Method and Benefits of Filling Water in the Tyres

The probability of tires to slip increases when the tractor is light and is operating on hard ground. It reduces the performance, which cause increases diesel consumption. Experiments show that proper tire grip on the surface, tractor performance increases by 10 to 25 percent. To increase the surface grip in the rear tires, filling water in the tires is recommended. Below is the method to fill water in the tires with a simple instrument.

Water Can Be Filled In the Tyre Using the Instrument

  • Raise the rear tires with the help of the jack, and raise the inflation valve to its highest position.
  • Remove the inflation valve from the tube’s nozzle and let the entire air out.
  • Now mount the water filling nut on the tube’s nozzle.
  • Connect the water filling tube to the tank as shown in the diagram. The water tank should be at least 5 feet above the instrument. Open the tank’s valve so water could flow in the tire’s tube.
  • Close the tank’s valve when the water starts to flow out the air pipe.
  • Detach the water filling instrument from the tire-tube and let the extra water flow out of it.
  • After the extra water is drained, place the inflation valve on the tube’s nozzle.
  • Inflate the tire to 12 – 14 psi.
1. Air 2. Pressurized entry of water in the tube 3. Pipe to fill water 4. Deflation pipe 5. Instrument shell

  • In places where temperature falls to freezing point or below, NEVER water in the tires or mix Calcium Chloride in the water to fill in the tires.
  • Fill water in the tire at a place where there is a facility to inflate the tire with air too.
  • If water filled tires need to removed, then remove the water first and then remove the tire from the tyre first and than remove the tyre from the tractor. Otherise the heavy tyre will damage stud threads used to fasten the wheels.

Battery Care of John Deere, New Holland and Massey Ferguson Tractor

Maximum benefit can be obtained from the battery by following the instructions described below.

  • The tractor battery should never be used without the ‘bracket’; otherwise the battery could be damaged. Secure the battery clips tightly.
  • If there is white or blue substance on the battery terminals, wash the terminals with warm water and dry; and apply some petroleum jelly.
  • Remove all Vent Plugs of the battery and then look in each cell to see whether the plates are submerged in the battery solution or not. If not, then fill with distilled water up to the ‘Max’ point.
  • Before replacing the caps, check to make sure the Vent Holes on them are not closed; because the battery could be harmed if the holes are closed.
  • Never use hammer or heavy object to push wire clamps on the terminals. Otherwise, the battery will be ruined very soon.
  • The battery wires should never be loose. Otherwise, starting the tractor will be difficult.
  • Replace the faulty wire and/or clamps

Often farmers leave the engine running during meal breaks when the battery is weak, which wastes a lot of diesel. The tractor battery should always be well charged, because high power is required to start the engine. If the battery does not have the required power, the engine starts with difficulty, which also wastes diesel.

Battery MF-240/260/375 (water level)
Battery MF-385/385 4wd (inlets to pour distilled water)



Proper Air Pressure in the Tyres and its Importance

In order to get proper performance out of the tractor, the proper air pressure in the tires is very important because engine power is wasted when the air pressure is low or high, and required productivity is not obtained, either. It is important for every tractor owner to have an air gauge and a manual air pump handy.  Improper air pressure can cause the following harm:

  • Tire life is reduced and these crack at the sides.
  • It causes unnecessary load on the engine which overheats the engine.
  • The tractor emits smoke and does not pull well.
  • Diesel consumption is increased and time is wasted as well.
  • Parts of the field remain un-ploughed.
  • Rear tires slip during operation, which causes more wear out.
Use the instructions below to maintain proper air pressure in  Massey Ferguson tractors

Tractor Model Air Pressure Tyres Size
Front Tyres Rear Tyres
With Plough With Trolley With Plough With Trolley Front Tries Rear Tires
MF-240 26 psi 26 psi 14 psi 18 psi
6.00 – 16 6PR
12.4/11–28 6PR
MF-350 26 psi 26 psi 14 psi 18 psi
6.00 – 16 6PR
14.9/13–28 6PR
MF-260 28 psi 28 psi 14 psi 18 psi
7.50 – 16 6PR
14.9/13–28 6PR
MF-375 30 psi 30 psi 12 psi 18 psi
7.50 – 16 6PR
16.9/14–30 6PR
MF-385 30 psi 26 psi 12 psi 18 psi
7.50 – 16 6PR
18.4/15–30 6PR
MF-385 4WD 12 psi 18 psi 12 psi 18 psi
12.4–11–24 12PR
18.4/15–30 6PR


If there is additional load on the front part of the tractor, as the front-end loader or front blade is used, inflate the front tires to 40 psi. Using oil or grease to clean the tires reduces their life. Water is sufficient to clean these.

