Get Back On Track Fast Warn’s classic winches are packed with features to keep you advancing in even the toughest terrain. With industry leading technology, Warn’s range of winches are designed for high performance and reliability to give you the pulling power you need, when you need it. Designed, engineered and tested for reliability, durability and, of course, for the love of offroading. SECURE & ROBUST CONNECTION Quick and easy connection. Handle high current loads without overheating or losing voltage. Sustain heavy-duty usage. Maintain a reliable connection in harsh environments. Anderson plugs are highly sought after by off-road enthusiasts and adventure seekers who rely on their vehicles for extended journeys and remote camping. The reliability and durability of Anderson plugs make them a popular choice for ensuring uninterrupted power supply while on the road. Providing a safe and efficient electrical connection for off-road vehicle accessories, enhancing the convenience and functionality of 4×4 vehicles during outdoor adventures.  

Anderson Power Products (APP) suggests a series of procedures for maintaining and extending the performance life of Anderson Connectors. Following these installation tips, preventative maintenance and corrective procedures can result in lower connector operating costs, greater efficiency and productivity. Connector Installation Tips « Reference Assembly Instructions specific to the connector. Assembly instructions for a connector can be obtained from APP or a distributor. « Use proper assembly tools. « Reference all applicable electrical standards requirements such as NEC, UL, CSA, etc. « Perform a sample assembly of a few pieces for assembly verification testing, Test these samples for proper crimp dimensions, crimp tightness, crimp resistance and operating temperature. « Perform periodic assembly verification testing to assure assembly process and tooling are performing correctly. Typically, crimp dimensions are checked at short intervals and crimp resistance and secureness are checked at longer intervals. The changes in the wire gauge, wire stranding, wire coatings, contact crimp tools, crimp dies and crimp dimensions will affect the quality characteristics of the crimp. Verification testing should be performed when any of these change. Contacts should never be forced into housing. If the contact does not fit easily, check the contact barrel for distortion. Replace the barrel if it is distorted or shows signs of wear or damage.

The Anderson Connector product range are an industry leading family of electrical connectors developed by the global Anderson Power Products. Anderson connectors are the world leader in high current and waterproof DC electrical connectors. APP are the leading global developer and manufacturer of high power interconnect solutions. Anderson plug sizes, cable sizes, and Anderson connector sizes sometimes cause a little confusion. A question that commonly raises its head when it comes to the installation and use of Anderson connectors is – what cable size should be used with an Anderson Connector? Firstly, let’s examine how the connector works and why it is such a popular choice. The genderless connection makes them very easy to use. You do not have to worry about colour, direction or version of the unit as they are readily compatible with one another. The genderless hermaphroditic state of the Andersen connector means that the mating surface of the unit includes both male and female aspects with complementary paired identical parts each containing protrusions and indentations. This set up is ideal when it comes to saving time and ensuring simple and quick compatibility. And there are a range of Anderson connectors sizes to choose from. Are Anderson Connectors Waterproof? Yes, Anderson are the world leading manufacturer of high current and waterproof DC electrical connectors – the anderson plug / connector range are waterproof and suitable: for outdoor use. Take a moment to take a look at each, and the appropriate cable size that should be used in each instance. The anderson plug amp rating connectors of SOA, 175A, and 350A cover the vast majority of applications What Cable Size Do I Need for my Anderson Connectors? For the 50 Amp Grey Anderson connector you should be using 16mm battery cable. This cable is available on truck electrics in black or red and is sold in 10 meter roll. The cable is petrol offs and acid resistant and is rated to 110 Amps. For the 175 Amp Grey Anderson connector you should be using 35mm battery cable. This cable is available on site in black or red and is sod in 10 meter rolls The cable is petrol, oils and acid resistant and s rated to 240 Amps. For the 350 Amp Grey Anderson connector you should be using 50mm battery starter cable. This cable is available on site in either black or red and is sold in 10 meter rolls. The cable is petrol, oils and acid resistant and has conductor specification of 395/0.40.

