A standard 55-gallon drum is a widely used container for storing and transporting liquids or solids․ Its dimensions, including height and diameter, are critical for handling, storage, and compliance․ The PDF provides precise measurements and specifications for safe usage․
Key Dimensions
The standard 55-gallon drum typically measures 22․5 inches in diameter and 33․5 inches in height․ These dimensions ensure compatibility with common handling systems, making them ideal for transportation and storage․ Precise measurements are crucial for compliance and efficiency․
2․1 Overall Dimensions
The overall dimensions of a standard 55-gallon drum are essential for determining its compatibility with handling and storage systems․ Typically, the drum measures 22․5 inches in diameter and 33․5 inches in height․ These measurements are consistent across both steel and plastic drums, ensuring uniformity in transportation and storage․ The height includes the drum’s body and any additional features like closures or fittings․ The diameter is measured across the widest part of the drum, providing a clear indication of space requirements․ These dimensions are critical for optimizing storage in warehouses and ensuring safe handling with equipment like dollies or pallets․ Additionally, the uniform size allows for easy stacking and arrangement in shipping containers, making logistics more efficient․ Always refer to the PDF specifications for precise measurements, as slight variations may occur based on the manufacturer or specific drum type;
2․2 Interior Dimensions
The interior dimensions of a 55-gallon drum are crucial for determining its capacity and compatibility with liners or inserts․ The internal diameter typically measures 22․5 inches, providing a consistent opening for filling or emptying․ The interior height is approximately 33․5 inches, which includes the drum’s body and bottom․ These measurements ensure the drum can hold its rated capacity of 55 gallons or 208 liters when filled to the brim․ The interior dimensions are slightly less than the overall dimensions due to the thickness of the drum’s walls, which vary depending on the material․ For example, steel drums may have thicker walls than plastic ones, slightly reducing the internal space․ The interior height and diameter are essential for users needing to fit liners or measure the drum’s internal capacity accurately․ Always consult the PDF specifications for precise internal measurements, as these can vary slightly by manufacturer or drum type․
2․3 Wall Thickness
The wall thickness of a 55-gallon drum plays a critical role in its durability and performance․ Steel drums typically have thicker walls than plastic drums, with steel drums often featuring wall thicknesses ranging from 0․9mm to 1․5mm․ Plastic drums, made from high-density polyethylene, usually have wall thicknesses between 0․5mm and 1․2mm․ The thickness ensures structural integrity and resistance to punctures or cracks, especially during transportation․ Steel drums designed for hazardous materials often meet UN ratings and may include additional features like epoxy linings for corrosion resistance․ Wall thickness can also affect the drum’s overall weight and capacity․ For precise measurements, refer to the PDF specifications, as wall thickness may vary slightly by manufacturer or drum type․ Proper wall thickness ensures safe handling and compliance with regulatory standards, making it a key factor in selecting the right drum for specific applications․
Types of Drums
Tight head drums and open head drums are the two primary types․ Tight head drums are sealed with bungs for filling and draining, ideal for hazardous materials․ Open head drums have removable lids, offering easy access for cleaning and non-hazardous applications․
3․1 Tight Head Drums
Tight head drums are a popular choice for storing and transporting hazardous and non-hazardous materials․ These drums are sealed with bungs or plugs, ensuring a secure closure system․ They are commonly used for liquids, chemicals, and other substances that require leak-proof containment․ Tight head drums are available in both steel and plastic materials, with steel drums often being more durable for heavy-duty applications․ The tight head design minimizes the risk of spills and contamination, making them ideal for industries such as pharmaceuticals, food processing, and chemical manufacturing․ These drums are also UN-rated, ensuring compliance with international shipping regulations․ Many tight head drums are FDA-compliant, making them suitable for food-grade products․ Their robust construction and secure sealing system make them a reliable option for long-term storage and transportation․ The dimensions of tight head drums, including height and diameter, are standardized to ensure compatibility with handling equipment․ This makes them a versatile and practical solution for a wide range of industrial and commercial needs․
