Construction sites are complex environments where challenges are ever-present. Traditional methods of site monitoring and surveillance often fall short, leading to issues such as project delays, safety hazards, and costly thefts. These challenges can result in significant financial losses and hinder project timelines. The conventional ways of managing and monitoring construction sites are often time-consuming and inefficient. Without real-time data, responding swiftly to emerging issues is a challenge. The Internet of Things (IoT) is a game-changing technology that offers a robust solution to these persistent problems. IoT seamlessly integrates smart devices, sensors, and cameras into construction sites, enabling real-time remote surveillance and monitoring. The Role of IoT in Modern Construction The Internet of Things (IoT) refers to the network of interconnected devices that communicate and exchange data through the internet. In the construction sector, the Industrial Internet of Things (IIoT) takes this concept further by integrating IoT with industrial applications. By embedding sensors, cameras, and other smart devices into construction equipment and infrastructure, IoT allows for real-time data collection and analysis. How IoT Technology Transforms Construction Enhanced Efficiency: Automating routine tasks and monitoring systems can significantly reduce human error and downtime. For example, automated machinery can operate continuously, perform repetitive tasks with precision, and signal maintenance needs without human intervention. Improved Safety: Real-time monitoring and alerts can prevent accidents and ensure compliance with safety regulations. Workers equipped with wearable sensors can be monitored for exposure to hazardous conditions, such as extreme temperatures or harmful gases. Data-Driven Decisions: Access to real-time data helps project managers make informed decisions quickly, optimising resources and timelines. Analytics platforms can aggregate data from various IoT devices to provide insights on project progress, resource allocation, and potential bottlenecks. Enhancing Remote Surveillance with IoT Leveraging Drones and Cameras Drones equipped with high-resolution cameras are becoming a staple on modern construction sites. These aerial devices offer a bird's-eye view, allowing for comprehensive site surveillance and inspection. Advantages of Drones: Aerial Views: Drones provide access to hard-to-reach areas, offering detailed aerial imagery and video. This is especially useful for inspecting tall structures or large areas without the need for scaffolding or ladders. Real-Time Streaming: Project managers can receive live feeds, enabling immediate action if issues are detected. This capability is crucial for quick decision-making, especially when dealing with safety concerns or unexpected obstacles. Efficient Inspections: Routine inspections that once took hours or days can now be completed in a fraction of the time. Drones can autonomously follow pre-programmed flight paths, capturing consistent and comprehensive site data. Implementing Activity Monitoring IoT sensors can be strategically placed on machinery, equipment, and even workers' safety gear to monitor activities and ensure optimal performance. Key Benefits: Productivity Tracking: Sensors can track worker productivity and machinery usage, providing data to optimise workflows. For example, RFID tags on workers' helmets can monitor their locations and movement patterns, ensuring efficient task allocation and reducing idle time. Equipment Monitoring: IoT devices monitor the health and efficiency of equipment, predicting maintenance needs before breakdowns occur. Vibration sensors on heavy machinery can detect wear and tear, signalling maintenance teams to intervene before failures happen. Safety Compliance: Wearable sensors can alert management to unsafe practices or environments, enhancing overall site safety. For instance, sensors can detect if a worker enters a hazardous zone without proper protective gear and immediately alert the safety team. Theft Prevention and Site Security Construction sites are often targets for theft and vandalism, leading to significant financial losses and project delays. IoT offers robust solutions to mitigate these risks. IoT Security Solutions Smart Alarms: Sensors detect unauthorised access and trigger alarms, deterring potential thieves. These alarms can be connected to security cameras, enabling instant visual verification of intrusions. Motion Detectors: Advanced motion detectors can differentiate between humans and animals, reducing false alarms. These detectors can cover large areas and provide detailed activity logs, enhancing site security. Remote Surveillance: Cameras and sensors provide 24/7 monitoring, accessible from anywhere via a mobile device or computer. Security personnel can monitor multiple sites simultaneously, ensuring comprehensive coverage. By reducing theft and vandalism, IoT security systems can lower insurance premiums, offering financial benefits beyond immediate security enhancements. Insurance companies