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Regardless whether you have a new forklift fleet or used forklifts, your machine has to be maintained to ensure productivity and safety. Careless forklift operation could result in additional expenses because of damage and abuse. There are simple ways to identify operator practices which indirectly contribute to expenses associated to the wrong operation of Caterpillar forklifts or lift trucks. The following tips would really help you reduce operating costs while ensuring a long life for your machinery.
Causes Of Facility and Forklift Damage
Incorrect Forklifts. Choosing the correct lift truck equipment for the application is essential for efficient and safe forklift performance. One of the most common mistakes is utilizing the wrong type of forklift or alternatives for the particular job. Equipment could suffer premature wear and tear. Parts can be subject to failure. Check that the lift truck is fitted with the correct tires and that they are not worn.
A common cause of impact damage is improper forklift operating practices. Damage to machine, facilities or product may happen while navigating around products. A congested work place lends itself to impacts. Like for instance, pushing pallets, called "Bulldozing", can damage the transmission and wear tires.
Unsafe Forklift Speeding and Lifting. Personal injury and equipment damage can occur by improper lifting practices. Common errors include lifting too high and traveling too fast. A load which is very heavy could cause the forklift to tip over. The operator must make sure that the forks are level.
Obstructions and debris on the floor are the most common cause of forklift damage. If twine, wood, plastic or banding gets into the engine compartment, the cooling system could be compromised. The result could be engine failure or even fire.
Axle or radiator damage is one more common consequence of driving over debris.
The Bi-Energy and Genie DC machines produced by Terex provide quiet and emission-free operation in the most sensitive work applications. For instance, in industrial settings where the equipment has to travel large distances, the Genie bi-energy system combines the advantages and flexibility of a diesel fueled generator with a 48 Volt DC machine.
Important characteristics that this combination offers is up, over and out positioning capabilities for complete flexibility. Moreover, the zero tail-swing provided by most models, combined with the tight turning radius provides easy maneuvering through standard doors and narrow aisles.
Proportional lift controls and drive controls also provide smooth drive performance and precise boom positioning. The 48V DC electric drive system offers emission free and quiet operation suitable for sensitive settings. There are jib boom models on the market to function with an extra working range for particular jobs. On non-jib models, there is a self-leveling platform which rotates to either side at an angle of ninety degrees.
The Terex Genie is great for outdoor construction applications and industrial applications. This model offers engine-powered articulating Z booms that combine up, out and over positioning capabilities and extreme lifting versatility overall. The outreach offered by this particular model is second to none in the market.
Diesel engine machinery on most modes have an articulating boom that provides zero tail-swing with a small turning radius. These machines are ideal in small or narrow places. Furthermore, they provide exceptional torque, terrain and grade maneuverability and utmost power. The diesel engines are quiet overall as well. Most models have full time drive positive drive traction system and active oscillating axle to offer great flexibility on uneven and rough surfaces.
