An aerial work platform also known as an aerial device, elevating work platform, cherry picker, bucket truck or mobile elevating work platform is a mechanical device used to provide temporary access for people or equipment to inaccessible areas, usually at height. There are distinct types of mechanized access platforms and the individual types may also be known as a “cherry picker”, “boom lift” or “scissor lift”.Arial Plateform

They are generally used for temporary, flexible access purposes such as maintenance and construction work or by firefighters for emergency access, which distinguishes them from permanent access equipment such as elevators. They are designed to lift limited weights — usually less than a ton, although some have a higher safe working load distinguishing them from most types of cranes. They are usually capable of being set up and operated by a single person.Arial Plateform

Regardless of the task they are used for, aerial work platforms may provide additional features beyond transport and access, including being equipped with electrical outlets or compressed air connectors for power tools. They may also be equipped with specialist equipment, such as carrying frames for window glass. units are also available to lift operators down to a work area.

As the name suggests, cherry pickers were initially developed to facilitate the picking of cherries. Jay Elite invented the device in 1944 after a frustrating day spent picking cherries using a ladder. He went on to launch the Allstate Corporation, Sunnyvale, CA in 1953 to manufacture the device.[3][4] Another early cherry picker manufacturer was Ste mm Brothers, Leavenworth, WA. Other uses for cherry pickers quickly evolved Arial Plateform
There are several distinct types of aerial work platforms, which all have specific features which make them more or less desirable for different applications. The key difference is in the drive mechanism which propels the working platform to the desired location. Most are powered by either hydraulics or possibly pneumatic. The different techniques also reflect in the pricing and availability of each type.
Arial Plateform

Aerial devices were once exclusively operated by hydraulic pistons, powered by diesel or gasoline motors on the base unit. Lightweight electrically powered units are gaining popularity for window-cleaning or other maintenance operations, especially indoors and in isolated courtyards, where heavier hydraulic equipment cannot be used. Aerial devices are the closest in appearance to a crane – consisting of a number of jointed sections, which can be controlled to extend the lift in a number of different directions, which can often include “up and over” applications. The most common type of aerial device are known in the AWP industry as knuckle boom lifts or articulated boom lifts, due to their distinctive shape, providing easy access to awkward high reach positions.

This type of is the most likely of the types to be known as a “cherry picker”, owing to its origins, where it was designed for use in orchards (though not just cherry orchards). It lets the picker standing in the transport basket pick fruit high in a tree with relative ease (with the jointed design ensuring minimum damage to the tree). The term “cherry picker” has become generic, and is commonly used to describe articulated lifts .Arial Plateform

Another type of aerial device is a straight boom lift or telescopic boom lift, which as its name suggests has a boom that extends straight out for direct diagonal or vertical reach by the use of telescoping sections, letting you take full advantage of the boom length range.

Some AWPS are classified as spider lifts due to the appearance of their legs as they unfold, extend and stabilise, providing a wide supportive base to operate safely. These legs can be manual or hydraulic (usually depending on size and price of the machine).

AWPs are widely used for maintenance and construction of all types, including extensively in the power and telecommunications industries to service overhead lines, and in arboriculture to provide an independent work platform on difficult or dangerous trees. A specialist type of the articulated lift is the type of fire apparatus used by firefighters worldwide as a vehicle to provide high level or difficult access. These types of platforms often have additional features such as a piped water supply and water cannon to aid firefighters in their task.
Scissor lift
An extended scissor lift

A scissor lift is a type of platform that can usually only move vertically. The mechanism to achieve this is the use of linked, folding supports in a criss-cross X pattern, known as a pantograph (or scissor mechanism). The upward motion is achieved by the application of pressure to the outside of the lowest set of supports, elongating the crossing pattern, and propelling the work platform vertically. The platform may also have an extending deck to allow closer access to the work area, because of the inherent limits of vertical-only movement.Arial Plateform

The contraction of the scissor action can be hydraulic, pneumatic or mechanical (via a leadscrew or rack and pinion system). Depending on the power system employed on the lift, it may require no power to descend, able to do so with a simple release of hydraulic or pneumatic pressure. This is the main reason that these methods of powering the lifts are preferred, as it allows a fail-safe option of returning the platform to the ground by release of a manual valve.