may offer discounts for sites equipped with advanced security systems, recognising the reduced risk. Real-Time Site Management Through IoT Remote Access and Control One of the most significant advantages of IoT is the ability to manage construction sites remotely. With real-time access to site data and surveillance feeds, project managers can oversee multiple sites simultaneously. Examples of Remote Monitoring Systems Cloud-Based Platforms: These platforms aggregate data from various IoT devices, providing a centralised dashboard for easy monitoring. Managers can view real-time data on worker productivity, equipment status, and environmental conditions from a single interface. Mobile Apps: Project managers can receive alerts and access live feeds directly from their smartphones, ensuring they are always in the loop. These apps enable quick responses to emergencies, such as equipment failures or security breaches. Off-Site Management IoT enables managers to make informed decisions without being physically present on-site, improving efficiency and responsiveness. Remote monitoring can significantly reduce travel time and costs, allowing managers to focus on strategic tasks rather than routine site visits. Progress Tracking and Project Management IoT technologies are invaluable for tracking the progress of construction projects, ensuring deadlines are met and budgets are adhered to. Utilising IoT for Tracking Real-Time Updates: IoT devices provide continuous updates on the status of various tasks, helping managers stay on top of project milestones. For example, sensors can track the curing time of concrete, ensuring timely progression to subsequent phases. Budget Management: By monitoring resource usage and labour costs in real-time, IoT helps prevent budget overruns. Data on material consumption and labour hours can be analysed to optimise resource allocation and reduce waste. Integration with Management Platforms: IoT data can be integrated with existing project management software, providing a holistic view of the project. This integration enables seamless coordination between on-site activities and office-based management. Embracing IoT for Project Success The integration of IoT in construction is not just a trend but a necessity for modernising site operations. From enhancing surveillance and activity monitoring to preventing theft and ensuring safety, IoT offers numerous benefits that can lead to more efficient, secure, and profitable projects. By embracing IoT technologies, industry professionals can stay ahead of the curve and drive their projects to success.

The construction industry, known for its inherent risks, has always prioritised health and safety. With the continued growth of the Internet of Things (IoT), there’s a significant opportunity to enhance safety measures on construction sites. IoT’s ability to connect devices, collect real-time data, and provide actionable insights can change how we manage health and safety in construction for the better. This article explores how IoT can be leveraged to improve worker safety, the benefits it provides, and the challenges that need to be addressed. Understanding the Importance of Health & Safety in Construction Construction sites are dynamic environments with numerous hazards. Falls, being struck by objects, electrocutions, and getting caught in or between machinery are some of the leading causes of injuries and fatalities. These accidents have severe human and economic impacts. Workers suffer from injuries or loss of life, while companies face downtime, legal liabilities, and increased insurance costs. Strict safety regulations and standards are in place, but adherence and enforcement can be challenging. Enhancing these safety measures with technology, particularly IoT, can create safer construction environments. What is IoT and How Does it Work? The Internet of Things (IoT) refers to a network of interconnected devices that communicate and exchange data. These devices include sensors, actuators, and other smart technologies that collect and transmit data over the internet or other communication networks. Key components of IoT include: Sensors:  Devices that detect and measure physical properties such as temperature, humidity, pressure, and motion. Connectivity:  The network that connects IoT devices, allowing them to share data. This can include Wi-Fi, Bluetooth, cellular networks, and more. Data Processing:  Analysing the data collected by sensors to generate actionable insights. User Interface:  Platforms or applications that allow users to interact with and monitor IoT systems.   