3․2 Open Head Drums
Open head drums are a versatile and practical option for storing and transporting materials․ Unlike tight head drums, open head drums feature a removable top, making them ideal for applications requiring easy access to the contents․ These drums are commonly used for solids, powders, or liquids that need to be poured or scooped out․ Open head drums often come equipped with a lid and clamping mechanism to ensure a secure seal, preventing spills and contamination․ They are available in both steel and plastic materials, with steel drums offering greater durability and plastic drums providing lightweight and corrosion-resistant properties․ Open head drums are particularly useful for industries such as food processing, agriculture, and construction, where easy filling and emptying are essential․ However, they may not be as leak-proof as tight head drums, making them less suitable for hazardous materials․ Despite this, open head drums remain a popular choice due to their convenience and adaptability․ Their dimensions, including height and diameter, are standardized to ensure compatibility with handling equipment, making them a reliable and efficient solution for various industrial needs․
Materials
55-gallon drums are made from steel or plastic․ Steel drums are durable and suitable for heavy-duty applications, while plastic drums are lightweight and corrosion-resistant․ Both materials are FDA-compliant for food storage and meet UN regulations for safe transport․
4․1 Steel Drums
Steel drums are a popular choice for storing and transporting liquids due to their durability and strength․ They are typically made from high-quality steel and are available in both tight-head and open-head configurations․ Steel drums are ideal for hazardous materials and heavy-duty applications, as they offer excellent resistance to punctures and impacts․ Many steel drums are UN-rated, ensuring compliance with international shipping regulations․ They often feature a protective lining to prevent corrosion and extend the lifespan of the drum․ Steel drums are also FDA-compliant, making them suitable for food and pharmaceutical storage․ The manufacturing process involves precise welding and testing to ensure leak-tightness and structural integrity․ Steel drums are widely used in industries such as chemicals, petroleum, and food processing․ Their robust construction and versatility make them a reliable solution for demanding environments․ Dimensions and capacities are standardized, with the 55-gallon steel drum being one of the most common sizes․ドラムは、とにより、のおよびにくされています。
4․2 Plastic Drums
Plastic drums are a versatile and lightweight alternative to steel drums, offering excellent chemical resistance and durability․ Made from high-density polyethylene (HDPE), they are ideal for storing hazardous materials, chemicals, and food-grade products․ Plastic drums are FDA-compliant and often used in industries requiring strict hygiene standards․ They are resistant to corrosion and can withstand harsh environments, making them suitable for long-term storage․ The tight-head design ensures a secure seal, while the open-head option provides easy access for filling and emptying․ Plastic drums are also UN-rated for safe transportation of hazardous goods․ Their lightweight construction makes them easier to handle and transport compared to steel drums․ Many plastic drums feature molded handles and bottom handholds for added convenience․ They are widely used in pharmaceutical, food, and chemical industries due to their non-reactive properties․ Plastic drums are also environmentally friendly, as they are recyclable and can be reused in some applications․ Their dimensions and capacities are standardized, with the 55-gallon plastic drum being a common size for efficient storage and shipping solutions․ The PDF provides detailed specifications, ensuring compatibility with handling equipment and regulatory requirements․
Technical Specifications
The 55-gallon drum has a capacity of 208 liters and weighs approximately 19 lbs when empty․ Its assembled height is 34․75 inches, with a diameter of 22․5 inches․ The PDF details precise measurements for safe handling and storage․
5․1 Capacity
The standard 55-gallon drum has a capacity of 208 liters, making it a versatile container for storing liquids, chemicals, or dry goods․ This measurement is standardized to ensure consistency across industries, whether for industrial, commercial, or transportation purposes․ The drum’s capacity is determined by its interior dimensions, which include a diameter of 22․5 inches and a height of 33․5 inches․ These measurements ensure the drum can hold precisely 55 gallons of liquid, with slight variations depending on the material and manufacturing tolerances․ The capacity is a critical factor in determining the drum’s suitability for specific applications, such as hazardous material storage or food-grade containers․ The PDF provides detailed specifications to confirm the drum’s volume and compliance with regulatory standards․ This ensures users can rely on the drum for accurate and safe storage solutions․ The capacity also influences handling and transportation, as it directly affects the drum’s weight and stability․ Overall, the 55-gallon drum is a reliable choice for applications requiring a mid-sized, durable container․
