American Forge & Foundry 5512B 12-Ton Air Hydraulic Bottle Jack
- The American Forge & Foundry 5512B is a robust 12-ton capacity air/hydraulic bottle jack designed for heavy-duty applications, including lifting trucks, construction, and heavy farm equipment. Its fully welded tank and frame ensure superior strength and durability, making it a reliable tool for demanding tasks.
- Features:
- Fully welded tank and frame for enhanced strength and rugged durability.
- 1-1/8” thick base provides a stable lifting platform on uneven surfaces.
- Specially engineered air motor for consistent and reliable operation.
- Dual return springs allow for easy and controlled descent.
- Shielded release screw helps prevent accidental lowering or damage.
- Operable by both air and manual methods; handle included for manual operation.
- Swivel hose for ease of operation.
- Compliant with ASME 2009 safety standards.
- Specifications:
- Manufacturer: American Forge & Foundry
- Part Number: 5512B
- Capacity: 12 Tons
- Low Height: 8-1/2"
- High Height: 17"
- Lift: 5-3/4"
- Screw Extension: 2-3/4"
- Base Dimensions: 5-1/2 x 5-1/4"
- The 5512B is also known as a 12-ton air/hydraulic bottle jack, heavy-duty hydraulic jack, AFF 12-ton bottle jack, and air-assisted hydraulic jack.
American Forge & Foundry is a reputable manufacturer specializing in high-quality lifting equipment and tools. With a commitment to durability and performance, they provide professionals across various industries with reliable solutions for heavy-duty applications.
Q: What is the maximum lifting capacity of the 5512B jack?
A: The 5512B has a maximum lifting capacity of 12 tons, making it suitable for heavy-duty applications.
Q: Can this jack be operated manually if an air source is not available?
A: Yes, the 5512B can be operated both pneumatically and manually, providing flexibility in various working conditions.
Q: Is the jack compliant with safety standards?
A: Yes, the 5512B is compliant with ASME 2009 safety standards, ensuring its reliability and safety during operation.