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Offered today, there are 3 different load capacities. The TX4 model is an articulated 4-wheel drive forklift built to out-perform the front-end loader lift trucks. Usually, so as to achieve the same capacity from a lift truck or front-end loader, the front-end loader or lift truck should be larger than the 132 inch wheelbase that comprises the TX4 Series. The TX4 Series articulated 4WD lift trucks are true rough terrain lift trucks. They were engineered to have no deration in full turns. Moreover, this specific model comes direct from the plant with eleven feet of vertical lift.
Amongst the most powerful, very robust and highly maneuverable high-capacity rough terrain lift trucks offered these days in the wood products business are the Taylor Machine Works' TXB Series of rough terrain lift trucks. The only USA producer that designs and builds rough terrain forklifts with eighteen thousand pounds to 30,000 pound rated capacities is Taylor Machine Works. Hence, they have become the leader in this specialized field within North America and have earned a solid reputation in this niche.
The TXB series of lift trucks are all available with a a Tier Certified Cummins electronic turbocharged charge air to air or after-cooled diesel engine. Some of the standard engine features consist of electronic diagnostic maintenance and transmission/engine protection systems, reduced overall emissions, improved fuel economy and water/fuel separator.
The TXB series uses a 3-speed, modulated transmission, fully reversing powershift transmission. This transmission is also equipped with a separate cooler for air-to-oil, electric roll shift control and inching ability.
The tire will remain inflated with all the vehicle's weight resting on it, since the pressure of the air in the tire is more than atmospheric air pressure. The pressure of the air within the tire gives resistance against forces which attempt to deform the tire. This gives the tire a slight degree of a cushioning effect as the tire hits bumps in the road. If you have ever taken a ride in an old-fashioned carriage which had wooden wheels, you understand precisely how huge of a difference a set of pneumatic tires makes.
Surely, there are several drawbacks to pneumatic tires. For instance in high-performance situations or highly dangerous applications, these tires could suffer a puncture and this would result in a total failure. The consequence of a blowout at high speeds can lead to a dangerous car crash. Military planners need to take into consideration tires getting blown out by firing of guns or explosion shrapnel. The worst nightmare of a vehicle crew is becoming trapped within a fire zone due to all of their tires becoming flat. Airless tires obviously don't suffer from these type of problems and thus, in some applications, could be more suitable.