All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(1801 products available)
A SASO plug is a type of electric plug largely used in several Middle Eastern countries. The plug design also incorporates different types of plug variants used in diverse countries and regions. Hence, the following are the most popular types of SASO plugs.
This plug comprises two round parallel pins meant to connect electricity. Since there are no grounding pins on the plug, it is mostly found in devices that do not carry a lot of current. The type C plug is generally used in the UAE and other Arab Gulf nations. These states have adopted the Type C plug due to its efficiency and ease of use in common household appliances such as air conditioning units and refrigeration systems. This makes them ideal for everyday home appliance usage where safety and usability are key considerations.
This type of plug has three round pins in a triangular formation. The top pin is larger to function as a grounding wire. The plug types are used in India and the UK. This plug is mostly used in the UK and Indian companies. The type D plug efficiently handles heavy load equipment, making it secure for high-power devices in industrial environments. It's commonly seen in manufacturing plants where machine tools require consistent and safe electrical connections.
This type of plug is equipped with three rectangular prongs fixed in a fused design. The two upper prongs are shaped like a staircase, while the lower grounding pin is wider and longer. The type G plug is common in British-influenced nations such as India and other Middle eastern countries. The fused plug has an added safe measure, reducing the chance of electric shock. In commercial settings like hotels and airports, this plug ensures reliable power supply for lighting, HVAC (heating, ventilation, and air conditioning) systems, and other critical infrastructure.
This plug has three large round pins in a triangular formation, similar to type D. However, the type M plug uses larger and more robust materials, designed for heavier circuits. Its dominant current-carrying capacity makes it important in industrial and commercial settings where equipment has a high energy demand. Manufacturing facilities and oil refineries rely on Type M plugs to power compressors, welding machines, and large-scale machinery safely and efficiently.
These plugs are popularly known as blue circular plugs. They come with several pin configurations and are used for equipment that requires a high-power supply, generally in industrial scenarios. The most common types are 16A and 32A at both 230V and 400V. The variety plugs offer secure connections for devices requiring different voltages and currents. In petrochemical plants and oil refineries across the Arabian Peninsula, these Anderson Plug variants ensure uninterrupted operation of critical machinery.
USB Type C is increasingly becoming popular in the Middle East and India. It is often used with mobile devices, tablets, and laptops for the quick transfer of data and charging. As sustainability becomes a key consideration in every part of our lives, USB Type C will replace many older plug types because of its energy efficiency. Devices using Smart Plug technology are now integrating USB-C ports for dual functionality, offering both traditional AC socket access and modern digital connectivity.
It is essential to consider the durability and construction of the plug since the SASO plugs serve the regional electrical demands. In the design stage, SASO plugs are made with diverse materials and come with distinctive durability properties.
The brass socket is usually used on the prongs of SASO plugs due to its high conductivity of electricity and resistance to corrosion. It is also highly durable and ensures a stable electric flow reducing the risk of intermittent connections. Because of its properties, brass prolongs the lifetime of the plug as well as the appliance it is connected to. In high-use environments like manufacturing floors or airport terminals, brass components are vital for maintaining performance over time.
The outer casing of most SASO plugs is likewise made of high-quality plastic. Such materials prevent electrical currents, thus shielding users from electrical shocks. Premium plastics also have high heat resistance, protecting them from deformation and damage. This is especially crucial in areas with extreme climates where temperatures can rise significantly, affecting the integrity of the plug’s structural components.
Though not as conductive as brass, aluminum is light and more affordable. It is often used in hybrid plug designs to reduce the overall weight of the plug. However, it may be prone to corrosion over time, which can affect the conductivity, hence its fit in devices that are less frequently used. Some manufacturers incorporate Aluminium into lightweight travel adaptors and universal plug models for temporary or portable applications.
These types of materials are found in the plug's inner circuitry components and are often used in places where corrosion may threaten the integrity of the plug. Stainless steel also provides excellent conductivity and a longer lifetime. This material is normally preferred in harsh environmental climates or in devices which are frequently connected to power sources. Industrial-grade Power Outlet Single Plug units often include stainless steel elements to withstand repeated use and exposure to dust or moisture.
Rubber is the preferred material used for the prong encasement of the electrical plug. It is flexible, tough, and has great insulating characteristics. This helps prevent electric shock and has high resistance to water and other kinds of liquids. Thus, it makes the plug suitable for use in settings where spillage is a common occurrence. Emergency shelters and refugee camps often utilize waterproof plug designs featuring rubberized coatings for increased safety in unpredictable conditions.
The SASO plugs are specially designed to meet the electrical requirements of several Middle Eastern states and India. These plugs play a critical role in ensuring safe and effective operation and accommodate the diversity of appliances.
In the United Arab Emirates, devices with a high rate of current, such as air conditioning systems and washing machines, predominantly use Type C plugs. UAE's hot climate means that cooling systems have to work harder to keep the indoor environment cooler. Therefore, it is imperative that these plugs support stable electrical currents, enhancing their durability and safety. In smart buildings and sustainable housing projects, Smart plug variants are being tested for remote control and energy monitoring capabilities.
In Saudi Arabia, devices that require a higher power outlet, such as industrial machines and commercial refrigeration units, use Type G and M plugs. The region's rapid growth and expansion of industries create a demand for high-capacity electrical plugs capable of supporting heavy load equipment. With initiatives like Vision 2030 pushing for modernization, advanced plug technologies like the SASO Connected W system are being explored for integration into IoT-enabled infrastructure.