IoT is already being utilised across various industries, including manufacturing, healthcare, and logistics, to optimise operations and improve safety. In construction, IoT has the potential to significantly enhance health and safety protocols. Wearable Technology for Worker Safety Wearable technology is one of the most promising applications of IoT in the construction industry. These devices, which include smart helmets, vests, and watches, are designed to monitor workers' health and detect hazardous situations. Here’s how wearable technology can enhance worker safety. Vital Sign Monitoring Wearable devices can continuously monitor workers’ heart rates, body temperature, and other vital signs. If a worker shows signs of distress, such as an abnormal heart rate or body temperature, an alert can be sent to supervisors, allowing for immediate intervention. This is particularly useful in preventing heat stress, dehydration, and other health issues that can arise in physically demanding construction environments. Fall Detection Falls are one of the leading causes of injuries and fatalities on construction sites. Smart wearables equipped with accelerometers and gyroscopes can detect falls and automatically trigger emergency responses. This is crucial in preventing severe injuries and ensuring that medical assistance is provided promptly. Location Tracking GPS-enabled wearables can track workers’ locations on-site. This helps in quickly locating workers in case of emergencies and ensures they are not entering hazardous areas. Location tracking can also help in managing workforce efficiency and ensuring that workers are present in designated areas. IoT Sensors and Real-Time Monitoring IoT sensors play a vital role in monitoring construction site conditions. These sensors can be placed on equipment, structures, and within the environment to collect data on various safety parameters. Here are some key applications. Environmental Sensors These sensors monitor air quality, temperature, humidity, and noise levels. Poor air quality or extreme temperatures can pose health risks to workers, and real-time monitoring helps in taking preventive measures. For instance, sensors can detect harmful gases like carbon monoxide and alert workers to evacuate the area or take necessary precautions. Equipment Sensors Sensors on machinery can detect malfunctions, wear and tear, and operational hazards. This prevents accidents caused by equipment failure and ensures timely maintenance. For example, sensors can monitor the vibration levels of a crane to predict mechanical issues before they lead to accidents. Safety Sensors Motion detectors, pressure sensors, and other safety sensors can identify potential hazards such as unstable structures or unauthorised entry into dangerous areas. These sensors can alert site managers about any anomalies, allowing them to take corrective actions promptly.   Real-time monitoring enables construction managers to receive instant alerts about unsafe conditions, allowing for immediate corrective actions. For example, sensors that detect high levels of carbon monoxide can trigger ventilation systems and alert workers to evacuate the area. This proactive approach significantly reduces the risk of accidents and ensures a safer working environment. Enhancing Emergency Response with IoT In emergencies, response time is critical. IoT can significantly enhance emergency response efforts on construction sites. Here’s how IoT can improve emergency response. Automated Alerts IoT devices can automatically send alerts to emergency services and site managers in case of an incident. This ensures that help is on the way even before someone manually reports the emergency. For instance, if a worker suffers a fall, the wearable device can automatically send an alert to the nearest medical team. Coordinated Response IoT systems can provide real-time data on the location and status of workers, enabling more efficient coordination during rescue operations. For example, location tracking can help locate trapped or injured workers quickly, ensuring timely rescue and medical assistance. Emergency Protocols IoT can support the implementation of emergency protocols by automatically activating alarms, guiding workers to safe zones, and shutting down hazardous equipment. This ensures that emergency procedures are followed promptly and accurately, minimising the impact of the incident.   Examples of successful emergency responses facilitated by IoT include the use of smart sensors to detect structural collapses and alerting workers before the collapse occurs, thereby saving lives. Additionally, IoT can assist in conducting regular emergency drills and simulations, ensuring that workers are well-prepared for real emergencies. Benefits of Using IoT for Health & Safety in Construction Implementing IoT in construction health and safety offers numerous benefits. Improved worker safety is achieved through continuous monitoring and real-time alerts, significantly reducing the risk of accidents and injuries. Wearables and sensors provide early warnings about potential hazards, allowing for prompt interventions. Enhanced compliance with safety regulations is possible through IoT, as it helps maintain accurate data and documentation of safety practices. Increased efficiency is another benefit, as real-time data on site conditions and equipment health improves overall operational efficiency, reducing downtime caused by accidents or equipment failure. Cost savings are realised by preventing accidents and reducing downtime, leading to lower insurance premiums and legal costs.