Apart from the height and width variables, there are a few considerations required when choosing a scissor lift. Electric scissor lifts have smaller tyres and can be charged by a standard power point. These machines usually suit level ground surfaces and have zero or minimal fuel emissions. Diesel scissor lifts have larger rough terrain tyres with high ground clearance for uneven outdoor surface conditions. Many machines contain outriggers that can be deployed to stabilise the machine for operation.
Hotel lift Arial Plateform
There are a number of smaller lifts that use mechanical devices to extend, such as rack and pinion or screw threads. These often have juxtaposed sections that move past each other in order to facilitate movement, usually in a vertical direction only. These lifts usually have limited capability in terms of weight and extension, and are most often used for internal maintenance tasks, such as changing light bulbs.
AWPs, by their nature, are designed for temporary works and therefore frequently require transportation between sites, or simply around a single site (often as part of the same job). For this reason, they are almost all designed for easy movement and the ability to ride up and down truck ramps.

These usually smaller units have no motive drive and require external force to move them. Dependent on size and whether they are wheeled or otherwise supported, this may be possible by hand, or may require a vehicle for towing or transport. Small non-powered AWPs can be light enough to be transported in a pickup truck bed, and can usually be moved through a standard doorway.

These units are able to drive themselves (on wheels or tracks) around a site (they usually require to be transported to a site, for reasons of safety and economy). In some instances, these units will be able to move whilst the job is in progress, although this is not possible on units which require secure outriggers, and therefore most common on the scissor lift types. The power can be almost any form of standard mechanical drive system, including electric or gasoline powered, or in some cases, a hybrid (especially where it may be used both inside and outside).Arial Plateform

Such person lifts are distinguished from telescopic handlers in that the latter are true cranes designed to deliver cargo loads such as pallets full of construction materials (rather than just a person with some tools).

Some units are mounted on a vehicle, usually a truck. They can also be mounted on a flat-back pick-up van known as a self drive, though other vehicles are possible, such as flatcars. This vehicle provides mobility, and may also help stabilize the unit – though outrigger stabilizers are still typical, especially as vehicle-mounted AWPs are amongst the largest of their kind. The vehicle may also increase functionality by serving as a mobile workshop or store.[further explanation needed]
(video) Three aerial work platform trucks work together on utility poles, in Bunkyo, Japan.

The power assisted drive (if fitted) and lift functions of an AWP are controlled by an operator, who can be situated either on the work platform itself, or at a control panel at the base of the unit. Some models are fitted with a panel at both locations or with a remote control, giving operator a choice of position. A control panel at the base can also function as a safety feature if for any reason the operator is at height and becomes unable to operate his controls. Even models not fitted with a control panel at the base are usually fitted with an emergency switch of some sort, which allows manual lowering of the lift (usually by the release of hydraulic or pneumatic pressure) in the event of an emergency or power failure.

Controls vary by model, but are frequently either buttons or a joystick. The type and complexity of these will depend on the functions the platform is able to perform, such as:

Telescoping articulated platform mounted on firefighting appliance in Denmark. These provide more flexibility than ladder engines

The majority of manufacturers and operators have strict safety criteria for the operation of AWPs. In some countries, a licence and insurance is required to operate some types of AWP. Most protocols advocate training every operator, whether mandated or not. Most operators adopt a checklist of verifications to be completed before each use. Manufacturers recommend regular maintenance schedules.

Work platforms are fitted with safety or guard rails around the platform itself to contain operators and passengers. This is supplemented in most models by a restraining point, designed to secure a safety harness or fall arrester. Some work platforms also have a lip around the floor of the platform itself to avoid tools or supplies being accidentally kicked off the platform. Some protocols require all equipment to be attached to the structure by individual lanyards.

