25230-94300 Suzuki Magnet Set, gear case


25230-94300 Magnet Set, gear case Suzuki DF40, DF40, DF40QH, DF40TL, DF50, DF50, DF50QH, DF50TL, DF60, DF60HL, DF60TL, DF70, DF70THL, DF70TL, DT115, DT140, DT35CRLH, DT35CRLJ, DT35CRLK, DT35CRSH, DT35CRSJ, DT35CRSK, DT35MCLH, DT35MCLJ, DT35MCLK, DT35MCSH, DT35MCSJ, DT35MCSK, DT35TCLH, DT35T Magnet
25230-94300 Magnet Set, gear case Suzuki
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Buy Magnet Set, gear case 25230-94300 Suzuki genuine, new aftermarket parts with delivery
Number on catalog scheme: 13
 

Suzuki entire parts catalog list:

DF40 1999,2000,2001,2002,2003,2004,2005,2006,2007,2008,2009
DF40 2010
DF40QH 1999,2000,2001,2002,2003,2004,2005,2006,2007
DF40TL 1999,2000,2001,2002,2003,2004,2005,2006,2007
DF50 1999,2000,2001,2002,2003,2004,2005,2006,2007,2008,2009
DF50 2010
DF50QH 1999,2000,2001,2002,2003,2004,2005,2006,2007
DF50TL 1999,2000,2001,2002,2003,2004,2005,2006,2007
DF60 1998,1999,2000,2001,2002,2003,2004,2005,2006,2007,2008,2009
DF60HL 1998,1999,2000,2001,2002,2003,2004,2005,2006,2007
DF60TL 1998,1999,2000,2001,2002,2003,2004,2005,2006,2007
DF70 1998,1999,2000,2001,2002,2003,2004,2005,2006,2007,2008,2009
DF70THL 1998,1999,2000,2001,2002,2003,2004,2005,2006,2007
DF70TL 1998,1999,2000,2001,2002,2003,2004,2005,2006,2007
DT115 1986,1987,1988,1989,1990,1991,1992,1993,1994,1995,1996,1997,1998,1999,2000,2001
DT140 1986,1987,1988,1989,1990,1991,1992,1993,1994,1995,1996,1997,1998,1999,2000,2001
DT35CRLH 1987
DT35CRLJ 1988
DT35CRLK 1989
DT35CRSH 1987
DT35CRSJ 1988
DT35CRSK 1989
DT35MCLH 1987
DT35MCLJ 1988
DT35MCLK 1989
DT35MCSH 1987
DT35MCSJ 1988
DT35MCSK 1989
DT35TCLH 1987
DT35TCLJ 1988
DT35TCLK 1989
DT40 1983
DT40C 1986,1987,1988,1989,1990,1991,1992,1993,1994,1995,1996,1997,1998
DT50ECLE 1984
DT50ELB 1977
DT50ELC 1978
DT50ELN 1979
DT50ESB 1977
DT50ESC 1978
DT50ESN 1979
DT50MCLE 1984
DT50MLC 1978
DT50MLN 1979
DT50MSC 1978
DT50MSN 1979
DT55CLF 1985
DT55CRLG 1986,1987
DT55CRLJ 1988
DT55CRLK 1989
DT55CRLL 1990
DT55CRSG 1986
DT55CRSH 1987
DT55HTCLH 1987
DT55HTCLJ 1988
DT55HTCLK 1989
DT55HTCLL 1990
DT55TCLG 1986
DT55TCLH 1987
DT55TCLJ 1988
DT55TCLK 1989
DT55TCLL 1990
DT55TCLM 1991
DT55TCLN 1992
DT55TCLP 1993
DT55TCLR 1994
DT55TCLS 1995
DT55TCLT 1996
DT55TCLV 1997
DT55TCSG 1986
DT55TCSH 1987
DT60CLE 1984
DT65CRLG 1986
DT65CRLH 1987
DT65CRLJ 1988
DT65CRLK 1989
DT65CRLL 1990
DT65CRSG 1986
DT65CRSH 1987
DT65ELC 1978
DT65ELN 1979
DT65ESC 1978
DT65ESN 1979
DT65HTCLK 1989
DT65HTCLL 1990
DT65TCLF 1985
DT65TCLG 1986
DT65TCLH 1987
DT65TCLJ 1988
DT65TCLK 1989
DT65TCLL 1990
DT65TCLM 1991
DT65TCLN 1992
DT65TCLP 1993
DT65TCLR 1994
DT65TCLS 1995
DT65TCLT 1996
DT65TCLV 1997
DT65TCSG 1986
DT65TCSH 1987
DT75TCLG 1986
DT75TCLH 1987
DT75TCLJ 1988
DT75TCLK 1989
DT75TCLL 1990
DT75TCLM 1991
DT75TCLN 1992
DT75TCLP 1993
DT75TCLR 1994
DT75TCLS 1995
DT75TCLT 1996
DT75TCLV 1997

Information:

