0584890 RECTIFIER/REGULATOR ASSY. JOHNSON
BJ10FDLECM, BJ10FDLEDR, BJ10FDLEUA, BJ15FAEDR, BJ15FAEUA, BJ15FDLECM, BJ25ARECA, BJ25AREDC, BJ25AREUR, BJ25PL3EEM, BJ25PL3SIE, BJ25PL3SSB, BJ35ARECR, BJ35AREDS, BJ35AREEA, BJ35AREUC, BJ35E3SIE, BJ35E3SSB, J10FEXEO, J15DLEOC
RECTIFIER
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Motorcycle Voltage Regulator Rectifier Parts,for Johnson Evinrude HP 15 HP 10 HP 25 HP 35 0584890 1934890
Generic 【Durable Material】Made of High-quality aluminum and ABS plastic material, good electrical conductivity, strong heat dissipation, and long service life. || 【Product Features】The motorcycle voltage regulator rectifier with high reliability and stable performance, which helps to dissipate excess voltage, improve charging capability, prevent overcharging battery, saving and stabilizing current. || 【Better Cooling】High reliability,aftermarket regulator rectifier replacement.Compared with half-wave regulator rectifier, it has better heat dissipation effect for your motorcycle. || 【NOTE】Please verify model number and size prior to ordering to ensure this is the correct part;This product is easy to install and plug and play,If you can't install it,it is strongly recommended to find a professional to install it. || 【First-rate Service】Always available to help our customers.If you have any questions, please contact us by email in time, and we will solve them for you within 24 hours. Please feel free to shop!
Generic 【Durable Material】Made of High-quality aluminum and ABS plastic material, good electrical conductivity, strong heat dissipation, and long service life. || 【Product Features】The motorcycle voltage regulator rectifier with high reliability and stable performance, which helps to dissipate excess voltage, improve charging capability, prevent overcharging battery, saving and stabilizing current. || 【Better Cooling】High reliability,aftermarket regulator rectifier replacement.Compared with half-wave regulator rectifier, it has better heat dissipation effect for your motorcycle. || 【NOTE】Please verify model number and size prior to ordering to ensure this is the correct part;This product is easy to install and plug and play,If you can't install it,it is strongly recommended to find a professional to install it. || 【First-rate Service】Always available to help our customers.If you have any questions, please contact us by email in time, and we will solve them for you within 24 hours. Please feel free to shop!
Voltage Regulator Rectifier Compatible With 10HP 15HP 25HP 35HP Outboard Engines Models 0584890 1934890
JHyfLA Ensures reliable and steady performance Compatible with multiple engine models. || Designed to fit with models 0584890 and 1934890. || Offers enhanced electrical stability and efficiency. || Easy installation process saves time and effort. || Durable construction ensures long-term use.
JHyfLA Ensures reliable and steady performance Compatible with multiple engine models. || Designed to fit with models 0584890 and 1934890. || Offers enhanced electrical stability and efficiency. || Easy installation process saves time and effort. || Durable construction ensures long-term use.
Motorcycle Voltage Rectifier Motorcycle Regulator Rectifier For Johnson Evinrude 0584890 1934890 15HP 10HP 25HP 35HP
CXNKZL Replacement for Voltage Regulator Rectifier. Direct replacement to your original unit. || Suitable heat sink fin design for better heat elimination. Improved heat sink and charging capabilities. || Application：For Johnson Evinrude 0584890 1934890 15HP 10HP 25HP 35HP Motorcycle Voltage Regulator Rectifier || Function： premium voltage regulator rectifier is designed to improve speed of vehicle ignition and instantaneous discharge capacity of power system, ensuring normal work condition of engine. || voltage stabilizing rectifier adopts professional manufacturing technology and has stable performance, high efficiency and good reliability.
CXNKZL Replacement for Voltage Regulator Rectifier. Direct replacement to your original unit. || Suitable heat sink fin design for better heat elimination. Improved heat sink and charging capabilities. || Application：For Johnson Evinrude 0584890 1934890 15HP 10HP 25HP 35HP Motorcycle Voltage Regulator Rectifier || Function： premium voltage regulator rectifier is designed to improve speed of vehicle ignition and instantaneous discharge capacity of power system, ensuring normal work condition of engine. || voltage stabilizing rectifier adopts professional manufacturing technology and has stable performance, high efficiency and good reliability.
