The Case backhoe was introduced in the year 1842 in the United States. The fuel consumption for a 580 Case backhoe is one gallon for every twenty horsepower.
my 86 580 super e uses one gallon an hour if im running hard.
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The serial number JAB0023979 indicates that the Case 580 Super K backhoe was manufactured in 1993. Case backhoes typically have serial numbers that can be decoded to determine their production year, and the "JAB" prefix is associated with that specific model in that timeframe.
The Case 580 Super backhoe with pin number JJG0190978 is likely from the year 2000. Case backhoes have a specific format for their serial numbers, and the "JJG" prefix indicates it was manufactured during that time. For the most accurate information, you can also check the Case website or contact a Case dealer with the serial number.
What year is serial number JAB0139091
The brake fluid reservoir, on a 580 super E backhoe, can be found in the engine compartment near the end closest to the passenger compartment. The reservoir should be labeled for brake fluid.
A backhoe excavator is one that has a loading bucket on the front and a hoe on the back. Such as a Case 580 backhoe
The estimated fuel consumption for a Case 580 backhoe typically ranges from 3 to 5 gallons per hour, depending on factors such as load, operating conditions, and engine efficiency. Operating at maximum capacity or in demanding conditions may increase fuel usage, while lighter tasks may lead to lower consumption. It's advisable to refer to the specific model's manual for more precise figures.
The Case 580L backhoe was manufactured between 1988 and 1994. It was part of Case's popular series of backhoe loaders, known for their versatility and reliability in various construction and agricultural applications.
1959
The hourly fuel consumption for a 2001 Case 580SL Series 2 backhoe typically ranges from approximately 6 to 8 liters per hour, depending on the load, operating conditions, and maintenance of the machine. Factors such as the type of work being performed and the efficiency of the operator can also influence fuel usage. For precise measurements, it's advisable to consult the operator's manual or monitor fuel consumption during actual use.