Checking and Changing the Transmission and Hydraulic Oil for tractor

  • To check the transmission oil, it is important to park the tractor on a level surface and turn off the engine.
  • Remove and clean the small gauge (dipstick) under the driver seat with a cloth.
  • Reinsert and remove the gauge and hold it tilted to check the oil level. In case of low level, replenish the oil.
  • If you plan to use the tractor only to plough or pull trolleys, then maintain the oil level anywhere in the zone marked on the gauge as XX, as shown in the picture labeled ‘B’. if you wish to use the oil in the gearbox to operate any external instruments, for example front blade and tipping trolley etc, then in that case the oil mark should be at the ‘Max’ level ‘C’; as shown in the figure.

Very Important

  • You must have the transmission oil changed after hours from a reputable workshop.
  • Not changing the oil allows the iron dust, mixed with the oil, to ruin the gearbox and the hydraulic system parts.
  • After the first 600 hours, have the transmission oil changed by a recognized workshop.
  • Changing the hydraulic oil after completing every 600 hours, and clean the hydraulic pump filter with diesel.
  • MF240/350 has a capacity of 33 liters for the transmission/hydraulic oil, whereas MF260/375/385 can hold 36 liters, and MF385 4WD reservoir can hold 42 liters.
  • For external hydraulic components in the MF240/350, the oil capacity is 36 liters, whereas 39 liters in MF260/375/385, and 45 liters in MF385 4WD.
MF-240/260/375 Provision for changing Transmission / Hydraulic oil MF-385S/385 4WD Provision for changing Transmission / Hydraulic oil
Drain Plug Drain Plug
Opening for filling the Oil MF-240/260/375S Opening for filling the Oil MF-385/385 4WD

Hydro-Static Power Steering System

This system is installed in the MF385/385 4WD tractors, which allows the driver/operator to control the steering system with ease. Hydro-static power steering system is a complete power steering system in which there is no mechanical connection between the steering wheel and the front wheels, which allows the steering wheel to be turned with only one or two fingers. This tractor is especially suitable for working with front-end loaders. In this oil system is supplied to the steering control unit through steering pump, due to which controlled quantity of oil reaches the right and left sides by the steering cylinder when the steering wheel is turned; and when the steering wheel is straight, the steering unit bypasses the oil supply.


Always use the reputable and reliable oil in MF350/260/375/385/385 4WD Tractors

A. Neutral Oil Flow When Tractor is Moving Straight

This is the neutral position of the steering unit. In this position the oil flows from the hydraulic pump to the steering unit, and because of the oil spool and sleeve hole being in straight position the oil returns to the steering pump. In this system two shock valves and two suction valves are fitted on the right and left sides of the steering unit. Shock valves are used between the steering rim cylinder and steering ring control unit to protect this system, whereas the suction valves are used to compensate any shortage of oil in the system.

B. Turning of the Steering when the Engine is Running

On first movement of the steering wheel the right and left turning holes become straight with each other, so that oil can be supplied to the oil hand pump. Subsequently, the second movement turns the steering and the hand pump. Simultaneously, the hand pump measures the quantity of oil and pushes it back towards the spool and sleeve. The oil coming back enters the spool valve through the grooves, which connect the holes together straightly so that the oil could go to the direction in which the steering wheel was turned. With the spool valve and sleeve holes being face to face with each other, the oil coming back from the steering cylinder returns to the circuit. The relief valve between the inlet and the spool inside the steering unit, which protects against the high-pressure created inside the pump, for example, due to an obstruction while the front wheels are turning. From the steering pump to the steering unit, there is a check valve installed on the way. This is a one-way valve that prevents high-pressure while the steering is being turned.
ORBITROL STEERING UNIT CIRCUIT (turning of the steering when the engine is running)

C. Turning the Steering when the Engine is OFF

The pump stops working when the engine is turned off, due to which the oil starts to pass through a bypass valve installed inside the steering unit between the supply and return holes. As the pump starts to function, the oil pressure shuts off the valve by pushing it onto its seat. When the pump cylinder is low, the oil returning from the steering cylinder towards the valve inlet side is bypassed. With the help of this function, the oil can move from one side to the other inside the steering cylinder to maintain uninterrupted steering control.
ORBITROL STEERING UNIT CIRCUIT (turning of the steering when the engine is OFF)

Checking and Changing the Steering Oil and Filter

Mechanical steering has been installed in this tractor, in which to check oil in the steering box, remove the plug located on the steering box. Make sure the oil is completely filled with oil. Replenish if the oil level is low and tighten the plug back on.

