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2025年10月30日星期四

How to replace Deutz engine oil filter DFP2012 / DFP1013

 Please.follow.the.steps.below.to.change.the.oil.filter:

 

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                                                                    Risk of scalding!       

                                             

 

   1Then.unscrew.the.lube.oil.filter.cartridge.using.a.commercial.tool.and.spin.it.off.

                               

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2 Catch any oil that may spill out.
 
3 Clean.any.dirt.from.the.filter.carrier.sealing.surface
4 Lightly oil the rubber gasket of the new cartridge
5


5  Manually.screw.in.the.new.cartridge.until.the.gasket.is.flush.
 
6 Tighten.the.lube.oil.filter.cartridge.with.another.half-turn.by.hand

7 Check the oil level, see section 6.1.2
8 Start the engine 
9 Check the oil pressure, see section 3.3.2 
          10 Check.the.lube.oil.filter.cartridge.seal.for.leaks.. 
                          11 Shut down the engine and wait a minimum of 5 minutes 
12 Check the oil level, see section 6.1.2 

2025年10月29日星期三

How to verify the DFP2012 / DFP1013 Deutz diesel engine "overspeed" test switch

    

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 Each engine is equipped with an over-speed test switch that is mounted directly to the control
panel. This test allows the over-speed set point to be obtained at only 67% of the factory preset
speed. Please follow the steps below to perform this test.

 1 Start the engine (see section 3.2.2)

2  Hold the OVER-SPEED TESTING switch in the up position (as seen below) until the2.
engine shuts down. If the engine does not immediately shutdown, contact your autho-
rized service representative.

 

 3  Push the OVER-SPEED RESET button

                                                                 


 

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4  Restart the engine

 

2025年10月28日星期二

How to change the oil in a DFP2012/DFP1013 Deutz diesel engine?

                 


                              Use caution when draining hot oil: Risk of scalding!

                               

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 Collect the oil in a container. Do not allow the drained oil to run into the soil.
Dispose of the oil in accordance with environmental regulations.

 To change the oil, please follow the steps below:

 

          

 

 1.
Allow the engine to warm up2.
Lube.oil.temperature.should.be.approximately.80.degrees.Ca.
Switch the engine off


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4 Place an oil tray under the engine

5 Unscrew the oil drain plug

 6 Drain the oil

7 Fit.the.oil.drain.plug.with.a.new.seal.ring.and.tighten.firmly.(for.torque,.see.section.8.4.1.7.
– 8.4.2) 

8 Pour in fresh lube oil 

   a  For grade / viscosity information see section 4.1 

   b  For quantity information see section 8.1

9  Check the oil level, see section 6.1.2

 

  

2025年10月27日星期一

How to commission a DFP2012 / DFP1013 Deutz diesel engine

                  https://www.heavydutydiag.com/                          

   Commissioning

This section contains information regarding the commissioning of your engine.


Adding Engine Oil

1 Never add oil to the engine while it’s running 

 

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  2 Initial Engine Oil Fill-Up


 3  Adding Fuel


     Use only commercial-grade diesel fuel. For fuel grade, see section 4.2. Use summer or winter-
grade fuel, depending on the ambient temperature.
Never.fill.the.tank.while.the.engine.is.running.•
Ensure cleanliness!•
Do not spill fuel!•
DO NOT• use BIO-DIESEL; bio-diesel can cause the fuel injection components to stick
if.the.engine.is.not.run.for.an.extended.period.of.time.

4.
See sections 6.3.1, 6.3.2 and 8.2 for this information as it pertains to each engine. 

5.
Check the battery and cable connections, see section 6.6.1.1.•
Trial run:•
After.the.engine.has.been.prepared,.carry.out.a.brief.trial.run.for.approximately.o
10 minutes UNLOADED, if possible.
During and after the trial run:•
Check the engine for leakso
After the engine has been turned off:•
Check the oil level and top off, if necessary, see section 6.1.2o
Re-tension V-belts, see section(s) 6.4.1 – 6.4.1.5 

 


  5 This section pertains to the method(s) for starting your engine.

Electric Starting 

 

  


 

6 Starting via Control Panel

 a  Put the MODE SELECTOR switch to MANUAL START.

