Information control unit
ZEXEL
407920-2310
4079202310
MITSUBISHI
ME194098
me194098
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ZTUVUNVA Engine Control Computer, 0281020063 Engine Computer Board ECU Control Module ECM DC12V ME194098 407920-2311 4M42T AM50T JP05 Compatible for Kato
ZTUVUNVA Accurate control: ECU can accurately control the parameters of fuel injection quantity and ignition time according to engine working conditions, improve fuel economy and power performance, and reduce exhaust emissions. || High integration: integrating multiple control systems into one module reduces the number of wiring harnesses and components in the automobile, and reduces the cost and failure rate. || Fast data processing: with strong data processing ability, it can quickly process the signals input by various sensors and make accurate control decisions. || Real-time data docking through the interface, without erasing the original vehicle data, our products are different from other irreversible implementation methods that need to brush ECU, and the eddy current external power module belongs to plug-and-play and lossless installation. || Made of high quality materials, corrosion resistance, corrosion resistance, heat resistance and durability.
ZTUVUNVA Accurate control: ECU can accurately control the parameters of fuel injection quantity and ignition time according to engine working conditions, improve fuel economy and power performance, and reduce exhaust emissions. || High integration: integrating multiple control systems into one module reduces the number of wiring harnesses and components in the automobile, and reduces the cost and failure rate. || Fast data processing: with strong data processing ability, it can quickly process the signals input by various sensors and make accurate control decisions. || Real-time data docking through the interface, without erasing the original vehicle data, our products are different from other irreversible implementation methods that need to brush ECU, and the eddy current external power module belongs to plug-and-play and lossless installation. || Made of high quality materials, corrosion resistance, corrosion resistance, heat resistance and durability.
0281020063 Engine Computer Board ECU Control Module ECM DC12V ME194098 407920-2311 4M42T AM50T JP05 Compatible for Kato
TBEFQVAW Lightweight construction: use of lightweight materials to reduce vehicle weight and energy consumption || Universal interface: easy interface with other vehicle system modules, reducing compatibility issues || Efficient heat dissipation: Optimized heat dissipation design effectively reduces the operating temperature of the control unit and prolongs the service life || Precision production: use precision technology to ensure reasonable internal circuit of control unit, improve reliability and durability || 0281020063 Engine Computer Board ECU Control Module ECM DC12V ME194098 407920-2311 4M42T AM50T JP05 Compatible For Kato
TBEFQVAW Lightweight construction: use of lightweight materials to reduce vehicle weight and energy consumption || Universal interface: easy interface with other vehicle system modules, reducing compatibility issues || Efficient heat dissipation: Optimized heat dissipation design effectively reduces the operating temperature of the control unit and prolongs the service life || Precision production: use precision technology to ensure reasonable internal circuit of control unit, improve reliability and durability || 0281020063 Engine Computer Board ECU Control Module ECM DC12V ME194098 407920-2311 4M42T AM50T JP05 Compatible For Kato
0281020063 Engine Computer Board ECU Control Module ECM DC12V ME194098 407920-2311 4M42T AM50T JP05
RWKIYGOM Quality electronic control unit for optimal engine performancer || Easy installation and reliable operation，Professional Installation Is Recommended || Rebuilt engine computer board for improved performancer，performancer engine control unit for car || Made with quality materials for durability and reliability || 0281020063 Engine Computer Board ECU Control Module ECM DC12V ME194098 407920-2311 4M42T AM50T JP05
RWKIYGOM Quality electronic control unit for optimal engine performancer || Easy installation and reliable operation，Professional Installation Is Recommended || Rebuilt engine computer board for improved performancer，performancer engine control unit for car || Made with quality materials for durability and reliability || 0281020063 Engine Computer Board ECU Control Module ECM DC12V ME194098 407920-2311 4M42T AM50T JP05
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You must read and understand the warnings and instructions contained in the Safety section of this manual before performing any operation or maintenance procedures.Zinc Rods
Corrosion in sea water circuits can result in premature deterioration of system components, leaks, and possible cooling system contamination. The cause for the accelerated corrosion may be the lack of sacrificial zinc anodes (rods) in the sea water system.Zinc rods are inserted in the engine's sea water cooling system to help prevent the corrosive action of salt (sea) water. The reaction of the zinc to the sea water causes the rods to deteriorate, instead of more critical engine cooling system parts. Rapid deterioration of zinc rods may indicate the presence of stray electrical currents from improperly installed or grounded electrical attachments.The zinc rods must be inspected every 50 service hours and replaced when they have deteriorated.The location and number of zinc rods depends on the individual engine and the engine's attachments. Zinc rods are located in: the heat exchanger bonnet, the aftercooler lines, the raw/sea water heat exchanger bonnet, the raw/sea water pump, and the raw/sea water lines.Inspect
1. Remove all the zinc rod assemblies. The assembly plugs are painted red for easy identification. 2. Tap the zinc rods lightly with a hammer. If the rod has deteriorated, or flakes when tapped, install a new zinc rod.Replace
1. Unscrew or drill the old rod from the plug. Clean the plug.2. Apply 9S-3263 Compound to the shoulder of a new rod. Apply the compound only to the shoulder of the rod. Install the rod into the plug.3. Coat the external threads of the plug with 5P-3413 Pipe Sealant. Install the zinc rod assembly. Refer to the Torque Specifications in this manual.
Corrosion in sea water circuits can result in premature deterioration of system components, leaks, and possible cooling system contamination. The cause for the accelerated corrosion may be the lack of sacrificial zinc anodes (rods) in the sea water system.Zinc rods are inserted in the engine's sea water cooling system to help prevent the corrosive action of salt (sea) water. The reaction of the zinc to the sea water causes the rods to deteriorate, instead of more critical engine cooling system parts. Rapid deterioration of zinc rods may indicate the presence of stray electrical currents from improperly installed or grounded electrical attachments.The zinc rods must be inspected every 50 service hours and replaced when they have deteriorated.The location and number of zinc rods depends on the individual engine and the engine's attachments. Zinc rods are located in: the heat exchanger bonnet, the aftercooler lines, the raw/sea water heat exchanger bonnet, the raw/sea water pump, and the raw/sea water lines.Inspect
1. Remove all the zinc rod assemblies. The assembly plugs are painted red for easy identification. 2. Tap the zinc rods lightly with a hammer. If the rod has deteriorated, or flakes when tapped, install a new zinc rod.Replace
1. Unscrew or drill the old rod from the plug. Clean the plug.2. Apply 9S-3263 Compound to the shoulder of a new rod. Apply the compound only to the shoulder of the rod. Install the rod into the plug.3. Coat the external threads of the plug with 5P-3413 Pipe Sealant. Install the zinc rod assembly. Refer to the Torque Specifications in this manual.