Boom lifts have helped the construction industry in many countries, particularly in North America, complete even the most challenging projects while reducing the safety risks commonly associated with work at towering heights. They continue to serve small to large players in this field. Some aerial lifts are designed for use on uneven or rough terrain and can reach heights of 100 feet or more with proper safety measures in place. If you want to use an aerial work platform on your job site, it helps to understand the basic components that power it and contribute to its overall performance and safety features. Let’s go!
Engine and Drive System for Power and Movement
Boom lifts are also machines that run on their engines and drive systems. These two features enable the equipment to move around the work area and transport people to heights. Whether the operator is a novice or a seasoned pro, learning about them is crucial. The engine uses electricity or fuel to power the hydraulic system, which elevates the platform and drives other functions. Both fuel- and electric-based models offer unique advantages and disadvantages. You need to learn about them before renting or purchasing a boom lift.
The drive system determines the equipment’s mobility on a job site. The operator controls the drive system and lift functions using joystick controls. These often include various speed settings. Operators must properly maintain these two power components to ensure the equipment’s long life. For this, they should change the oil on schedule, conduct routine inspections, and perform other maintenance as needed. Being aware of common issues with engines and drive systems is also necessary. For example, operators should know why the engine is making an abnormal sound and what it indicates. This knowledge allows them to address the issue and reduce downtime or safety risks.
Boom and Extension Mechanism for Lifting
Several types of aerial work platforms are available today. What makes boom lifts unique is their boom and extension components. The eponymous booms form the actual extendable part of the lift, enabling these machines to provide both horizontal and vertical reach. Boom arms can be of two types: articulating and telescopic. Telescopic booms work like a telescope, providing vertical reach to high spaces. Articulated lifts feature multiple knuckles or joints that can be controlled to reach tricky areas and maneuver around obstacles. Operators need to familiarize themselves with these two distinct designs to use the appropriate type for a particular task.
The performance of these boom arms depends on their hydraulic systems, which power them and enable smooth extension. Boom lifts are often considered superior to other types of aerial work platforms due to their specific boom and extension mechanisms.
Outriggers and Chassis for Stability
When it comes to stability, the chassis and outriggers are critical. They keep the working platform balanced on different types of terrain, even when workers are working at height. Outriggers are the extendable legs of boom lifts that can be deployed from their base. They increase the machine’s footprint, helping prevent tipping. Operators can use them when needed, such as in windy conditions or on sloped surfaces. The chassis serves as the foundation that supports the entire lift. It can be designed for compact spaces or rough terrain. The chassis also requires regular maintenance to avoid wear and tear from normal use.
Whether you rent, lease, or buy your boom lift from https://www.bladeplatforms.com/ or elsewhere, make sure your operators are familiar with all of its components. This helps ensure safe operation and reduce downtime.