                        

 


 

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  b Lift and hold the MANUAL CRANK “2. A” switch, releasing it when the engine starts.
Attempt to start the engine for 15 seconds.

                                       


    

c If the engine doesn’t start lift and hold the MANUAL CRANK “3. B” switch and release it
once the engine starts. Attempt to start the engine for 15 seconds. 

                          


  f If the starter engages and turns the engine but it doesn’t crank and run; then alternate4.
between the “MANUAL CRANK A” and “MANUAL CRANK B” switches. 

 g  If the starter engages for every starting attempt and the engine fails to run; then consult5.
the fault table in section 7.1 or call DEUTZ service department. 

h If the starter fails to engage and crank the engine then try starting the engine as outlined6.
in section 3.2.3 entitled “Starting via Manual Solenoids 

 

7 Starting via Manual Solenoids 

a  Put the MODE SELECTOR switch to MANUAL START.

b Lift and hold the manual crank “A” solenoid lever and release it once the engine starts.2.
Attempt to start the engine for no longer than 15 seconds. 

 c If the engine3. does not start then repeat step 2 above using manual crank “B” solenoid. 

               


         

  D If the starter engages and turns the engine but it doesn’t crank and run; then alternate4.
between the “MANUAL CRANK A” and “MANUAL CRANK B” switches.

  E If the starter engages for every starting attempt and the engine fails to run; then consult5.
the fault table in section 7.1 or call DEUTZ service department.

    

2025年10月25日星期六

How to adjust the unit pump of Deutz engine 1013 series

 

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The method for adjusting fuel supply timing is as follows: Open the inspection window on the side of the fuel injection pump and locate the tappet corresponding to the plunger to be adjusted. Loosen the timing screw locknut on the tappet. If the timing is late, back out the timing screw slightly, tighten it with the locknut, and try again. If the timing is advanced, back in the timing screw slightly, tighten it with the locknut, and try again (this situation is rare). After each adjustment, carefully rotate the cam slowly until the plunger reaches its highest point. Then, use a screwdriver to pry up the tail of the plunger and use a feeler gauge to measure the gap between the tail of the plunger and the head of the timing screw. This gap must be no less than 0.4mm to prevent the plunger from hitting the oil outlet valve seat and damaging both sets of components. If the timing requirements can only be met with a gap less than 0.4mm, the plunger must be replaced with a new one.

 Fuel Advancer Maintenance Just like ignition advance in gasoline engines, diesel engines also require the start of fuel injection before the piston reaches top dead center (TDC) on the compression stroke. This is called the injection advance angle. This advance angle ensures fuel atomization and combustion for maximum power. The crankshaft angle of the injection pump from the start of fuel injection to TDC is called the fuel advance angle. The fuel advance angle is indicated by a scaled line and an indicator on the advancer housing at the front of the injection pump.

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Common advancer failures include oil seal leakage and driven disc wear. The advancer's components operate in oil, which dampens the vibration of the flyweights. Oil deficiency can affect advancer performance. Wear on the driven disc's curved shape can also alter advancer performance. Therefore, when a diesel engine experiences insufficient power at high speed, thick smoke, or overheating, it's important to check the advancer's characteristics. The advancer's operating characteristics should be checked on an injection pump test bench. For advancers used in non-supercharged CA6110 engines, the advance angle is 0° at speeds below 500 rpm and 6.5° at 1500 rpm. For advancers used in supercharged engines, the advance angle is 0° at speeds below 500 rpm and 5° at 1300 rpm. The advance angle changes linearly with speed, directly proportional to the speed. If the characteristic curve measured during testing deviates from the above requirements, the system should be repaired. A change in the advancer's operating characteristics indicates wear on the contact surface between the driven plate and the flywheel roller. Remove the plate and reshape the curved surface with an oilstone to restore it to its original shape. Place a shim under the driven plate's spring seat with a thickness equal to the total wear and reshaping to maintain the curved surface's position. The repaired advancer should be reinstalled and retested until the operating characteristics meet the requirements. A leaking advancer can usually be corrected by simply replacing the oil seal.
 