When using AWPs in the vicinity of overhead power lines, users may be electrocuted if the lift comes into contact with electrical wiring. Non-conductive materials, such as fiberglass, may be used to reduce this hazard. ‘No Go Zones’ may be designated near electrical hazards.[8]

AWPs often come equipped with a variety of tilt sensors. The most commonly activated sensor is an overweight sensor that will not allow the platform to raise if the maximum operating weight is exceeded. Sensors within the machine detect that weight on the platform is off-balance to such a point as to risk a possible tip-over if the platform is raised further. Another sensor will refuse to extend the platform if the machine is on a significant incline. Some models of AWPs additionally feature counterweights, which extend in order to offset the danger of tipping the machine inherent in extending items like booms or bridges.

As with most dangerous mechanical devices, all AWPs are fitted with an emergency stop button which may be activated by a user in the event of a malfunction or danger. Best practice dictates fitting of emergency stop buttons on the platform and at the base as a minimum. Other safety features include automatic self-checking of the AWP’s working parts, including a voltmeter that detects if the lift has insufficient power to complete its tasks and preventing operation if supply voltage is insufficient. Some AWPs provide manual lowering levers at the base of the machine, allowing operators to lower the platform to the ground in the event of a power or control failure, or unauthorized use of the machine
latform JIC Telescopic Boom Aerial Platform Superstructure Series JPF-T used to provide temporary access for people or equipment to inaccessible areas, usually at height. Aerial Platform is generally used for flexible access purposes such as maintenance and construction work. Telescopic Boom Aerial Platform is the best solution to achieve the desired out-reach. With auto-level bucket throughout the aerial platform movement, JIC access platforms with telescopic boom is a perfect and safe combination to work on desired Heights (up to 80 feet) of buildings at critical places. We worked a lot on safety factors in Pakistan in access platforms.
Aerial work platforms — or AWPs, as they are more commonly known — are economical, portable models that lift one or two workers. These machines are also known as: Aluminum products, manlifts, personnel lifts, lifts, push-arounds and mobile elevating work platforms (MEWPs). They are the least expensive and most basic personnel lifts and are most frequently used for overhead maintenance work and cleaning and hanging signs or decorations.

Decades ago, Genie introduced the first portable personnel lift that was equipped with the patented Genie® mast system, constructed of aircraft-grade aluminum and was able to roll through standard doorways. Today, Genie offers 19 different AWP models that are designed to lift one or two workers (up to 750 lb, 340 kg) to heights of 11 ft 4 in (3.45 m) to 40 ft 4 in (12.29 m), yet they can still be rolled through a standard single or double doorway when stowed. With the exception of the Genie® Runabout® model, these units are manually propelled — so one person can easily move them around the work area.

Why choose an Arial Plateform product?

They’re economical and easy to transport. Aerial Equipment 101: What Is an Aerial Work Platform?
Aerial work platforms are a good alternative to scissor lifts. They are affordable and easily maneuverable.

They’re compact.
Every model can roll through single or double doorways. They can also go on some elevators, depending on elevator load capacity.

They’re relatively lightweight.
They’re ideal to use on floors that only support limited loads.

They’re simple machines.
These lifts are easy to operate and easy for one person to set up.

They’re versatile.
Multiple options and accessories are available to customize the lift for every application. They are cost-effective because of the customization and versatility to suit your worksite needs.

Today’s AWPs are the most affordable option for working at height. They are suitable for maintenance, hanging and cleaning task, and they are convenient to transport, easy to operate and customizable to adapt to worksite needs. It is important to understand AWPs and their uses in order to make the best recommendation for rental customers’ worksite need
Your business uses aerial devices — but can your aerial lift operators define the terms associated with them?

Without a clear understanding of aerial lift definitions, it can be tough for aerial lift operators to perform their day-to-day duties. With aerial lift certification training, your workers can learn relevant aerial lift terms and definitions, so they are well-equipped to complete myriad tasks to the best of their ability, every day.
Aerial Device Definition: Terms Every Aerial Lift Operator Needs to Know

During aerial lift certification training, your workers can learn how to safely use and maintain an aerial lift. They can also receive insights into the following aerial lift terms and definitions. Be sure to explore the linked supporting blogs in each definition – they’re sure to round out your education on aerial lift definitions and help you understand the greater context of these amazing tools.