Installing an Anderson heavy-duty connector isn’t particularly challenging. However, we recommend that you research your vehicle and understand your power requirements before attempting a DIY installation. If you’re in any way confused or apprehensive about doing it yourself, then it’s best to get a qualified auto electrician to install the heavy-duty connector for you. It goes without saying that you’ll need the right tools for the job. Most DIYers will already have a good understanding of the tools required to perform this task. A heavy-duty crimper is recommended, and you may also require a soldering iron, drill, and various other tools for cable access and attachment. Determine where the cable will be routed and feed it through, remembering to seal any point where the cable may enter and exit the cabin. Remember to use the shortest route possible to reduce voltage drop, to insulate the cable against chafing, and to secure the cable against snagging. With the cabling routed you are now ready to connect the heavy-duty connector. In most instances the connector will be located on or near your vehicle’s tow bar. We recommend crimping and soldering the terminals to the cable, and using heat shrink to reduce water and dust ingress into the cable. Once you’ve secured the terminals and cable ends within the heavy-duty connector housing you may mount the connector to your 4WD. Secure any loose cable, insert your fuse (or enable the circuit breaker) and connect the terminals to your vehicle’s battery. Use a multimeter or test light to test the circuit if need be. Remember, an improperly installed heavy-duty connector can cause damage to you, your vehicle, and your 12-volt accessories, so take your time and employ the services of an auto electrician if required.

If you’re looking at setting up a dual battery system in your 4wd or towing a caravan or camper, chances are, you’ve heard of a heavy-duty connector, also known as an Anderson plug. But what exactly are they? What are the benefits of using one over a 12-pin plug? And how do you install them? Read on to find out! What is a Anderson Plug? An Anderson plug is a moulded, heavy-duty connector designed for high current 12V circuits. They are commonly used to create a safe and secure power connection between a caravan or camper and a tow vehicle. Indeed, most caravans and campers these days have an Anderson plug installed from factory. Heavy-duty connectors can also be used to connect to a fridge in your tow vehicle or camper, or a portable solar panel. Heavy-duty connectors come in a variety of sizes and current ratings. The larger the plug, the higher the current rating. They also come in a range of colours, including red, black and grey. It’s important to note, though, you can only connect one heavy-duty connector to another of the same colour (red to red, black to black). This colour coding allows you to assign different colour Anderson plugs to different applications or purposes. This is particularly useful where one heavy-duty connector might be used to power an electronic stability control system and another your fridge or compressor. What’s more, heavy-duty connectors are non-gender; they are male/female and a plug/socket in one. They have the smarts built-in to maintain the correct battery polarity when you plug them together (by flipping one upside down). What are the benefits of using an Anderson connector over a standard 12-pin connector? Heavy-duty connectors are one of the most simple and robust means of high current transfer. Engineered to handle continuous charging loads, they are ideal for powering dual battery set-ups (along with a DC-DC charger), fridges, air compresses, solar systems and other high current accessories in your 4WD Tourer

CEE plugs are designed to provide a safe and efficient way of connecting electrical devices to power sources. They are commonly used in industrial, commercial, and domestic applications and are known for their robustness and reliability. CEE plugs are often used for high-power equipment, such as machinery, tools, and appliances. CEE plugs are designed to ensure safety and prevent accidental disconnection. They feature sturdy construction with robust materials and are resistant to mechanical stress, water, and dust. The plugs have a standardised shape and are colour-coded for easy identification. In addition to their safety features, CEE plugs also offer convenience and versatility. Many CEE plugs have a locking mechanism that securely holds the plug in place, preventing accidental unplugging. They also allow for easy connection and disconnection, making them ideal for temporary installations or applications where devices need to be moved frequently. One of the main advantages of CEE plugs is the ability to handle high currents. CEE PLUGS COME IN DIFFERENT CONFIGURATIONS CEE plugs are widely used for their high current rating, safety features, and versatility. They provide a reliable and efficient way of connecting electrical devices to power sources, ensuring the safe and secure operation of various electrical equipment. Whether in industrial, commercial, or domestic settings, CEE plugs play a crucial role in powering and operating a wide range of devices.

Power distribution: Anderson plugs are used to connect heavy- duty cables to distribute electrical power to different mining equipment and machinery. They provide a reliable and secure connection, allowing for efficient power distribution throughout the site. Battery charging: Mining operations often rely on battery-powered equipment, such as electric vehicles or underground machinery. Anderson plugs are used to charge these batteries, ensuring a safe and efficient power transfer. Welding: In mining, there is often a need for on-site welding to repair or fabricate equipment. Anderson plugs are used to connect welding equipment to the power source, enabling the welding process to be carried out effectively. Communication systems: Reliable communication is vital in mining operations for both safety and operational purposes. Anderson plugs may be used to connect communication devices, such as radios or intercom systems, to the power source or battery backup. Instrumentation and control systems: Anderson plugs can be employed in mining for connecting sensors, data loggers, or other monitoring equipment to the control systems. This enables real- time monitoring of various parameters such as temperature, pressure, or flow rate, ensuring optimal operation and safety. Overall, Anderson plugs play a crucial role in ensuring efficient power transfer, connectivity, and safety in mining operations. They are designed to withstand harsh environments, rugged conditions, and heavy electrical loads commonly encountered in mining sites.