Required Information
Ignition Timing
A complete fuel analysis must be conducted prior to putting the engine into service. Obtain a fuel analysis in order to determine the fuel energy content and calculate the methane number. The methane number indicates the ability of the fuel to be ignited. The methane number is determined when you input the data from the fuel analysis into the Methane Number Program, LEKQ6378. Use the methane number and the Engine Performance, "Fuel Usage Guide" in order to determine the ignition timing.Obtain several samples of fuel if the quality is expected to change. If the methane number will vary during engine operation, use the lowest expected value in order to determine ignition timing.Maximum Load
Refer to the Data Sheet on engine performance from Technical Marketing Information (TMI) to determine the power level for altitude, temperature, and methane number. Use the information in the Engine Performance, LEBQ6117 in order to determine the maximum engine load. The desired engine load must not exceed the maximum engine load.Inlet Manifold Pressure at Full Load
Use the inlet manifold pressure to estimate the engines load. The inlet manifold pressure may be used if the engine timing and the exhaust NOx are set properly. Refer to the Data Sheet on engine performance from TMI to determine inlet manifold pressures for specific settings of timing and emissions. If the engine power is derated, interpolate the desired inlet manifold pressure between the 100 percent and the 75 percent load ratings.Level of Exhaust Emissions
The 156-1060 Emissions Analyzer Gp or another emissions analyzer is required in order to set up a gas engine. The engines performance Data Sheet gives the levels of emissions for engine loads of 50 percent, of 75 percent, and of 100 percent. Set up the engine in accordance with the Data Sheet at the desired full load with the data that was taken at 100 percent load.Note: Use NOx levels to set up the engine, when possible.Gas Pressure Regulator
The gas pressure regulator requires adjustment when the engine is installed. Use only Caterpillar approved regulators in order to avoid problems with performance. A balance line for the regulator is required on all gas engines. This line compensates for changes in boost pressure or in air filter restriction.Note: The supply line to the gas pressure regulator must be of adequate diameter to provide constant pressure to the regulator for all power ranges. Do not use supply lines that are smaller than the inlet to the pressure regulator.Requirements for the Electrical System
All of the wiring must conform to the requirements of CSA Class 1 Division 2 Group C,D. The wiring must also conform to all other codes that are applicable to the site.When you route the wiring, avoid acute bends and sharp edges. To protect the wiring harnesses, route the harnesses through the metal conduit. A liquid tight conduit is recommended. Use proper support and alignment in order to avoid strain on the conduit.The engine control system requires a clean 24 VDC power supply. The maximum allowable AC ripple voltage is 150 mV AC peak to peak. For the wiring, the maximum allowable voltage drop is 1 VDC from the power supply to the Electronic Control Module (ECM) or to an actuator. The power supply capacity has to be 20 amps of continuous power.The circuit for the engine control system must be separate from the circuit for the electric starting motor.Grounding Practices
Proper grounding is necessary for optimum engine performance and reliability. Improper grounding will result in electrical current paths that are uncontrolled and unreliable.Uncontrolled electrical circuit paths can result in damage to main bearings, to crankshaft bearing journal surfaces, and to aluminum components. Uncontrolled electrical circuit paths can also cause electrical activity that may degrade the engine electronics and communications.
For the starting motor, do not attach the battery negative terminal to the cylinder block.
Use an electrical ground strap to connect all metal cases that contain electrical components or electronic components to the cylinder block.
Do not connect the negative terminal from the electrical power supply directly to the cylinder block. Connect the negative terminal from the electrical power supply to the negative terminal "−" on the interface box.
Ground the cylinder block with a ground strap that is furnished by the customer. Connect this ground strap to the ground plane.
Use a separate ground strap to ground the battery negative terminal for the control system to the ground plane or to earth ground.
Rubber couplings may connect the steel piping of the cooling system and the radiator. This action causes the piping and the radiator to be electrically isolated. Ensure that the piping and the radiator are continuously grounded to the cylinder block. Use ground straps that bypass the rubber couplings.
Ensure that all grounds are secure and free of corrosion.Proper Welding Procedures
Proper welding procedures are necessary in order to avoid damage to electronic controls. Perform welding on the engine according to the following procedure.
Set the engine control to the "STOP" mode.
Turn OFF the fuel supply to the engine.
Disconnect the negative terminal from the power supply.
Disconnect the following electronic components from the wiring harnesses: ECM, throttle actuator, fuel actuator and sensors.
Protect the wiring harnesses from welding debris and/or from the welding spatter.
Do NOT use electrical components (ECM or ECM sensors) or electronic component grounding points for grounding the welder.
Connect the welders ground cable directly to the engine component that will be welded. Place the clamp close to the weld to reduce the possibility of welding current damage to engine bearings, electrical, and engine components.
Use standard welding procedures to the weld the materials together.Service Tools
The tools that are listed in Table 1 are required in order to perform the electrical installation and the initial start-up.
Table 1
Service Tools    
Pt. No.    Description    Functions    
N/A     Personal Computer (PC)     The PC is required for the use of Cat ET.    
"JERD2124"     Software     Single user license for Cat ET
Use the most recent version of this software.    
"JERD2129"     Software     Data subscription for all engines    
275-5120 (1)  


Parts magnet Suzuki:

25232-94300
MAGNET
25232-94300 MAGNET
DF40, DF40, DF40QH, DF40TL, DF50, DF50, DF50QH, DF50TL, DF60, DF60HL, DF60TL, DF70, DF70THL, DF70TL, DT115, DT140, DT150, DT150SSH, DT150SSJ, DT150SSK, DT150SSL, DT150SSM, DT150SSN, DT150STCLP, DT150STCLR, DT150STCLS, DT150STCLT, DT150TCLH, DT150TCLJ
25232-96302
MAGNET, GEAR CASE
25232-96302 MAGNET, GEAR CASE
DF150, DF150, DF150, DF150TX, DF150ZX, DF175, DF175, DF175, DF175TX, DF175ZX, DF200, DF200, DF200, DF200T, DF200Z, DF225, DF225, DF225, DF225T, DF225Z, DF25, DF25(R)S, DF250, DF250, DF250, DF250T, DF250Z, DF25Q, DF25Q(QR), DF25R, DF25R, DF25T, DF30,
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