In electronics we often deal with issues like electrical noise and electromagnetic interference (EMI), which can disrupt the performance of devices. Whether you’re building your own gadget or working on professional projects, it’s crucial to ensure that your circuits are free from this interference. Ferrite beads play a vital role in making sure our devices operate smoothly and without issues. This guide will help you understand the importance of ferrite beads, how they work, and how to choose the right one for your needs. Clip-on ferrite bead / ferrite clamp What Are Ferrite Beads Ferrite beads are passive components used to filter high-frequency noise and electromagnetic interference (EMI) in electronic circuits. They are made from ferrite, a magnetic ceramic material, which gives them the ability to absorb high-frequency signals and convert them into heat. Ferrite beads come in various shapes, but they’re commonly seen as small cylinders or rings, and they are typically placed on wires, cables, or circuit boards. How Do Ferrite Beads Work? Ferrite beads work by taking advantage of the magnetic properties of ferrite material. The principle behind their operation is simple yet effective: when high-frequency electrical signal (often noise or EMI) pass through the bead, the ferrite material creates a magnetic field that interacts with the signal. This interaction induces eddy currents (small circular currents within the ferrite) that convert the unwanted electrical energy into heat. Essentially, the bead acts as a “filter” that absorbs the energy from high-frequency signals and prevents them from passing through.   The most important aspect of how ferrite beads work is their impedance – a measure of resistance to electrical current. At high frequencies, ferrite beads present a high impedance, meaning they resist the flow of the noisy signals. At lower frequencies, they have low impedance, allowing the desired signals (such as DC or low-frequency signals) to pass through with minimal disruption. In this way, ferrite beads act as low-pass filters, blocking unwanted high-frequency noise while letting normal signals continue without interference. Bead-on-Wire ferrite bead Types of Ferrite Beads Ferrite beads come in various types, and each type is designed for a specific purpose. The most common types of ferrite beads are categorised based on their material composition, form factor, and specific applications. Based on Material Composition High-Resistivity Ferrite Beads:  These beads are made from materials like manganese-zinc (MnZn). They are effective at blocking low-frequency noise, typically in the range of a few kHz to a few MHz. They work well in power supplies or circuits where low-frequency noise is present. Low-Resistivity Ferrite Beads:  Made from materials like nickel-zinc (NiZn), these beads are more effective at filtering high-frequency noise, typically in the range of a few MHz to several GHz. These are ideal for signal lines and applications where high-frequency noise, like RF (radio frequency) interference, needs to be suppressed. Based on Form Factor Bead-on-Wire : These ferrite beads are placed directly onto wires, with the wire passing through the bead. This design is simple, cost-effective, and suitable for general-purpose applications. They’re typically used in low-frequency circuits or in basic filtering setups. Surface-Mount Device (SMD) :  These ferrite beads are designed to be soldered directly onto the surface of a circuit board. Their small size makes them ideal for modern electronics, where space is often limited. SMD ferrite beads are used in everything from smartphones to televisions and are suitable for automated assembly in mass production. Clip-On Ferrite Beads :  Clip-on ferrites are unique because they can be easily attached to existing cables or wires without needing to disconnect them. This makes them perfect for retrofitting and adding noise suppression to cables that are already in use. You’ll often see these ferrite on power cords, USB cables, and HDMI cables. Ring (Toroidal) Ferrite Beads :  These beads have a ring-like shape and are usually used when you need to pass a wire through the centre of the ring. This design provides a higher inductance and better performance when dealing with larger currents. Ring ferrites are often used in high-power applications and power supply lines. Surface-Mount Device (SMD) ferrite bead Specialised Types Common-Mode Chokes:  These are used to filter out common-mode noise, interference that affects both lines in a differential signal. This is commonly used in data transmission cables like USB, Ethernet, and HDMI, where noise can affect both signal and ground lines equally. High-Current Ferrite Beads:  These beads are designed to handle higher currents