Adjusting Unit Pump Injection Timing: Like separate pumps, unit pump injection timing significantly impacts diesel engine operation. Adjusting unit pump injection timing also involves adjusting the injection pump's fuel advance angle. Excessively large injection advance angles lower the cylinder air temperature, resulting in poor mixture formation upon fuel injection and a prolonged ignition delay, potentially leading to rough engine operation, poor idling, and starting difficulties. Excessively small injection advance angles delay combustion of the combustible mixture in the cylinder, lowering the maximum explosion pressure and temperature, and even incomplete combustion. This can lead to reduced engine power, overheating, black exhaust smoke, and reduced fuel economy. Therefore, adjusting unit pump fuel timing is crucial. Unlike separate pumps, unit pumps do not have a fuel advancer. Instead, adjustment is performed directly on the unit pump by varying the distance between the injection pump plunger and the injection pump tappet. The thickness of the adjustment shim Z is Ts. A thicker shim increases the fuel advance angle; a thinner shim decreases the fuel advance angle. It is necessary to adjust the appropriate thickness Ts of the adjusting gasket so that the injection pump fuel supply advance angle just meets the needs of the diesel engine. 
 
 

  

2025年8月27日星期三

This article introduces the maintenance of the DEUTZ FL413F/513 diesel engine body.

 

The body group is the support of the diesel engine and the installation base for the crankshaft connecting rod mechanism, valve mechanism and other major components of the diesel engine mechanism and system. The diesel engine body group mainly consists of the cylinder block (or engine block, crankcase), cylinder gasket, cylinder head, cylinder liner and oil pan.

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(1) Structure of the body The FL413F/513 diesel engine body adopts a gantry structure (as shown in Figure 2-2). This structure has a relatively high body rigidity. The upper part of the V-shaped body is two cylinder liner mounting planes at a 90° angle to each other. The injection pump bracket and fan transmission box are installed in the middle, and the lower part is the oil pan joint surface. The cylinder liner mounting plane is at a 45° angle to the oil pan joint surface. The body is cast from gray alloy cast iron. The hardness is 180~250HB. The center distance between the cylinder liner mounting holes on the cylinder liner mounting plane is 165mm, and the hole diameter is 139mm. Due to the parallel connecting rod mechanism, the left and right cylinder liner mounting holes are not on the same center line and are offset by 29mm.

① The diameter of the bottom hole of the crankcase main bearing is φ 101 (+0.022)mm, and the third cross partition is dedicated to thrust positioning. The main bearing cover is tightened by two M16×1.5mm vertical bolts and two M10mm horizontal bolts at the same time. The main bearing cover is made of QT50-5 ductile iron.

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② A φ22.5mm main oil channel bottom hole is cast in the crankcase, and a φ22mm oil pipe is installed; the main oil channel is connected to the main bearing bottom hole

 

(2) Characteristics of the engine body The FL413F/513 diesel engine body has the following characteristics.

① High degree of universalization, serialization and standardization. Except for the length, the other structural elements of the models with different cylinder numbers are basically the same.

② Compact structure and small size. The horizontal width of the oil pan joint surface is only 265mm, which is convenient for installation on the equipment.

③ The transmission gearbox and the crankcase are cast as one piece, which increases the overall rigidity of the rear part of the crankcase and the crankcase.

④ In addition to two vertical bolts, the main bearing cover and the engine body are fastened with two horizontal bolts. This better ensures the rigidity of the engine body and helps reduce the noise of the diesel engine.

(3) Main damage modes of the cylinder block The main damage modes of the diesel engine body are:

① Broken connecting rod bolts;

② Deformation, loss of roundness or deterioration of the coaxiality of the main bearing bottom hole due to the burning of the bearing;

③ Deformation or cracking of the cross-partition of the main bearing bottom hole due to overload operation or other factors;

④ Abnormal damage caused by other reasons, etc.

(4) Inspection points of the engine body (crankcase or cylinder block) The engine body of a diesel engine is the basic component of the diesel engine, and all moving parts are installed on it. Therefore, the quality of the engine body directly affects the running stability and reliability of the entire diesel engine. When overhauling a diesel engine, the quality of the engine body should be carefully checked, with a focus on the following parts.

