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Scissor Lift

We are manufacturers and suppliers of Scissor Lift. Manufactured as per the set industry norms and guidelines, its quality never deteriorates. The high quality raw materials and modern machines used in its making, render the product superior sturdiness, commendable performance and longer service life.

An Aerial Work Platform (AWP), also referred to as an aerial device, raising work platform (EWP), or Mobile Elevating Work Platform (MEWP) is a mechanical device used to offer transient access for people or device to inaccessible regions, generally at peak. there are wonderful forms of mechanized get entry to systems and the character kinds may also be called a "SCISSOR LIFT".

A Scissor Lift is a sort of platform that can normally only circulate vertically. the mechanism to gain that is the usage of linked, folding helps in a Criss-Cross "X" sample, called a pantograph (or scissor mechanism). The upward movement is finished with the aid of the utility of stress to the out of doors of the lowest set of supports, elongating the crossing pattern, and propelling the paintings platform vertically. The platform may have an extending "Bridge" to permit nearer get admission to the work vicinity, because of the inherent limits of vertical-most effective motion.

The contraction of the scissor movement can be hydraulic, pneumatic or mechanical (thru a lead screw or rack and pinion machine). Relying on the strength gadget hired on the raise, it is able to require no strength to go into "Descent" mode, however rather a simple launch of hydraulic or pneumatic strain. This is the principle cause that these techniques of powering the lifts are desired, because it lets in a fail-secure choice of returning the platform to the ground by using release of a manual valve.

  • They may be generally used for transient, bendy access functions along with preservation and production paintings or by means of firefighters for emergency access, which distinguishes them from everlasting get admission to equipment including elevators. They're designed to raise restrained weights — typically much less than a ton, although some have a better safe working load (SWL) — distinguishing them from most kinds of cranes. They're usually able to being installation and operated with the aid of a single individual.

    No matter the task they are used for, aerial work systems can also offer extra capabilities beyond delivery and get entry to, including being equipped with electrical shops or compressed air connectors for strength gear. They will additionally be prepared with specialist equipment, inclusive of wearing frames for window glass. under bridge units also are available to raise operators right down to a work region.

    There are several awesome varieties of aerial work systems, which all have particular capabilities which cause them to more or much less perfect for one-of-a-kind packages. The important thing distinction is in the pressure mechanism which propels the running platform to the desired area. Maximum are powered by means of either hydraulics or likely pneumatics. The special strategies also reflect within the pricing and availability of each kind.

    Technical Details:

    Capacity upto 5000 kg.
    Height upto 1.8 mt (6 ft.)
    Platform size upto 10 ft. x 5 ft.
    Handpump or Power Operated
    Mobile or Fixed Type

  • Safety
    The majority of manufacturers and operators have strict safety criteria for the operation of AWPs. In some countries, a licence and/or insurance is required to operate some types of AWP. Most protocols advocate training every operator, whether mandated or not. Most operators also prescribe a range of pre-usage checks of the unit, and 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 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.

    Extreme caution must be taken when using AWPs in the vicinity of overhead power lines, as electrocution may result if the lift comes in contact with energized wiring. Non-conductive materials, such as fiberglass, may be used to reduce this hazard.

    AWPs often come equipped with a variety of tilt sensors. The most commonly activated sensor (especially with two people on a lift), will cause the machine to refuse to raise the platform beyond a certain height. 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. Some lifts are also fitted with sensors which will prevent operation if the weight on the platform exceeds the safe working load. As with most dangerous mechanical devices, all AWPs are fitted with an emergency stop button or buttons for use 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 deliberate use of the machine, e.g., by unauthorized persons.