2011-06-24
Which is more cost-effective between the Hitachi zx200 excavator and the Kato 820-2 excavator?
When it comes to cost-effectiveness and fuel efficiencyHitachiBut when it comes to durability, we have to sayKatoOh, Kato Chete Pishi! These two cars have similar performance! After all, they are all branded cars! But the Kato car is slower and consumes more fuel compared to Hitachi! Hitachi is the giant among excavators! If you want to buy these two cars, I suggest you buy Hitachi and the EX model!
Pursuing the homework performance of Genesis!
The perfect combination of the new hydraulic system and the new engine greatly increases the workload and reduces fuel consumption.
Pursuing spacious and comfortable space!
Provide a wide field of view and space, reducing the burden and fatigue of operators.
Pursuing multifunctionality!
Equipped with a multifunctional monitor with excellent visual effects.
Pursuing durability that creates lifelong value!
The reinforcement of the lower walking body has improved its durability.
More in line with the requirements of heavy-duty operations or harsh environments.
Pursuing time-saving and labor-saving!
Shortened the time for pre work inspection and cleaning, achieving efficient maintenance operations.
Pursuing meticulous security!
On the basis of ensuring the safety of operators, full consideration has also been given to the protection of surrounding safety.
Pursuing world-class environmental performance!
Environmentally friendly engine
Compliant with strict emission limit standards in Japan, the United States, and Europe.
Pursuing more secure maintenance management!
Utilizing machine information for remote maintenance management at the 'e-service Owner's site'
Working in extremely harsh environments such as mines, quarries, and crushers can greatly shorten the durability life of structural components such as booms, forearms, buckets, and hydraulic devices. Therefore, the guarantee conditions and measures are different from those for ordinary excavation objects such as sand and soil. Under these conditions, appropriate measures should be taken to reduce the size of the bucket, use high-performance hydraulic filters, and shorten the corresponding parts and hydraulic oil replacement intervals.
·Working in high mountain areas, due to low air density, engine output power decreases, cooling efficiency decreases, and overheating is prone to occur.
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