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IC Lift Trucks
Internal combustion lift trucks are members of classes IV and V. Usually, they are available in gas, diesel or liquid propane units. Mostly, the ICE or internal combustion engine models are used outdoors, as they can function in inclement conditions and emit some emissions. Propane-powered units, however, can be used indoors provided that proper ventilation is used. It is best to determine what specific requirements you have to utilize the forklift for and what types of settings you would be operating in, in order to ensure you choose the right model that will suit all your needs.
ICE Benefits
Several of the advantages of ICE include a lower initial purchase price, compared to a similar capacity electric truck. This could vary anywhere from twenty to forty percent less. The ICE units are really fast and simple to refuel. This feature really lessens downtime because there is no requirement to recharge any batteries, like there is with electric models.
Most often, Internal Combustion Engine units offer higher performance capabilities compared to the similarly equipped electric truck. The heavier capacity is often available in these models compared to electric trucks. Over recent years, there have been many changes regarding emissions technology and this has resulted in lesser total levels of emission. ICE trucks remain popular with load sizes around eight thousand pounds and even much higher in certain applications like lumberyard settings, steel manufacturing facilities and ports.
Internal Combustion Engine Drawbacks
The IC models do suffer from some disadvantages such as a higher cost-per-hour to operate as compared to electric trucks, because of the excess needs for fuel. Furthermore, these models normally create more noise compared to the electric models because they run louder. Internal Combustion Engine trucks also have fuel-storage requirements to take into consideration as well.
Negative Effects of Using Scissor Lifts
Scissor lifts are a type of "mobile scaffolding", with a wheel-mounted machinery that provides power to a work platform that moves down and up. The lift can be powered by electricity, propane, diesel or gas. Scissor lifts are characterized by a variety of scissor-like joints which lift the equipment by expanding and collapsing. Many safety features are built into scissor lifts these days, particularly the newer models. Like with any safety features, they may not be able to guarantee safety and several features can be overridden by operators manually or they could sometimes malfunction.
Inadvertent Elevation
Commonly, construction workers use scissor lifts to work on higher aspects of the jobsites or on ceilings. The workers will have to hoist the platforms just to right below ceiling level. The issue with accidental elevation can happen if the workers bump into the elevation controls accidentally while working. In the ceiling scenario, the controls might be activated accidentally and the platform can rise up and inadvertently crush them into the ceiling.
Electrocution
A different way employees have to be really cautious is to be sure they are familiar with the environment they are in while operating the machine so as to make sure they don't unintentionally electrocute themselves. If, for instance, an operator inadvertently touches or makes direct contact with an induction field or an electrical conductor, terrible consequences could happen.
Lateral Loads
While using a scissor lift, it is essential know the loading limitations in the instruction manual of your scissor lift. Very serious consequences could take place if the platform is mis-loaded. A lateral-load is one of the potential problems which can occur if the entire lift overturns. This situation happens when a heavy tool or material like a concrete slab that hangs over the scissor lift platform's side, causing the whole machinery to become instantly unbalanced and really susceptible to dangerously tipping over.