① The quality of the bottom hole of the main bearing of the engine body, that is, check whether the main shaft hole is out of round, whether there are cracks or bearing rotation, and whether the coaxiality of all holes is out of tolerance.

② Whether the engine body water jacket, cross partition, etc. have quality problems such as cracks or looseness.

③ Whether the various installation surfaces (mainly the installation surfaces with the cylinder liner and cylinder head) are deformed or have pits, corrosion spots, etc.

④ Whether the relevant oil channels (such as: the main oil channel of the engine oil or the diesel oil channel of the single pump diesel engine, etc.) are intact. Only when the engine body is checked to confirm that there are no quality problems can it be used again. Otherwise, it should be repaired before use.

(5) Repair method of cracks in the engine block cross-plate When a diesel engine fails due to lack of oil, such as burning bearings or shaft seizure, the bottom hole of the main bearing bearing may be worn out and out of round, deformed or cracked. In this case, the bottom hole of the main bearing needs to be repaired. The repair points are shown in Table 2-1.

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If the technology is good enough, the best repair method is to use thermal spraying to repair the engine block (cylinder block) because it can completely restore the original standard size and accuracy requirements of the bottom hole of the main bearing of the engine block. A successful case in this regard is the use of thermal spraying to repair the engine blocks of several F12L513 diesel engines. After years of use, no quality problems have occurred in the repaired parts.

Insufficient degree makes the diesel engine unable to work normally. Similar faults have occurred many times. Especially when troubleshooting "cylinder pulling" and other faults on site, more attention should be paid.

 

2025年8月25日星期一

This article introduces the Deutz BFM1013 electronically controlled single pump diesel engine, its use and maintenance requirements Diesel engine operation points

 

(1) Preparation before starting To ensure safe driving, the following inspections should be carried out before starting.

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① Check whether all parts of the diesel engine are normal, whether all accessories are connected reliably, and eliminate any abnormal phenomena.

② Check whether the electric starting system circuit wiring is normal and whether the battery power is sufficient.

③ Check the oil level in the oil pan and the injection pump assembly. The oil level should not be lower than the center line of the upper and lower limit marks of the oil dipstick.

④ Check the oil level in the fuel tank.

⑤ Open the fuel tank switch to allow diesel to flow to the fuel pump.

⑥ Use the fuel pump to remove air from the fuel system.

⑦ Check the cooling system and add enough water.

⑧ For diesel engines with power booster pumps, check whether the booster pump has sufficient circulating oil. It must not run idle. The oil suction vacuum at the booster pump inlet must not be higher than 0.02MPa, and the oil suction pipeline is not allowed to leak.

⑨ For new engines or diesel engines that have been parked for more than 5 days, the crankshaft should be rotated 3 to 5 times before starting.

⑩ For diesel engines that are parked for emergency use, in order to facilitate rapid start-up and operation in case of emergency, they should be started and tested every 3 to 5 days during the parking period until the water and oil temperatures reach above 60°C.

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(2) Starting the diesel engine

After the preparatory work before starting is completed and confirmed to meet the requirements, it can be started. The clutch should be disengaged during starting. The starting steps are as follows.

① Turn the ignition switch (see Figure 1-35) to start the diesel engine.

Note: The connection time should not exceed 5 seconds each time to protect the starter battery; after each start failure, it should be stopped for 60 seconds before starting again. If it fails three times in a row, the cause should be identified and the fault should be eliminated before starting again. Once the diesel engine is started, the lock switch should be turned back to its original position immediately.

For supercharged and supercharged intercooled diesel engines, since a supercharger is used, the engine should be idled for 3 to 5 minutes after each start to allow the oil pump to work properly and to build up the necessary oil pressure, ensuring that the pressure reaches the supercharger bearing at the top of the diesel engine.

② After the diesel engine is started, the oil pressure should be checked immediately by the oil pressure warning light and oil pressure gauge on the instrument panel. If there is any abnormality, the cause must be identified and the fault must be eliminated.

③ After the diesel engine is started, it should be idled for 3 to 5 minutes. It is strictly forbidden to accelerate or throttle immediately after starting.

④ When starting in winter, the air preheating button can be pressed, but it should not exceed 40 seconds.

