Telehandler Frames
General Information
- Engineered for up to 12,000 pound capacityon a 24” load center.
- Designed to fit most telehandlers, compact wheel loaders, backhoe loaders and otherswith quick coupler or pin on connections.
- Standard widths of 48, 60, 72, and 96”, but can be customized to any allowable width based on your specific machine.
- Frame options include:
- Floating or Non-Floating shaft.
- Swinging or Non-Swinging forks.
- Standard fork lengths available in 48, 60, 72, 84, and 96”.
- Custom fork lengths available on special order.
- Forks meet or exceed all ANSI and ASME requirements.
- Forks to meet a wide variety of application uses, e.g. block forks, gypsum or lumber forks.
- Durable heat treated shaft material, available in 2 and 2.25” diameters.
- Reinforced load back to stabilize taller loads and resist load back deformity.
- High visibility frame for job safety.
Features & Benefits
Telehandler frames are an essential component of telehandler machines, providing a solid foundation for heavy lifting and positioning of loads. Engineered for up to 12,000 pounds capacity on a 24″ load center, telehandler frames are designed to fit most telehandlers, compact wheel loaders, backhoe loaders, and other equipment with quick coupler or pin-on connections.
Standard widths of 48, 60, 72, and 96 inches are available, but custom widths can be accommodated based on specific machine requirements. Forks can be chosen from a wide variety of options, including floating or non-floating shafts, swinging or non-swinging forks, and standard fork lengths of 48, 60, 72, 84, and 96 inches. Additionally, custom fork lengths are available upon request.
Forks used in telehandler frames meet or exceed all ANSI and ASME requirements, ensuring a high level of safety and reliability. They are also designed to meet a wide variety of application uses, such as block forks, gypsum or lumber forks, and other materials.
The durable heat-treated shaft material comes in 2 and 2.25-inch diameters to provide additional strength and support when lifting heavy loads. Reinforced load backs are also available to stabilize taller loads and resist load back deformity.
In addition to their functionality, telehandler frames also provide high visibility for improved job site safety. When equipped with the appropriate attachments, a telehandler can be a versatile and valuable asset for any construction or industrial operation.
Benefits of a Telehandler
- Telehandlers are a versatile piece of equipment that can handle a wide variety of tasks.
- They have a high lift capacity and can reach great heights.
- Telehandlers can be equipped with various attachments, such as forks, buckets, and lifts.
- They are ideal for handling heavy loads in tight spaces and on rough terrain.
Learn More
Utility Skid
Heavy Duty Skid
Severe Duty Skid
FAQ’s
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What is the capacity of a telehandler frame?
Telehandler frames are engineered for up to 12,000-pound capacity on a 24″ load center.
What are the standard widths of a telehandler frame?
The standard widths of telehandler frames are 48, 60, 72, and 96 inches.
What are the options available for telehandler forks?
Telehandler forks come in a variety of options, including floating or non-floating shafts, swinging or non-swinging forks, and standard fork lengths of 48, 60, 72, 84, and 96 inches.
What are the benefits of a telehandler?
Telehandlers are versatile, have a high lift capacity, can be equipped with various attachments, and are ideal for handling heavy loads in tight spaces and on rough terrain.
What are some common applications for telehandler frames?
Telehandlers are commonly used in construction, agriculture, and other industries to lift and position heavy loads, such as construction materials, equipment, and livestock.
What safety features are available on telehandler frames?
These frames may include built-in safety features such as rollover protection systems, structural reinforcements, and high visibility frames for improved job site safety. Additionally, these frames are designed to meet or exceed all ANSI and ASME requirements for safety and reliability.