without saturating. Saturation occurs when the ferrite material becomes magnetically saturated and can no longer effectively absorb noise. High-current ferrite beads are used in power supply circuits and automotive applications where large amounts of current need to be filtered. How to Choose the Right Ferrite Bead When selecting a ferrite bead for your project, you need to consider several key factors to ensure you get the right one for your needs. Here’s what you should keep in mind:   Frequency Range:  Choose a ferrite bead that matches the frequency range of the noise you need to filter. For low-frequency noise (in the kHz range), high-resistivity manganese-zinc beads work best. For high-frequency noise (in the MHz to GHz range), low-resistivity nickel-zinc beads are more effective. Current Rating:  Ferrite beads have a maximum current rating. Be sure to select a bead that can handle the amount of current that will pass though it without overheating or losing effectiveness. High-current beads are designed for power circuits, while standard beads are suitable for low-current signal lines. Size and Form Factor:  Depending on your design, you may need a surface-mount bead for compact space-saving designs or a clip-on bead if you’re retrofitting existing cables. Consider the available space in your device and whether you need a bead that can be soldered onto a circuit board or one that can easily be attached to a wire. Impedance:  Higher impedance beads provide better noise attenuation, especially at higher frequencies. Choose a bead with the right impedance to effectively block the noise without affecting your signals. Environmental Conditions:  Some ferrite beads are designed to perform better in specific environments, such as high-temperature or rugged conditions. Make sure the bead you choose can handle the conditions in which your device will operate. Toroid / ferrite ring Applications of Ferrite Beads Ferrite beads are used in a wide variety of applications, especially in situations where noise suppression and signal integrity are critical. Some common applications include:   Power Supply Lines:  Ferrite beads are often placed in power cables or supply lines to filter out noise that may be generated by switching power supplies. For example, in laptops, chargers, and power adapters, ferrite beads help ensure a stable and noise-free power supply. Signal Lines:  In communication devices like USB cables, HDMI, Ethernet, and audio cables, ferrite beads help reduce noise and maintain the integrity of data transmission. They prevent electromagnetic interference (EMI) from corrupting signals. Consumer Electronics:  Ferrite beads are commonly used in devices like smartphones, tablets, televisions, and computers to filter out noise and improve overall performance. They help meet electromagnetic compatibility (EMC) standards and reduce potential interference. Automotive and Medical Devices:  In vehicles, ferrite beads help filter out noise that could interfere with sensitive electronics in systems like infotainment, GPS, and sensors. Similarly, in medical devices like ECG machines and patient monitors, ferrite beads prevent noise from disrupting measurements and readings. Industrial and Networking Equipment:  In industries like telecommunications and networking, ferrite beads are used to prevent interference in devices like routers, switches, and industrial machinery, ensuring smooth and reliable operation. Ferrite Beads for Every Project Gateway stock a full range of standard ferrite beads from industry-leading manufacturers. Whether you are looking for ferrite beads to use on PCBs , choosing between coated and uncoated toroids, or clamps and suppression cores  to use on cables, you can find all this and more when you shop online with Gateway.   Sometimes standard parts don’t quite meet your needs, and this is where you can take advantage of Gateway’s ferrite Machine Shop. From adding centre limb gaps to standard core geometries, to creating completely bespoke parts from your own specification, Gateway’s team of technical experts can help you realise your vision. Read more about the Machine Shop’s capabilities  and learn about stocked ferrite blocks, including Ferroxcube’s 3N series and Fair-Rite’s range of blocks suited to EMC applications. Improving Performance Ferrite beads may be small, but they are a critical component for ensuring the smooth operation of electronic devices. By effectively filtering high-frequency noise and preventing electromagnetic interference, they safeguard signal integrity and improve overall system performance. With the right knowledge about their types, functions, and applications, you can confidently incorporate ferrite beads into your designs to create more efficient and robust electronic systems.