(3) Cold start of diesel engine

① Introduction to the function of low-temperature starting device The currently produced "low-temperature start type" series diesel engines mainly use the intake air preheating method to improve the low-temperature starting performance of diesel engines. The CA6DE3 (BF6M1013) series engines use two intake air preheating methods: one is to ignite diesel to heat the cold air entering the engine intake manifold (flame preheater heating); the other is to use electrical heating (PTC air heater heating). The usage of both heaters is briefly described below.

a. Flame preheater. This device heats the intake air by igniting diesel injected into the intake manifold. This device automatically activates when the engine's coolant temperature falls below 0°C. When starting the diesel engine, the operator first places the ignition key (YI=Y) in the preheat position. After approximately 26 seconds, the preheat indicator light turns off, and the operator can start the engine.

b. PTC air heater. The PTC air heater (shown in Figure 1-36) stores heat generated by electrical energy in the heater. During startup, hot air enters the cylinders first, ensuring a smooth engine start. When the driver wants to start the diesel engine, he or she should first press the preheat switch. After 6 minutes, the buzzer will sound, indicating that the preheater is finished. The driver can then reset the preheat switch and start the engine.

② Cold Start Components: The CA6DE3 series has a specially developed air heater. To ensure low-temperature starting performance, the vehicle's engine oil, diesel, battery, and other spare parts must be configured according to relevant requirements. Specific requirements are shown in Table 1-16.

③ Precautions

a. The flame preheater's glow plug is a consumable part with a normal lifespan of 400-500 cycles, or approximately two years. Therefore, the glow plug's operating condition should be regularly checked. If the glow plug is operating normally during starting, the temperature of its exposed portion should be significantly higher than that of surrounding components (by feel). If any abnormality occurs, the heat pipe resistor may be blown, and the glow plug should be replaced.

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b. After each start, ensure that the battery is fully charged to ensure a smooth start. c. When starting the diesel engine at low temperature after a long period of inactivity (more than 24 hours), the oil pump should be manually pumped several times before starting. At the same time, the residual air in the diesel filter should be released to keep the oil circuit clear for smooth starting.

(4) Operation of the diesel engine

① After starting the diesel engine, it should not be operated at full load immediately. Instead, the diesel engine should be heated by running it at low and medium speeds.

② During operation, the oil pressure and cooling water temperature should be constantly monitored. Full load operation is permitted only when the water temperature reaches above 60°C and the oil temperature reaches above 65°C. During normal operation, the oil pressure should be between 0.2 and 0.5 MPa, and the cooling water outlet temperature should be controlled within 95°C.

③ Always listen to the diesel engine for any abnormal noises. If any are detected, the engine should be stopped and checked immediately. After the cause is identified, it can be restarted and operated.

④ Always pay attention to the sealing condition of the oil and water connections; if there is any leakage, it should be handled immediately to prevent waste and environmental pollution, and oil or water should be replenished in time.

⑤ New or overhauled diesel engines need to run for 2000km at medium and low speeds and light loads before they are allowed to be used at full load.

⑥ The injection pump has been adjusted and the limit screws have been sealed before the diesel engine leaves the factory. Users are not allowed to remove the seals and adjust them at will during use. During operation, it is strictly forbidden to accelerate - shut down - coast - shift gears and then use the clutch to start the diesel engine.

(5) Shutdown of diesel engine

① When the diesel engine is stopped, the load and speed must be gradually reduced to idle speed, and it must idle for 5 minutes before stopping. It is strictly forbidden to stop at high speed unless it is an emergency to prevent the high temperature of the turbine from being transmitted to the floating bearing and the compressor seal ring, causing a supercharger failure. At the same time, it should be noted that the idling time should not be too long (generally not more than 20 minutes), as it is easy to cause oil leakage.

② When the temperature is below 5℃, if antifreeze is not used, the cooling water should be drained immediately to prevent the parts from freezing and cracking.

③ After each shutdown, any faults found during operation must be promptly eliminated and necessary inspections carried out.

④ If the diesel engine is not used for a long time, it must be cleaned and oil sealed as necessary to prevent rust.

