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Additional Design Specifications and Options:

• LED Advertisement Line: Incorporates an LED display strip for showcasing advertisements or promotional messages, enhancing the device's versatility and commercial appeal.

• TV Medium (Screen Display): Optionally includes a built-in TV screen or display panel for showing multimedia content, such as advertisements, promotions, or informational videos. (Note: This is an uncommon feature for fuel dispensers but can be customized.)

• Stainless Steel Column: The structure of the dispenser is made with stainless steel for durability, corrosion resistance, and a sleek, modern appearance.

• IC Card Reader: Enables payment through IC cards, providing a convenient and secure payment option for customers.

• Printer: Optionally includes a printer for generating detailed receipts or fueling reports, enhancing customer satisfaction and business operations.

• Emergency Button: A dedicated button for users to quickly report emergencies or request assistance, improving safety and responsiveness.

• Totalizer: Provides a mechanical or electronic counter that accurately records the total amount of fuel dispensed over time, useful for inventory management and reporting.

• Safety Ball (Breakaway Device): A safety feature that allows the dispenser's nozzle to disconnect safely in case of accidental impact, preventing damage to the dispenser or injury to users.

• OEM Customization: If you have any additional requirements or specifications not listed above, we offer OEM (Original Equipment Manufacturer) services to tailor the product to your exact needs and specifications. This includes customization of design, features, materials, and more.

Additional Functions and Features:

• GPRS Functionality: Enables the fuel dispenser to connect to the internet via 3G, 4G, or 5G mobile networks. This allows for remote access to real-time data, such as fueling records, inventory levels, and more. It also allows for remote setting of unit prices, providing flexibility and convenience in managing the dispenser from anywhere.

• Solar Power Supply: Incorporates a solar panel system that can power the dispenser, making it an ideal solution for remote locations without reliable electricity supply. This ensures continuous operation even during power outages or in areas with limited access to grid electricity.

• Handshake Pump: While "Handshake Pump" is not a standard industry term, it could potentially refer to a feature that involves a communication or verification process between the dispenser and a connected system or device. This could be a security measure to ensure reliable and secure data transmission or a mechanism for synchronizing pump operations with other systems. However, in the context of fuel dispensers, it's more likely a misinterpretation or a reference to a specific customization that would need clarification.

• ATG (Automatic Tank Gauge) System: This system allows for real-time monitoring of fuel levels within the storage tanks. It provides accurate and up-to-date data on inventory levels, helping to prevent fuel shortages or overfilling, and improving overall inventory management. With ATG integration, you can check any data inside the tanks remotely, making it easier to maintain optimal fuel levels and minimize operational costs.

Certainly, here's the translated version of the skid design types in English:

Types of Skid Design

1. Horizontal Type Skid Design

Characteristics:

• Compact Structure: The horizontal layout minimizes the footprint, making it suitable for installation and operation in limited spaces.

• Good Stability: With a lower center of gravity, horizontal skids offer better stability, reducing shaking and tilting during transportation and use.

• Easy Maintenance: The horizontal layout provides easier access to components, facilitating routine maintenance and repairs.

Application Scenarios:

• Ideal for locations with strict space requirements, such as small factories or warehouses in urban areas.

• Suitable for equipment that needs frequent relocation or redeployment, like temporary drilling platforms or mobile workstations.

2. Vertical Type Skid Design

Characteristics:

• Space-Saving: The vertical layout maximizes vertical space utilization, minimizing the ground area occupied.

• Efficiency Enhancement: For equipment requiring vertical material handling (e.g., some types of concrete mixing stations or drilling mud processing systems), vertical skids can improve conveying efficiency.

• Complex Structure: Compared to horizontal types, vertical skids may have a more intricate structure, requiring careful consideration for stability and load-bearing capacity.

Application Scenarios:

• Suitable for locations with ample vertical space but limited ground area.

• Ideal for industrial applications involving vertical material handling, such as high-rise building facade construction or underground tunnel excavation.

3. Large Tank Type Skid Design

Characteristics:

• Large Capacity: Equipped with large-capacity storage tanks or containers to meet extensive storage and conveying needs.

• Sturdy Structure: Requiring a robust design to ensure safe operation under heavy loads.

• Multi-Functionality: Can be equipped with various processing equipment and control systems to achieve multiple functions (e.g., drilling mud purification, storage, and conveying).

Application Scenarios:

• Suitable for locations requiring large-scale fluid storage and conveying, such as oilfields, chemical plants, or water treatment facilities.

• Ideal for industrial applications with high fluid processing requirements, like mud circulation systems in drilling operations or sludge treatment systems in wastewater plants.

4. Other OEM Type Skid Design

Characteristics:

• Highly Customized: OEM skid designs are tailored to the specific needs of customers, including dimensions, structure, and functionality.

• High Flexibility: Customized designs offer greater adaptability to various complex application scenarios and specific requirements.

• Higher Cost: Compared to standard skid designs, OEM types generally involve additional design, production, and testing costs, resulting in a higher price.

Application Scenarios:

• Ideal for customers with unique needs or requirements, such as specific dimensions, structures, or functionalities.

• Suitable for industrial applications with extremely high performance demands, including aerospace, nuclear energy, or deep-sea exploration.

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