Gateway Electronic Components is a UK-based distributor of IoT, Ferrite, Power and Component products. The Machine Shop Provides custom machined Ferrites. Introducing Magnetec Find out more Visit Our Shop Make sure to visit our shop to find thousands of available products across Magnetics, IoT, and Components categories. Shop Now Gateway, the team with the CanDo spirit! Meet The Manufacturers At Gateway we are proud to work with industry-leading manufacturers. Working with some of the best names in Ferrite, IoT, Power and Electronic Components means that you can rest assured that you are buying quality products for your projects. Learn more about the brands we work with on our dedicated Manufacturers page. Browse Manufacturers The Ferrite Gateway Machine Shop The Ferrite Gateway Machine Shop offers customers a complementary service to provide custom gapped and machined ferrite cores from our specialist UK facility. Gateway already stocks a vast range of ‘standard’ gapped cores as well as a comprehensive portfolio of ungapped ferrite cores. The machine shop facility now gives customers across Europe the opportunity to have cores gapped to bespoke inductance, AL or dimensional specification without the hassle of high minimum order quantities or extended factory lead times. The Machine Shop specialises in machining custom geometry ferrites utilising our exclusive channel for ferrite blocks from some of the biggest names in ferrite. Explore The Machine Shop Can't Find The Part You Need? Finding electronic components can be difficult. Whether you spend ages searching through hundreds of pages just to find one part or can't quite work out which part you need for the job, it can be frustrating and time-consuming. Gateway can help to remove this frustration by sourcing the parts that you need and offering advice on which components would be best suited to your project. Not only do we have a large range of stocked electronic components which are available online, we also have strong relationships with many industry-leading manufacturers allowing us to bring you cutting-edge technology at a competitive price. Our team are always on hand should you ever need any assistance, so please don't hesitate to contact us directly. Get In Touch A Helping Hand We understand the value of building relationships. That's why our team is only ever a phone call or email away, should you need advice on selecting parts or require some guidance on how to get the best out of your latest purchase. A CanDo Attitude Where there's a will, there's a way. Our team are dedicated to helping you find the solution to your needs. We know when something is possible and will always go the extra mile to make it happen! A Technical Solution Technical needs require technical solutions. Realise your true production potential with our value-added solutions. We are proud to promote quality in all areas of our business, most recently receiving JOSCAR accreditation. Four Gateways, One Solution The Ferrite Gateway Specialising in Ferrite and Magnetic components for use within the transformer, power supply and winding house sectors, along with EMC components for interference suppression. This is supported by the latest addition to the company, The Machine Shop. Shop Ferrite The Component Gateway Dedicated to specialist parts which can be used across passive, inter connective, electromechanical, switch, relay, rectifier, optoelectronic and cooling products. Shop Component The Power Gateway Offering products to use in the improvement of power quality solutions and power factor correction. This helps to drive for efficiency, lower operating costs and generate faster returns on investment in the power generation, transmission and distribution. Shop Power The IoT Gateway Serving customers by providing products dedicated for use within emerging IoT and industrial applications in the ever-evolving smart-world. This includes wired and wireless network connectivity solutions, antenna and network signal strength analysis products. Shop IoT Franchised Distributor Supply Chain Solutions Product Solutions Value-Added Solutions

Gateway is committed to upholding the quality standards set out in the procedures of the accreditation bodies to which it belongs, but it also prides itself in providing solutions to generic and customer specific issues where a viable solution can be designed. Quality JOSCAR CERTIFICATE Gateway Electronic Components Ltd are pleased to announce we are now a JOSCAR approved supplier. The JOSCAR Registration Mark is valued by some of the largest purchasers in the defence and security community and indicates that our organisation has gone through all the process required to demonstrate our quality commitment and credentials to the industry. To download our most recent certificate, please click here ISO CERTIFICATE Gateway is committed to upholding