Number on catalog scheme: 26
Compatible models:
BRP JOHNSON entire parts catalog list:
- IGNITION -- ELECTRIC » 0584890
BJ10FDLEUA, BJ10FPXEUR, BJ10FRELUA, J10FEXEUA, J10FRELEUA, J10FREUA, J10FRLEUA 1997
BJ15FAEDR, BJ15FDLEDR, BJ15FKEDR, BJ15FREDR, BJ15FRELEDR, BJ15FWEDC, BJ15FWLEDC, J15FKEDR, J15FREDR, J15FRELEDR, J15FRLEDR 1996
BJ15FAEUA, BJ15FDLEUA, BJ15FKEUA, BJ15FRELUA, BJ15FREUA, BJ15FWEUR, BJ15FWLEUR, J15FKEUA, J15FRELEUA, J15FREUA, J15FRLEUA 1997
BJ15FDLECM, BJ15FWECA, BJ15FWLECA, J15FRECM, J15FRELECM, J15FRLECM 1998
BJ25ARECA, BJ25ARLECA, BJ25KECA, BJ25KLECA, BJ25QLECA, J25KLECA, J25QLECA, J25RMECA, J25RMLECA, J25TKECA, J25TKLECA 1998
BJ25AREDC, BJ25ARLEDC, BJ25KEDC, BJ25KLEDC, BJ25QLEDC, J25KLEDC, J25QLEDC, J25RMEDC, J25RMLEDC, J25TKEDC, J25TKLEDC 1996
BJ25AREUR, BJ25ARLEUR, BJ25KEUR, BJ25KLEUR, BJ25QLEUR, J25KLEUR, J25QLEUR, J25RMEUR, J25RMLEUR, J25TKEUR, J25TKLEUR 1997
BJ25PL3EEM, J25PL3EEM, J25R3EEM, J25RL3EEM, J25TEL3EEM 1999
BJ25PL3SIE, BJ25VL3SIE, J25PL3SIE, J25R3SIE, J25RL3SIE, J25RV3SIE, J25RVL3SIE, J25TEL3SIE, J25TVL3SIE, J25VL3SIE 2001
BJ25PL3SSB, J25PL3SSB, J25R3SSB, J25RL3SSB, J25TEL3SSB 2000
BJ35ARECR, BJ35ARLECR, BJ35KECA, BJ35KLECA, BJ35QLECA, J35KLECA, J35QLECA, J35TKLECA 1998
BJ35AREDS, BJ35ARLEDS, BJ35KEDC, BJ35KLEDC, BJ35QLEDC, HJ35RMLEDC, J35KLEDC, J35QLEDC, J35RMLEDC, J35TKLEDC 1996
BJ35AREEA, BJ35E3EEM, BJ35EL3EEM, BJ35KEEM, BJ35PL3EEM, J35E3EEM, J35EL3EEM, J35PL3EEM, J35R3EEM, J35RL3EEM, J35TEL3EEM 1999
BJ35AREUC, BJ35ARLEUC, BJ35KEUR, BJ35KLEUR, BJ35QLEUR, HJ35RMLEUR, J35KLEUR, J35QLEUR, J35RMLEUR, J35TKLEUR 1997
BJ35E3SIE, BJ35EL3SIE, BJ35EV3SIE, BJ35EVL3SIE, BJ35PL3SIE, BJ35VL3SIE, J35PL3SIE, J35R3SIE, J35RL3SIE, J35RV3SIE, J35RVL3SIE, J35TEL3SIE, J35TVL3SIE, J35VL3SIE 2001
BJ35E3SSB, BJ35EL3SSB, BJ35PL3SSB, J35PL3SSB, J35R3SSB, J35RL3SSB, J35TEL3SSB 2000
J10FEXEO, J10FRELEOC, J10FREOC, J10FRLEO 1995
J15DLEOC, J15FREOC, J15FRLEOC, J15KEOC 1995
Information:
Length of The Connecting Rod
CRL is the length of the connecting rod. Refer to Table 1 for each grade of length of connecting rod.In order to ensure that the piston height above the cylinder block is correct, six grades of connecting rod lengths are used. The grade of length is identified by a letter or a color which is marked on the side of the connecting rod. The longest grade is marked with the letter "F". The shortest grade is marked with the letter "L". The difference in length between each grade of connecting rods is the following value: 0.046 mm (0.0018 inch)The grade of length of a connecting rod is determined in the factory by machining an eccentric hole in a semi-finished piston pin bushing. Therefore, the grade of length is determined by the position of the center of the hole in the piston pin bearing. There is a hole that is in the connecting rod for the piston pin bearing. The grade of length is not determined by the position of the hole that is in the connecting rod for the piston pin bearing.If the connecting rod must be replaced, a new connecting rod assembly must be purchased and installed. Refer to Table 1 for more information. A new piston pin bearing is installed in the new connecting rod at the factory. The bore of the piston pin bearing is reamed to the correct eccentricity.Piston Pin Bearings
Note: This procedure requires personnel with the correct training and the use of specialized equipment for machining.If the piston pin bearing requires replacement but the original connecting rod is not replaced, the following procedures must be performed:
Determine the grade of length of the connecting rod. Use one of the following characteristics:
The mark
The color
Measuring the lengthNote: The length of the connecting rod is measured when the following items are completed: Remove the bearing for the crankshaft journal. and Install the original piston pin bearing in the connecting rod. Refer to "Measure The Length Of The Connecting Rod" in this service module.