(6) Diesel engine running-in A new or overhauled diesel engine must be run-in before it is allowed to run at full speed and full load. The running-in mileage on the vehicle is 2500km. Among them: 0~200km, empty vehicle running, speed not exceeding 40km/h; 200~1500km, load not exceeding 3t, speed not exceeding 60km/h; 1500~2500km, load not exceeding 3t. During the run-in period, the engine oil should be changed three times, at 500 km, 1000 km, and 2500 km, respectively. The air filter element and dust collector should also be cleaned.

At the end of the run-in period, the following maintenance should be performed:

① Clean the diesel engine oil pan, change the lubricating oil, and clean the oil pan oil filter;

② Tighten the oil pump drive gear nut;

③ Check the torque of the main bearing cap bolts;

④ Check the torque of the connecting rod bolts and the cylinder head bolts;

⑤ Check and adjust the valve clearance;

⑥ Replace the oil filter and remove dust from the air filter element;

⑦ Check the fuel injection advance angle; tighten the injection pump coupling bolts;

⑧ Remove the injection pump speed limiter screw, check the belt tension, and adjust it appropriately;

⑨ Tighten the screws connecting the supercharger to the exhaust manifold;

⑩ Check the suspension cushions for cracks and loose nuts.

2025年8月13日星期三

This article introduces the comprehensive use requirements of the Deutz BFM1015 diesel engine.

 

(1) Preparations before starting the diesel engine For the BFM1015 diesel engine, the following points should be noted when the new engine is put into use for the first time. ① Fill the diesel engine with qualified engine oil Before using the diesel engine, fill it with qualified engine oil that meets the use requirements of the diesel engine (the quality grade and viscosity requirements of the engine oil can be referred to the instruction manual of the diesel engine. If there is no reference material, it is recommended to use heavy-duty diesel engine oil of CF grade or above. The viscosity requirement is determined according to the ambient temperature. If it is used in the southern region for a long time, it is recommended to use 15W/40). The reference amount of engine oil is shown in Table 1-9.

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② Filling the Oil Bath Air Filter with Engine Oil

Figure 1-31 Coolant Filling and Cooling System Venting

If this diesel engine is equipped with an oil bath air filter,

Before use, fill the air filter oil bowl 1 (see Figure 1-30) with engine oil of the same grade as the diesel engine to the line marked with the arrow.

b. Filling and Venting the Cooling System. Connect the water tank to the diesel engine's water inlet pipe 1 and water outlet pipe 2, as shown in Figure 1-31. Then, fill with coolant. Start the diesel engine and run it to normal operating temperature, i.e., the thermostat opens (pipe 2 becomes hot). At this point, check the fluid level in the cooling system and top up if necessary. c. Cooling System Protective Fluid. If conditions permit, add cooling system protective fluid to the cooling system. Cooling system protective fluid provides effective protection against rust, cavitation, and freezing, significantly extending the service life of the diesel engine's cooling system. The concentration of protective fluid in the coolant should not fall below or exceed the limits specified in Table 1-11. Table 1-11 Concentration requirements for cooling system protective fluid

d. Coolant preparation requirements. Coolant preparation requirements and their corresponding ambient temperatures are shown in Table 1-12.

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(2) Starting, operating and stopping the diesel engine ① Diesel engine starting preparation Before starting, in addition to correctly adding engine oil, diesel and coolant, checking the connection status of each connection part and checking the customer instructions, the following preparations should also be carried out.

a. Check the battery and battery connection cable.

b. When starting with a flame preheating plug, no other auxiliary starting method (such as starting fluid) is allowed.

c. Never start the diesel engine with the governor removed.

② Starter use requirements The starter power-on time should not exceed 20 seconds at a time. If the diesel engine cannot start, wait 1 minute and try again. If the diesel engine fails to start successfully after two attempts, it is necessary to check the cause; start again after the cause is identified and the fault is eliminated.