the quality standards set out in the procedures of the accreditation bodies to which it belongs, but it also prides itself in providing solutions to generic and customer specific issues where a viable solution can be designed. Inspection procedures at Gateway performs a rigorous and detailed inwards inspection process to all receipts made into its premises; but will offer customers enhanced inspection support to ensure that additional levels of standards are maintained, including enhanced visual inspection, testing, counting and marking services. Gateway will decant into customer specified supply multiples; have product reeled or re-reeled; affix customer specific labelling to product; and if required will house the parts in dedicated customer specific locations. Gateway can offer electronic testing services to check for product provenance and integrity as well as offering a service to replace ROHS compliant plating or terminations with SnPb . All these services are governed by our stringent quality control and inspection procedures. Within six months of its inception in August 2000, Gateway gained BS EN ISO9001:2000 accreditation, and has since progressed through continual improvement to the new ISO9001:2015 standard. We see it as a testament to its quality systems programme and to its business management and bespoke operating system, developed in house by its team of Quality and Systems Support staff. To download our most recent certificate, please click here ROHS Gateway has been running a fully implemented ROHS (2002/95/EC) compliance programme since 2005, and can provide full batch traceability on parts handled within its system. Whilst most of the new parts now procured are ROHS compliant, Gateway can provide customer access to stocks of non-ROHS material on parts now only manufactured in ROHS format. We can also recommend sources for non-ROHS material for customers that hold industry-sector or product-exemption-to-ROHS compliance. For more information click here ECSN AND AFDEC Gateway Electronic Components is a member of The Electronic Component Supply Network (ECSN), a trade body that now incorporates the Association of Franchised Distributors of Electronic Components (AFDEC). ECSN is now in its 42nd year as a “member managed, not-for-profit” trade association linking manufacturers, channel partners and systems integrators. The association has a membership that covers the whole spectrum of the life cycle of an electronic component. It boasts Leadership Groups active in the areas of Research, Manufacturing, Distribution, System Integration and End of Life. EMC HANDLING Gateway operates EMC handling procedures in accordance to BS EN 100 015-1. We also have moisture sensitivity level (MSL) controls in place, and can offer MSL repackaging and baking services. REACH Gateway understands the importance of communication through the supply chain and is committed to passing on any information required under the REACH regulations. REACH (Regulation, Evaluation, Authorization and Restriction of Chemicals) entered into force on 1st June 2007 to streamline and improve the former legislative framework on chemicals of the European Union (EU). REACH places greater responsibility on industry, to manage the risks that chemicals may pose to health and the environment. To view the company's REACH statement please click here CONFLICT MINERALS On July 21, 2010, the Dodd-Frank Wall Street Reform and Consumer Protection Act was signed into law in the USA. The Dodd-Frank Act and related U.S. Securities and Exchange Commission rules require certain companies to disclose the extent to which the products they manufacture or contract to manufacture, contain conflict minerals, sourced from mines in the Democratic Republic of the Congo (DRC) or adjoining countries. Conflict minerals include tantalum, tin, tungsten and gold, which are used in many electronic components and computer products. As a distributor of electronic components, Gateway promotes the traceability of these minerals and the transparency of the supply chain. Gateway firmly believes that its customers should be fully informed about the products they purchase. While Gateway, as a distributor, is not able to certify as to the country of origin of the minerals contained in the products manufactured by its suppliers; as part of its due diligence, Gateway has requested that all its suppliers, upon acceptance of Gateway orders, are agreeing to supply said products which do not contain any raw materials defined as “conflict minerals”. Important information on the use of conflict minerals in the technology supply chain is being compiled by the Electronics Components Industry Association and the Electronics Industry Citizenship Coalition. This information may be viewed at here UNIPART RAIL TECHNICAL DOSSIER To download our most recent certificate, please click here