Ensure that the connecting rod is aligned parallel and that the connecting rod is not distorted. Refer to "Distortion of The Connecting Rod" in this service module.
Remove the piston pin bearing from the connecting rod. Install a new bearing in the connecting rod. The new bearing is partially finished. The new bearing must be bored off-center to the correct diameter. This off-center position is determined by the grade of length of the connecting rod. Refer to Table 1. The correct diameter of the bore in the piston pin bearing is given in the Specifications Module, "Connecting Rod". Surface finish of the bored hole in the piston pin bearing ... Ra 0.8 micrometers
Machine the ends of the piston pin to the correct length. Remove any sharp edges. Refer to the Specifications Module, "Connecting Rod".
If the grade of length of the connecting rod is changed, the letter that is stamped on the connecting rod must be removed. Etch a letter that is for the new grade of length on the side of the connecting rod. Note: Do not stamp a new letter on the connecting rod. The force of stamping may damage the connecting rod.Table 1 references the following information: grade of length of the connecting rod and lengths of the connecting rods
Table 1
Grade Letter Color Code Length Of The Connecting Rod (CRL)
"F" Red 165.728 to 165.761 mm (6.5247 to 6.5265 inch)
"G" Orange 165.682 to 165.715 mm (6.5229 to 6.5247 inch)
"H" White 165.637 to 165.670 mm (6.5211 to 6.5229 inch)
"J" Green 165.591 to 165.624 mm (6.5193 to 6.5211 inch)
"K" Purple 165.545 to 165.578 mm (6.5175 to 6.5193 inch)
"L" Blue 165.499 to 165.532 mm (6.5157 to 6.5175 inch)
S(1) - 165.571 to 165.635 mm (6.5185 to 6.5210 inch)
(1) A new piston and a new piston pin bearing have been installed.Measure The Length Of The Connecting Rod
If the mark or the color of the grade of length cannot be observed on the connecting rod, perform the following procedure:
Illustration 1 g00326546
Measure the length of the connecting rod.
(1) Measuring pins
(2) Connecting rod
(CRL) Connecting Rod Length
Refer to Illustration 1. Use the following tools in order to measure the length of the connecting rod:
Appropriate gauges for measuring distance
Measuring pins (1)
Be sure that the measuring pins (1) are parallel. "CRL" is measured when the bearing for the crankshaft journal is removed and the original piston pin bearing is installed. Measure "CRL". Compare the "CRL" that is measured to the "CRL" that is given in Table 1. The grade of length of the connecting rod is determined by the "CRL". Refer to Table 1 for the correct grade of length.Distortion of The Connecting Rod
Use the following tools in order to measure the distances for the connecting rod (2) which are specified in Illustration 1:
Appropriate gauges for measuring distance
Measuring pins (1)
Illustration 2 g00326423
Measure the connecting rod for distortion.
(1) Measuring pins
(2) Connecting rod
(L) The length between the centers of the piston pin bearing and the crankshaft journal bearing is shown in Illustration 2.