Place to check / refill oil in the
steering assembly

MF-385/375/385 4WD 
Power steering has been installed in this tractor. To check the oil in this unit, remove the oil reservoir plug located next to the steering pump at front of the engine. If the oil trickles slowly out of the hole, place the plug back in and tighten. Replenish if the oil level is low.

Place to check / refill oil in the steering
pump MF 375/385/385 4WD

How to Remove Power Steering Oil

Remove the bolts located behind the steering box, remove the filter etc and drain the oil.

How to Replenish Oil

Remove the plug on the reservoir. Start the engine. Straighten the front wheels and then turn the steering clockwise one complete circle. Turn off the engine and replenish oil.

Oil Capacity

The steering pump reservoir in MF385/385 4WD can hold up to 2 liters of oil. Change the power steering oil with the filter after every 250 hours.

How to change power steering filter MF-385/385 4WD

Method and Sequence of Changing the Engine Oil and Filter in Tractor

  • Before changing the engine oil, it is important for the tractor to be properly warmed so oil is thinned and carries out the iron and carbon particles along with it.
  • Park the tractor on a level surface and turn off the engine.
  • Remove the drain plug located under the engine sump and drain the oil completely.
  • Remove oil filter with Filter Remover.
  • Clean the filter body thoroughly with a cloth, remove the old rubber ring and replace with a new ring.
  • After filling the new filter with oil, tighten with the filter body.
Oil Filter MF-240/350
Oil Filter MF-260
Oil Filter MF-375/385/3854WD
Slowly fill fresh oil through the oil-inlet until it starts to come out of the oil drain plug hole. Immediately re-plug the drain tightly.
Oil Filter MF-240/350
Oil Filter MF-260
Oil Filter MF-375/385/385 4WD
  • Now pour more oil until it reaches the “Max” level marked on the dipstick.
  • The oil level must be somewhere between the “Min” and “Max” marks on the dipstick. However, it must never be below the “Min” mark or above the “Max” mark.
Location of checking the engine oil MF-240/350
MF-240/350/260 (MIN, MAX)
MF-375/385 (MIN, MAX)
  • Always use the oil in the engine accordingly.
  • The MF-240/350/260 engines hold 6.8 liters of oil, whereas MF-375/385/385 4WD hold 7.5 liters.

Air Lock and how to Remove it from the fuel system of tractor

If air somehow enters fuel system of the tractor, it stops the fuel-supply and in turn stops the engine. This is called ‘engine is air-locked’. It is important to remove this air from the fuel system before restarting the tractor.

1. Reason for Air-Lock

  • Empty diesel tank.
  • Closed diesel stop-cock.
  • Choked / closed fuel filters.
  • Loose fuel pipes, nuts and bolts.

2. How to Remove the Air-Lock

  • Tighten all pipes and nuts of the fuel system.
  • First open the upper Vent Plug of the primary fuel filter and pump the fuel lift pump of the priming lever, so that airless diesel starts to flow. Close the Vent Plug.
  • Now loosen the two screws on the fuel injection pump and keep moving the priming lever until diesel without air bubble begins to flow out. First tighten the lower screw and then the upper one.
  • First loosen high pressure pump of the cylinder’s the automizer.
  • Start the tractor with the key and tighten the high pressure pipe as the engine sound becomes clearer/ stable.







How to Fill the Diesel Tank of John Deere/ New Holland/ Massey Ferguson Tractor

Always use uncontaminated diesel; i.e. that does not contain sand, water, kerosene, and other unnecessary elements, because these ruin the costly and delicate parts of the fuel injection pump and automizer which deteriorate engine performance.

To protect the parts described and described above, it is important that you refill the diesel tank after completion of work. Refilling the tank will decrease air in it. The less air in the tank will create fewer water vapors, and the parts will be safe from harm. Never mix oil in the diesel.

Diesel Inlets

Massey Ferguson-260
Massey Ferguson-240/350
Massey Ferguson-375/385
Massey Ferguson-375/385 4WD

Storing the Diesel

If diesel is to be stored in drums, then tilt the diesel filled drums as shown in the picture below. Front end of the drum must be 3 to 4 inches higher than its rear end, so that all unwanted deposits like sand, rust, dust settle at the back end, and clean diesel comes out from the front.
Storing the diesel on smaller scale
Storing the diesel on a larger scale