5․2 Weight
The weight of a 55-gallon drum varies based on its material and construction․ A typical plastic drum weighs around 19 lbs, while a steel drum can range from 35 lbs for unlined versions to 45 lbs for lined or epoxy-coated models․ These weights ensure durability and safety during transportation and storage․ The PDF details specific weight specifications, including variations due to manufacturing tolerances and additional features like linings or fittings․ This information is crucial for load calculations, handling equipment selection, and compliance with shipping regulations․ The drum’s weight also affects its overall stability, particularly when filled, making it essential for users to adhere to recommended limits․ By providing precise weight data, the PDF helps users avoid overloading risks and ensures efficient material handling․ Whether for industrial, commercial, or hazardous material storage, understanding the drum’s weight is key to safe and efficient operations․
Regulatory Information
55-gallon drums must comply with regulatory standards for safe transport and storage․ The PDF includes UN ratings and FDA compliance details, ensuring adherence to international and domestic regulations for hazardous and non-hazardous materials․ Proper certification is crucial for legal and safety compliance․
6․1 UN Ratings
UN ratings are critical for ensuring the safe transport of hazardous materials in 55-gallon drums․ These ratings, such as 1H1/Y1․9/150 and 1H1/Y1․4/150, indicate the drum’s ability to withstand specific pressure and impact conditions․ The first number represents the packaging group, while the second denotes the maximum pressure and temperature․ Compliance with UN standards is mandatory for international and domestic shipments, ensuring the container can handle stresses during transit․ For example, tight head drums, both plastic and steel, are designed to meet these rigorous requirements․ The PDF provides detailed UN certification information, verifying the drum’s suitability for hazardous goods․ Proper UN rating ensures safety, legal compliance, and environmental protection, making it a cornerstone of regulatory adherence for 55-gallon drums․ Always verify the UN rating matches the material being transported to avoid violations and potential hazards․ This information is essential for shippers, handlers, and regulatory bodies to ensure safe and compliant transport of goods․ The PDF serves as a reliable reference for verifying these critical specifications․
6․2 FDA Compliance
FDA compliance is essential for 55-gallon drums used in food, pharmaceutical, or cosmetic applications․ Drums meeting FDA standards are constructed from food-grade materials, such as high-density polyethylene, ensuring no chemical leaching into stored products․ This compliance guarantees safety for sensitive goods․ The PDF details FDA certification, confirming the drum’s suitability for storing food and pharmaceuticals․ Proper certification ensures adherence to strict regulations, preventing contamination risks․ FDA-compliant drums are ideal for industries requiring high purity levels․ Always verify FDA compliance for applications involving food or medical products to maintain safety and regulatory adherence․ This certification is crucial for ensuring the integrity and safety of stored materials, making it a vital consideration for specific industries; The PDF provides clear guidelines and specifications for FDA-compliant drums, aiding in informed decision-making․ Compliance ensures trust and reliability in sensitive storage applications, aligning with industry standards and legal requirements․
Applications
55-gallon drums are versatile containers with a wide range of applications․ They are commonly used for storing and transporting liquids, such as chemicals, oils, and fuels, due to their durable construction․ Additionally, they are employed in food and pharmaceutical industries for holding ingredients and raw materials․ Many industries utilize these drums for hazardous waste disposal, ensuring safe and compliant storage․ The drums are also popular in manufacturing for shipping and storing bulk materials․ Their sturdy design makes them ideal for outdoor use and long-distance transportation․ Furthermore, they are used in laboratories for storing samples and in agricultural settings for holding pesticides and fertilizers․ The drums’ compatibility with various materials ensures they meet diverse industrial needs․ Their large capacity makes them efficient for bulk storage, reducing handling costs․ Overall, the 55-gallon drum is a reliable solution across multiple sectors, offering durability and flexibility for different applications․ The PDF provides detailed insights into their usage, helping users choose the right drum for their specific needs․ This versatility ensures their widespread adoption in various industries․
