The H240, H260, and H310 Loaders can be ordered with a single-point hydraulic connection that also incorporates the connection point for any electrical needs. To disconnect the hydraulic connection between the loader and the tractor, it is necessary to relieve the hydraulic system oil pressure on the tractor.
Over time, increased width in tractor hoods have caused issues with available space for running traditional oil lines of a loader along the boom, making them more susceptible to damage.
To improve this situation, the oil lines have been routed through the boom arm and the torque tube, improving line protection and the appearance of the loader.
John Deere loaders are easily removed and reinstalled on tractors without tools. The parking system allows removing or attaching the loader to the tractor in minutes without the need for tools.
To remove or park the loader, apply slight down pressure to the loader boom with the bucket dumped at approximately a 30-degree angle. With the tractor in park, lower the parking stands and place the mast pins in the open position.
To watch a video of parking and attaching an H-Series loader click here.
Utilizing the boom circuit with the tractor in neutral, rotate the mast forward until the mast has rotated past the pin location on the mounting frame by extending the lift cylinder. Now using the bucket circuit, roll back the bucket until the mast is removed from the pocket and will clear the tires.
With the tractor in park, shut the engine off and relieve the hydraulic pressure as indicated for the tractor (rotating the joystick). Disconnect or open the single-point hydraulic connector (or remove couplers if no single point is installed).
Store the loader half of the single-point connector or hoses, and back away from the loader.
A hydraulic shut-off valve is included with the H-Series Ag Loaders to ensure the loader does not lower suddenly. For example, this allows the boom to be locked out when someone is required to be located under the loader boom for service work on the tractor. It should not be used for extended periods of time unless an appropriate support stand is also utilized.
Fast bucket cycle times are important to dump the load from the bucket as quickly as possible, (quite often) in order to be as productive as possible, while completing loading operations. The bucket cylinder design can have a major impact on this cycle time, especially for the mechanical self-leveling loaders.
Therefore, all MSL H-Series Loaders utilize false rod bucket cylinders. A false rod cylinder has a smaller displacement of oil requirement on the head end of the cylinder, which allows this cylinder to dump much faster than a normal cylinder.
|Front axle configuration||MFWD w/ Limited Slip Differential|
|Pump capacity||114 L/min
|Rated pressure||2901 psi
|Leveling configuration||Mechanical Self Leveling (MSL)|
|Bucket used||Materials 73 in.
Materials 1850 mm
|Bucket weight||503 lb
|Lift capacity at full height||Measured at pivot (U)
1699 kgMeasured at 800 mm ahead of pivot (V)
|Lift capacity at 59 in. (1500 mm)||Measured at pivot (W)
4822 lbMeasured at 800 mm ahead of pivot (X)
|Boom breakout force||Measured at pivot (Y)
5902 lbfMeasured at 800 mm ahead of pivot (Z)
|Bucket rollback force capacity||At maximum height (VV)
3336 lbfAt 59-in. (1500-mm) lift height (XX)
6620 lbfAt ground-level line (ZZ)
|Dimensions||Maximum lift height (A)
151.8 in.At full height - bucket level(B)
144.1 in.At full height - bucket dumped (C)
|Overall length (I+F), ft (m)||5 m
|Overall height in carry position (J)|
|Digging depth (H)||31 mm
|Reach||At maximum height (D)
31.5 in.At ground level - bucket level (F)
|Bucket angle||Dump angle, degrees (E)
-7 degree (angle)Rollback angle, degrees (G)
42 degree (angle)Dump angle, ground
-95 degree (angle)
|Cycle times||Loader raise, seconds
2.3 secondsLoader lower, seconds
1.9 secondsBucket dump, seconds
1.4 secondsBucket rollback, seconds