Have you been searching for a simple yet durable solution for power connection (batteries, backup power, automotive/caravan power, telecommunications and data transmission)? Look no further, the Anderson plug made is designed to handle a high, continuous load. Made of ultra tough polycarbonate housing, the Anderson plug is built to beat any harsh conditions, including impact, shock, vibration and scratch, so you can go anywhere with reliable power connection. The concept of genderless design in relation to Anderson plugs refers to the creation of a design that is not specifically associated with or tailored for a particular gender. In this context, Anderson plugs are connectors commonly used in electrical systems, typically in automotive and industrial applications, to facilitate the connection and disconnection of power sources. A genderless design for Anderson plugs would mean that the connectors have a universal design that does not cater to a specific gender’s preferences or needs. This could involve creating a plug design that is neutral and not designed with any gender-specific elements or attributes. The idea behind genderless design is to create products that can be used by anyone regardless of their gender identity or expression. It promotes inclusivity and eliminates the assumption that certain designs or products are only suited for specific genders. By incorporating a genderless approach, Anderson plugs can be designed to be more universally applicable and accessible to all users.

Thanks to clever features, it’s easy for you to install our solutions and safely and reliably use them for years and have a lifetime of several thousand mating cycles. Our plugs and sockets boast an ergonomically optimised design, nubbed grip zoness, a rubberised nubbed cable gland, an easy-open hinged cover, and locking sliders to ensure that CEE plugs and connectors are easy to grip, rest perfectly in the hand without slipping, even when moist or wet. Our plugs and sockets are made of robust, durable materials. The plugs and connectors feature IP 44, 54 or 67 ingress protectione and the sockets IP 44 or 67. This means that they are optimally protected from dust and water. The connectors for 63A and 125A feature highly heat resistant contact carrier and are optionally available with nickel-plated contacts. The plugs also have nickel-plated contacts. The five-pole plugs and sockets for 16A and 32A are also available in a R version with the same robust features. They are therefore resistant to aggressive substances. Our wall and panel mounted receptacles are made of high-quality plastic with foamed housing seals. The wall mounted receptacles are also optionally available in special plastic. This provides especially effective protection from chemicals, oils, and similar substances. The special plastic version is also equipped with highly heat resistant contact carrier and nickel-plated contacts. Where high currents have to be transferred safely and economically, our customers and partners can always rely on Alexander & Poole. We think holistically and create powerful connections that enable people to handle energy more innovatively and to distribute and manage it more intelligently. Dust, stones and mud, moisture, extreme temperatures and equipment that can weigh tons: below-ground and surface mining is a rough business. The harsh conditions take a heavy toll on tools and materials. Fortunately, our plugs and sockets as well as receptacle combinations let you safely and flexibly distribute power in even the most adverse environments. The products are robust, long-lived, and easy to use. Our solutions also deliver maximum user safety. They have all been thoroughly put through their paces in our certified testing lab. For brown coal and salt mining, quarries, gravel pits, or mines: our solutions give you the power you need above or below the surface

WHY IS IT IMPORTANT TO CARE FOR YOUR WELDING CABLES? Did you know that welding cables are vital to the proper functioning of your welding machine? Neglecting them could lead to issues for your machine. Just like how preventative health care is important for yourself, it’s essential to do some preventative maintenance on your welding equipment. Overworking or over-duty-cycling of the welding machine, which can lead to unnecessary downtime and repairs. Increased electricity or fuel costs due to the overworked machine, which can eat into your bottom line. Poor weld characteristics that may cause additional rework, repairs, and downtime on the jo HOW TO CARE FOR YOUR WELDING CABLES? Keep the weld cables short. For example, it’s crucial to avoid using a 30-meter length of cable for a 15-meter welding job. Instead, use quick connects if possible and save the extra cable for future needs. Do not coil the weld cables during welding. Coiling creates a large electromagnetic field around the cable hanger that can impact the welding machine’s internal components and the arc quality over prolonged use. Inspect the weld cables, output studs, and connections every morning. Replace or repair any faulty cables or connections, tighten any loose connections, and clean dirty connections with a wire brush. It only takes a few minutes to inspect at the start of a shift and is preferable to losing a day’s work to replace a burnt connection or purchase new cables that weren’t checked.