③ Diesel Engine Starting Procedure a. Disengage the clutch to disconnect the drive equipment from the diesel engine. b. Use the hand lever or foot pedal to move the throttle handle to the medium speed position. c. Insert the key (as shown in Figure 1-32) and turn the key clockwise to position

1. The charge indicator and oil pressure indicator will illuminate. Continue turning the key clockwise to position

2. The starter motor will start. d. Immediately after the diesel engine ignites, release the key. The oil pressure and charge indicators will go out (normal temperature start). e. Cold Start: When the temperature is below 0°C, use a glow plug for preheating. Starting aids are not required at lower temperatures, making starting easier. The cold start glow plug operation procedure is as follows: Insert the key and turn it clockwise to position 1. Indicators 1, 2, and 3 will illuminate, and the diesel engine will preheat. Wait until preheat indicator 3 flashes (maximum 30 seconds). The diesel engine is now ready to start. Continue turning the key clockwise to position 2 to start the diesel engine. Once the diesel engine starts running, immediately release the key. The indicator light will go out. Slowly decelerate the engine and allow it to operate at a moderate load. Once the engine oil temperature rises, resume high-load operation.

④ Precautions for Normal Diesel Engine Operation: During diesel engine operation, monitor the oil pressure. After the engine is started, the oil pressure should be greater than 0.1 MPa and no less than 0.3 MPa at the rated speed. At this time, the charging indicator and oil pressure indicator should go out, and the coolant temperature gauge needle should be in the green zone. If any abnormality is detected, stop the engine and inspect it. During operation, avoid sudden accelerator pedaling, sudden acceleration and deceleration, or sudden stops from full load. Also, avoid operating the engine at low temperatures (referring to the diesel engine temperature) for extended periods, such as prolonged idling, as this can cause premature wear. Diesel engines consume some oil during normal operation and require timely oil addition. However, simply adding oil without regular oil changes is prohibited. During operation, always pay attention to whether the oil pressure and coolant temperature are normal. After work, if the engine is stored outdoors for a long time, pay attention to prevent rainwater from entering the fuel tank, exhaust pipe, intake pipe, etc. to avoid malfunctions. Tips: Ensuring that the air filter, oil filter and diesel filter are working reliably, adding oil and coolant that meet the requirements, and using the correct brand of diesel are the keys to ensuring the reliable operation of the diesel engine. ⑤ Diesel engine shutdown requirements The diesel engine must not be suddenly stopped from full load conditions. After unloading, it should be idle for a short time to stabilize the temperature before stopping. At this time, the charging indicator light and oil pressure indicator light will light up again. Turn the start key counterclockwise and pull it out. The charging indicator light and oil pressure indicator light should go out. (3) Diesel engine running-in requirements New diesel engines and diesel engines that have been overhauled must be run-in before being put into normal use. Practice has shown that the service life, reliability and economy of the diesel engine depend to a large extent on whether the diesel engine has been run-in correctly according to regulations in the early stage of use. The BFM1015 series diesel engine has a break-in period of 200 to 300 hours (depending on usage). Specific requirements are as follows: ① With the throttle at 2/3, operate at 1/4 load for 5 hours, 1/2 load for 5 hours, and 3/4 load for 5 hours. ② With the throttle at full throttle, operate at 1/4 load for 5 hours, 1/2 load for 5 hours, and 3/4 load for 25 hours. Repeat the break-in cycle several times until the predetermined break-in period is reached. ③ A run-in diesel engine can extend its service life and reduce fuel and oil consumption. However, idling or no-load operation is prohibited during the break-in period, as this will not achieve the desired break-in effect. ④ After the 50-hour run-in period, remember to perform an inspection. The main tasks include: draining the engine oil (the engine should be shut down and the oil temperature should be around 80°C), cleaning the oil pan before adding new oil, cleaning or replacing the oil filter or element, checking valve clearance, and inspecting and tightening all major connections, such as the air filter connection pipe, water pipe, and oil pipe. Important Note: Always perform a run-in according to specifications. This will extend the service life of the diesel engine and reduce diesel and oil consumption. During the run-in period, check the oil level twice daily; after the run-in period, check the oil level once daily.

Deutz Serpic 2012 EPC Download & Installation Service Finial Version

How to replace Deutz engine oil filter DFP2012 / DFP1013

 Please.follow.the.steps.below.to.change.the.oil.filter:   Deutz Diagnostic Tool Communicator for Deutz Engine DECOM Controllers            ...