Refugee camps and temporary housing in Oman mostly use USB Type C ports. This port is helpful for mobile charging, giving displaced persons the device power they depend on for communication, work, and education. Ports like this are important in emergency settings because they enable mobility for many small electronic devices. Portable solar-powered Universal Plug units are also gaining traction in humanitarian aid programs.
Kuwait's oil refineries and petrochemical plants use the IEC 60309 plug. The blue circular plugs can fit any configuration of an appliance or piece of equipment needing a high-power current, assuring operator safety. In hazardous locations like offshore rigs and chemical processing centers, specialized Waterproof Plug variants are employed to ensure compliance with strict safety standards.
Bahrain uses Type D and M plugs predominantly in its commercial sector. In places such as airports, hotels, and office buildings, these plug types can serve a wide variety of equipment, aiding in Bahrain's efforts to build a stronger tourism and service-based economy. The country is also piloting Masterplug Masterplug PERMAPLUG solutions in public infrastructure to prevent tampering and improve security.
Indian manufacturing facilities also rely heavily on plugs for machine tools, welding equipment, and compressor systems. Types of plugs such as Type D and M are ideal for usage in these surroundings because they can power high-capacity devices while ensuring security. Emerging brands like Sangya Omega Plug are introducing locally-made alternatives that comply with SASO standards, promoting domestic innovation alongside global compatibility.
Choosing the right plug for an appliance connected to electric power sources is important for safety and efficiency. The following are some considerations buyers should look into when purchasing the right SASO power cord.
A plug suitable for an appliance has to accommodate its power requirements. This means that devices that require more current, say industrial equipment, will need a stronger plug, such as Type M or IEC 60309. On the other hand, household devices can use a simpler plug, like the Type C. For low-voltage electronics like mobile phones and tablet computers, USB Type C options provide versatile connectivity and charging options.
The plug has to comply with the latest Saudi Arabian standards organization (SASO) regulations. These are quality standards that ensure the plugs sold in the market are of high safety and performance levels. Make sure to buy plugs that meet these standards since they guarantee that the plug has been subjected to evaluations of endurance and reliability. Certifications like SASO TÜV and UK SASO EMC indicate third-party validation of product quality and conformity.
The plug's material will determine the plug's durability and safety. Non-corrosive materials, such as brass for prongs and high-quality plastic for the outer casing, ensure a longer-lasting product. In addition, the plug has to be made of heat-resilient materials to prevent melting or damage when the plug is connected to an electrical outlet for a long time. Innovations like Silicone Rubber Plug casings are emerging in premium plug lines for enhanced flexibility and resilience under stress.
The plug and the appliance should be compatible with the local voltage and frequency of the electrical grid. Certain regions have different voltage ranges, which are either 230 or 400 volts. Using an incompatible plug can damage the appliance and pose a safety threat. Ensure the plug corresponds with the voltage of the appliance. Universal plug adapters like the SCHUKO PLUG ADAPTER help travelers maintain compatibility across international borders without compromising safety.
Good plugs are designed to agglomerate securely with sockets. This ensures a stable electrical connection and reduces the probability of electric arcing. Electric arcing creates a lot of heat, which is occasionally responsible for the appliance's internal components' damage and risks electrical fires. Modern plug designs like the Weistec Sparkplug model feature reinforced locking mechanisms to minimize movement and wear over time.
The plug's design should give the user easy access to installing or changing the plug in the appliance. For example, a Type G plug has large rectangular prongs that enable easy and correct installation. This is important for ensuring safety, especially in devices that require regular connection or disconnection. DIY-friendly models like the Linko Male Plug allow users to safely rewire cords without professional assistance.
The SASO standard plug is crucial since it fulfills the region's specific electrical needs, ensuring safe and reliable connections for different appliances. It reduces the chance of electric shock and appliance damage by standardizing the production and performance of plugs and sockets. Compliance with LTD. SASO guidelines ensures that products undergo rigorous testing before reaching consumers, reinforcing trust in electrical safety standards.
Materials used in making the plug significantly affect plug endurance. Non-corrosive, heat-resistant materials, such as brass and high-quality plastics, ensure a longer-lasting product. In addition, these materials enhance the safety of the plug by reducing the chances of electric shock or appliance damage. High-end models incorporating Stainless steel and Silicone Plug components are particularly favored for their longevity and performance in demanding environments.
The various plug types, such as Types C, D, G, and M, cater to different voltages and currents, hence the diversity of usage scenarios. This makes them ideal for household tasks and large industrial operations, thanks to their versatility. Advanced options like the Omega Plug and Jetronic Plug offer niche functionalities for specialized equipment, expanding the reach of SASO-compliant technology beyond basic needs.
The USB Type C plug is important because it offers a flexible solution for daily devices like mobile phones and laptops. This environmentally conscious design will facilitate future-proofing as the world transitions toward more sustainable charging systems. Smart plug models like the Smart Plug integrate USB-C with Wi-Fi controls, allowing users to monitor and manage energy consumption remotely via smartphone apps.
In commercial settings, businesses choose the type of plug based on the power requirements of their equipment. Stronger plugs, like Type G and Type M, are generally preferred in high-power environments, such as in industrial or commercial applications, where safety and performance need to be prioritized. For modular setups and data centers, Plug-and systems and DC Plug DC variants are gaining popularity for their scalability and ease of maintenance.
