systems make it possible. The versatile PCB circuit board plotters fit into any development environment and cover the entire spectrum from analog to RF applications. With comprehensive features for electronics labs: The LPKF ProtoMat S104. Thanks to the high performance spindle and a vacuum table, it is also suitable for RF applications, thin laminates as well as substrates with a sensitive surface (conducting path widths up to 100 μm on FR4 18/18 Cu). In addition, the system processes front panels and housings as well as populated PCBs in 2.5D and provides deep etching in circuit boards.