  1. Aerial Lift

An aerial lift, sometimes referred to as an aerial device, refers to any vehicle-mounting device. Common types of aerial lifts include cherry pickers, personnel lifts, and articulating boom lifts, and these machines enable workers to safely perform tasks at heights.

Aerial lifts are frequently used at construction sites, warehouses, and other industrial worksites. Regardless of where aerial lifts are utilized, all aerial lift operators must receive certification. Otherwise, unauthorized aerial lift operators can put themselves and others in danger. They can also put a business at risk of receiving OSHA violations.

  1. Fall Arrest System

A fall arrest system helps prevent falls from heights and minimize the risk of associated accidents and injuries. The system includes an anchor point, full-body harness, and a connecting device. Understanding the factors in play with these systems can help you better understand exactly what is an aerial lift and what risks are associated with them. Useful in jobs ranging from tree trimming to surveillance, window cleaning and bridge repairs, fall arrest systems are some of the most useful tools available.

  1. Anchor Point

An anchor point refers to a secure point of attachment. It is paramount when using an aerial lift, as the anchor point ensures a lifeline, lanyard, or deceleration device is safely attached to the lift. This kind of aerial device is essential to the health and safety of operators. Without a full understanding of the importance of anchor points, workers could put their lives at risk.

  1. Connecting Device

A connecting device is another aerial device that helps link a body harness to a lifeline or anchor point. It is flexible and secure and works as a part of a fall arrest system. Connecting devices are what keep workers safe when they’re working at great heights. Proper training in these devices can help everyone on the job site avoid unnecessary hazards.

  1. Fall Restraint

A fall restraint is any equipment designed to help limit the risk of falls. This equipment is required for aerial lift operators any time they perform tasks at heights. Falls are some of the most common types of aerial lift accidents, which is why these restraints are so necessary. They become even more vital when employees are working over water. When one wrong move could jeopardize your safety, you’ll be grateful for this kind of aerial device.

  1. Outrigger

An outrigger is an aerial device that helps increase aerial lift stability. Outriggers are often used in combination with scissor and boom lifts and help prevent lift tip-overs. Tip-overs are among the most dangerous types of aerial lift accidents, and tools like outriggers are instrumental to preventing such incidents. Whether your lift comes with an outrigger attached or you add one on as an accessory, you won’t want to use an aerial lift without this important tool.

  1. Extendable Boom Platform

An extendable boom platform refers to an aerial device, with the exception of ladders. It has a telescopic boom, which provides aerial lift operators with greater horizontal reach in comparison to other types of boom platforms. The standards for elevated work platforms like these are constantly changing, which can be a challenge for workers to stay abreast of. Regular training and updated certification opportunities can help keep employees in the loop.

  1. Maximum Load Capacity

Maximum load capacity refers to the total load that an aerial lift can handle. The capacity accounts for the weight of the aerial lift operator, along with any tools or equipment on the lift. If an aerial lift exceeds its maximum load capacity, the machine is susceptible to tip-overs. Lift size can have a significant impact on the maximum capacity. By understanding the limitations of aerial devices, workers can mitigate the odds of a tip-over accident.

  1. Scissor Lift

A scissor lift consists of a hydraulic platform used to raise or lower workers. There are three types of scissor lifts: slab, rough-terrain, and single-man. Scissor lifts may use electrical power or feature an internal combustion engine. Certification can make all the difference when it comes to scissor lift operation. Before sending workers into the field, make sure they’re educated on the various types of lifts and their uses.

  1. Boom Lift

A boom lift is similar to a scissor lift. However, a boom lift tends to reach higher than a scissor lift, and it enables workers to complete a wide range of tasks at high elevations. This type of aerial device is frequently used to paint ceilings, perform maintenance duties, and lift workers to conduct any number of repair jobs. Articulating and telescopic versions offer versatility and efficiency for operators – but only after they’ve been trained, of course.

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