Handling and Storage
Proper handling and storage of 55-gallon drums are essential to ensure safety, prevent damage, and maintain compliance with regulatory requirements․ When handling, it is recommended to use compatible lifting devices, such as dollies or drum pumps, to avoid spills and injuries․ Drums should always be kept upright to prevent leakage, especially if they contain liquids․ For storage, drums should be placed on a flat, stable surface, such as a pallet or rack, to ensure stability and prevent tipping․ They should be secured tightly to prevent movement during transportation or in storage facilities․ Drums containing hazardous materials must be stored in well-ventilated areas, away from direct sunlight and heat sources, to prevent expansion or degradation of the contents․ Regular inspections should be conducted to check for any signs of damage or wear, such as dents, rust, or leaks․ Proper labeling and segregation of drums by their contents are also critical for safe storage․ Additionally, drums should be stored in areas protected from extreme weather conditions to maintain their structural integrity․ Refer to the PDF for detailed guidelines on handling and storage to ensure optimal safety and compliance․
PDF Details
The PDF provides comprehensive details about 55-gallon drum dimensions, including height, diameter, and wall thickness․ It also outlines capacity, weight, and material specifications, ensuring accurate reference for safe handling and regulatory compliance․ Key measurements and tolerances are clearly highlighted for precise applications․
9․1 Content Included
The PDF document provides a detailed overview of the 55-gallon drum dimensions, ensuring clarity and precision for users․ It includes specifications such as overall dimensions, interior measurements, and wall thickness, along with capacity, weight, and material information․ The file also outlines regulatory compliance details, including UN ratings and FDA compliance, ensuring the drum meets safety and legal standards․ Additionally, the PDF features visual diagrams and tolerance ranges, which are essential for accurate measurements and compatibility with handling equipment; Key sections include:
- Technical specifications for height, diameter, and wall thickness․
- Capacity in both gallons and liters for easy conversion․
- Weight measurements in pounds for transportation planning․
- Compliance certifications for safe usage in regulated industries․
- Visual representations of drum dimensions for better understanding․
This comprehensive resource serves as a precise reference document for industries requiring accurate drum measurements and specifications․
9․2 Importance of the PDF
The PDF document detailing the 55-gallon drum dimensions is an essential resource for industries requiring precise specifications․ It ensures compliance with regulatory standards, such as UN ratings and FDA requirements, making it a critical tool for safe handling and storage․ The document provides accurate measurements, including height, diameter, and wall thickness, which are vital for compatibility with handling equipment and storage systems․ This ensures efficient transportation and minimizes risks associated with improper sizing․
Additionally, the PDF serves as a reference for selecting the appropriate drum type, whether steel or plastic, and ensures material compatibility with stored substances․ Its detailed content aids in decision-making for procurement, logistics, and operational planning․ By adhering to the specifications outlined in the PDF, users can maintain compliance, optimize storage, and enhance workplace safety․ This comprehensive guide is indispensable for professionals seeking reliable, standardized information on 55-gallon drums․
By offering specifications for both steel and plastic drums, the PDF helps users select the appropriate container for their needs, ensuring material compatibility and operational safety․ Its detailed content supports decision-making in procurement, logistics, and storage planning․ Whether for hazardous materials or food-grade products, the 55-gallon drum dimensions PDF is an indispensable tool for maintaining compliance, optimizing resources, and streamlining workflows․ Its importance lies in its ability to provide clear, reliable, and standardized information, ensuring safe handling and storage across various industries․
