Introduction to Telescopic Boom Lifts
Telescopic boom lifts are essential in construction, maintenance, and industrial applications where height access is critical. Unlike other lifts, telescopic models provide 87ft telescopic boom lift weight impressive vertical reach with a single, straight boom. They are powerful machines that can safely elevate workers, tools, and materials, even in hard-to-reach areas. For a machine with an 87-foot reach, understanding its weight is vital, as it impacts transportation, setup, and safety.
What is an 87-Foot Telescopic Boom Lift?
An 87-foot telescopic boom lift is a specific type of aerial lift designed to extend up to 87 feet vertically. This lift type provides a straight reach, which makes it suitable for tasks requiring high elevation, such as working on tall buildings, installing infrastructure, or conducting maintenance. These machines are engineered with advanced hydraulic and telescopic mechanisms to ensure stability and smooth operation at great heights.
Key Components and Features of an 87-Foot Telescopic Boom Lift
Hydraulic System
The hydraulic system is the 87ft telescopic boom lift weight backbone of any telescopic boom lift. It provides the force needed to extend the boom to its full length, control elevation, and maneuver the platform. In an 87-foot boom lift, the hydraulic system is robust and often involves multiple cylinders for smooth, steady lift operation.
Boom Sections and Telescoping Mechanism
The boom on these lifts is composed of multiple sections that slide out, similar to how a telescope works. This design allows for compact storage and transportation while still achieving a high reach when extended. The telescoping mechanism, driven by hydraulics and reinforced with high-strength steel, ensures stability and control, even when fully extended.
Why Weight Matters in a Boom Lift
Impact on Transportation
Moving an 87-foot boom lift requires substantial planning and specialized transport. Knowing the weight helps determine the type of trailer and transport vehicle required, as well as the load-bearing capacity of the ground surfaces during transport and deployment.
Stability and Safety Considerations
The weight of the boom lift directly affects its stability, particularly at full extension. Heavier machines tend to be more stable, thanks to counterweights that offset the extended boom and keep the machine grounded. This is critical for ensuring operator safety, especially when the lift is in use at extreme heights.
Weight Range of an 87-Foot Telescopic Boom Lift
The weight of an 87-foot telescopic boom lift generally ranges 87ft telescopic boom lift weight from 30,000 to 40,000 pounds, depending on the model, features, and manufacturer specifications. Variations occur due to different construction materials, design choices, and counterweighting systems. Each manufacturer may produce models with unique weights to suit specific requirements, such as enhanced maneuverability or increased load capacity.
Factors Influencing the Weight of a Telescopic Boom Lift
Type of Boom Lift Model
Each boom lift model is tailored for particular applications, so weights vary based on the lift’s purpose. Some models are designed to carry additional load weight on the platform, which often requires a heavier base and counterbalance.
Material Composition
The materials used in construction impact the weight significantly. Many boom lifts use high-strength steel, but lighter materials like aluminum and advanced composites are sometimes employed to reduce weight without compromising strength.
Counterweights and Stabilizers
Most telescopic boom lifts feature built-in counterweights to stabilize the lift when fully extended. The type and amount of counterweight can add significantly to the machine’s total weight, enhancing balance but making it heavier for transport.
Average Weight of an 87-Foot Telescopic Boom Lift
Common Manufacturer Models and Weights
Most 87-foot telescopic boom lifts weigh between 30,000 and 40,000 pounds. Let’s take a look at some popular models and their respective weights to get a clearer picture:
- JLG 860SJ: Approximately 37,300 pounds
- Genie S-85: Approximately 39,000 pounds
- Skyjack SJ86 T: Approximately 35,000 pounds
These weights vary slightly based on optional attachments, 87ft telescopic boom lift weight platform capacity, and customizations, but these figures provide a general idea.
87-Foot Boom Lift Weight by Manufacturer
JLG 860SJ
JLG is a respected name in boom lifts, known for producing durable machines for industrial applications. The 860SJ model is commonly used for high-reach tasks and weighs around 37,300 pounds. Its design emphasizes stability, making it a top choice for demanding work sites.
Genie S-85
The Genie S-85 is another popular model with an 87-foot reach, typically weighing around 39,000 pounds. Genie models are celebrated for their versatility and user-friendly controls, ideal for both rough terrain and level ground.
Skyjack SJ86 T
Skyjack offers the SJ86 T, an 87-foot telescopic 87ft telescopic boom lift weight boom lift weighing about 35,000 pounds. Known for its reliability, this model is a lighter option, making it a good fit for locations where maneuverability is more critical than maximum weight.
Weight Distribution and Balance
An 87-foot boom lift’s weight is not concentrated 87ft telescopic boom lift weight in one area; rather, it’s distributed across the machine, especially the base and counterweights. Proper weight distribution is critical for stability, particularly when the boom is fully extended, as it prevents tipping and allows for smooth control.
How Weight Affects the Operational Limits of Boom Lifts
Weight plays a pivotal role in defining the lift’s operational limits, such as maximum load capacity, reach, and the types of terrain it can operate on. A heavier lift generally offers higher load capacity but may be limited in speed and maneuverability compared to lighter models.
Boom Lift Weight in Relation to Lifting Capacity
A lift’s own weight is 87ft telescopic boom lift weight designed to support its lifting 87ft telescopic boom lift weight capacity safely. An 87-foot boom lift typically supports a platform load of up to 500 pounds, including the operator and any tools. The heavy base and counterweight allow it to lift this additional weight safely, even at full extension.
Transporting an 87-Foot Boom Lift Safely
Required Trailers and Vehicles
To transport an 87-foot boom lift, specialized trailers such as flatbeds or lowboys are commonly used due to the lift’s height, length, and weight. It’s essential to use vehicles capable of bearing the weight safely to avoid damage to roads, equipment, or infrastructure.
Loading and Unloading Tips
Properly loading and unloading heavy equipment 87ft telescopic boom lift weight like an 87-foot boom lift requires careful planning. Loading should be done on level ground, using ramps or a winch system to ensure safe movement. Additionally, securing the lift with heavy-duty chains or straps is necessary for transport.
Understanding Ground Pressure and Load Bearing for Heavy Equipment
Due to their weight, telescopic boom lifts exert significant ground pressure, which can impact surfaces like asphalt, concrete, or loose soil. When operating in such areas, it’s essential to ensure that the surface can bear the load or use load-distribution mats to prevent ground damage.
Inspection and Maintenance of Telescopic Boom Lifts
Routine inspection is necessary for maintaining 87ft telescopic boom lift weight safety and performance in an 87-foot boom lift. Key inspection points include the hydraulic system, weight-bearing components, and counterweights. Proper maintenance not only extends the life of the lift but also prevents accidents related to instability or component failure.
Conclusion: Weight Considerations in Choosing an 87-Foot Telescopic Boom Lift
The weight of an 87-foot telescopic boom lift is a vital factor when selecting the right lift for a project. A well-chosen lift combines stability, reach, and manageable weight, allowing operators to perform high-elevation tasks safely and efficiently. Each model offers unique features, but the weight remains a central element that influences transportation, setup, and operational safety.