Measure the connecting rod for distortion and parallel alignment between the bores. The bores for the crankshaft bearing and the bearing for the piston pin must be square and parallel with each other within the required limits. If the piston pin bearing is removed, the limit "L" is the following value: 0.25 mm ( 0.010 inch)The limits are measured at a distance of 127 mm
CRL is the length of the connecting rod. Refer to Table 1 for each grade of length of connecting rod.In order to ensure that the piston height above the cylinder block is correct, six grades of connecting rod lengths are used. The grade of length is identified by a letter or a color which is marked on the side of the connecting rod. The longest grade is marked with the letter "F". The shortest grade is marked with the letter "L". The difference in length between each grade of connecting rods is the following value: 0.046 mm (0.0018 inch)The grade of length of a connecting rod is determined in the factory by machining an eccentric hole in a semi-finished piston pin bushing. Therefore, the grade of length is determined by the position of the center of the hole in the piston pin bearing. There is a hole that is in the connecting rod for the piston pin bearing. The grade of length is not determined by the position of the hole that is in the connecting rod for the piston pin bearing.If the connecting rod must be replaced, a new connecting rod assembly must be purchased and installed. Refer to Table 1 for more information. A new piston pin bearing is installed in the new connecting rod at the factory. The bore of the piston pin bearing is reamed to the correct eccentricity.Piston Pin Bearings
Note: This procedure requires personnel with the correct training and the use of specialized equipment for machining.If the piston pin bearing requires replacement but the original connecting rod is not replaced, the following procedures must be performed:
Determine the grade of length of the connecting rod. Use one of the following characteristics:
The mark
The color
Measuring the lengthNote: The length of the connecting rod is measured when the following items are completed: Remove the bearing for the crankshaft journal. and Install the original piston pin bearing in the connecting rod. Refer to "Measure The Length Of The Connecting Rod" in this service module.
Ensure that the connecting rod is aligned parallel and that the connecting rod is not distorted. Refer to "Distortion of The Connecting Rod" in this service module.
Remove the piston pin bearing from the connecting rod. Install a new bearing in the connecting rod. The new bearing is partially finished. The new bearing must be bored off-center to the correct diameter. This off-center position is determined by the grade of length of the connecting rod. Refer to Table 1. The correct diameter of the bore in the piston pin bearing is given in the Specifications Module, "Connecting Rod". Surface finish of the bored hole in the piston pin bearing ... Ra 0.8 micrometers
Machine the ends of the piston pin to the correct length. Remove any sharp edges. Refer to the Specifications Module, "Connecting Rod".
If the grade of length of the connecting rod is changed, the letter that is stamped on the connecting rod must be removed. Etch a letter that is for the new grade of length on the side of the connecting rod. Note: Do not stamp a new letter on the connecting rod. The force of stamping may damage the connecting rod.Table 1 references the following information: grade of length of the connecting rod and lengths of the connecting rods
Table 1
Grade Letter Color Code Length Of The Connecting Rod (CRL)
"F" Red 165.728 to 165.761 mm (6.5247 to 6.5265 inch)
"G" Orange 165.682 to 165.715 mm (6.5229 to 6.5247 inch)
"H" White 165.637 to 165.670 mm (6.5211 to 6.5229 inch)
"J" Green 165.591 to 165.624 mm (6.5193 to 6.5211 inch)
"K" Purple 165.545 to 165.578 mm (6.5175 to 6.5193 inch)
"L" Blue 165.499 to 165.532 mm (6.5157 to 6.5175 inch)
S(1) - 165.571 to 165.635 mm (6.5185 to 6.5210 inch)
(1) A new piston and a new piston pin bearing have been installed.Measure The Length Of The Connecting Rod
If the mark or the color of the grade of length cannot be observed on the connecting rod, perform the following procedure:
Illustration 1 g00326546
Measure the length of the connecting rod.
(1) Measuring pins
(2) Connecting rod
(CRL) Connecting Rod Length
Refer to Illustration 1. Use the following tools in order to measure the length of the connecting rod:
Appropriate gauges for measuring distance
Measuring pins (1)
Be sure that the measuring pins (1) are parallel. "CRL" is measured when the bearing for the crankshaft journal is removed and the original piston pin bearing is installed. Measure "CRL". Compare the "CRL" that is measured to the "CRL" that is given in Table 1. The grade of length of the connecting rod is determined by the "CRL". Refer to Table 1 for the correct grade of length.Distortion of The Connecting Rod
Use the following tools in order to measure the distances for the connecting rod (2) which are specified in Illustration 1:
Appropriate gauges for measuring distance
Measuring pins (1)
Illustration 2 g00326423
Measure the connecting rod for distortion.
(1) Measuring pins
(2) Connecting rod
(L) The length between the centers of the piston pin bearing and the crankshaft journal bearing is shown in Illustration 2.
Measure the connecting rod for distortion and parallel alignment between the bores. The bores for the crankshaft bearing and the bearing for the piston pin must be square and parallel with each other within the required limits. If the piston pin bearing is removed, the limit "L" is the following value: 0.25 mm ( 0.010 inch)The limits are measured at a distance of 127 mm
Parts rectifier JOHNSON:
0585081
0585081 RECTIFIER ASSY.
BJ10FDLECM, BJ10FDLEDR, BJ10FDLEUA, BJ15FAEDR, BJ15FAEUA, BJ15FDLECM, J10FEXEO, J15DLEOC