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RB-TPR002 Orange
Yamaha
22mm
Orange Color
Black
Product Name : Orange Color 54P-E5401-10 Motorcycle TPS Throttle Position Sensor
Regarding the specific production process of the throttle position sensor (TPS) for Yamaha motorcycles (such as NMAX155/LC150), as a general answer, it usually includes the following key steps and considerations:
Design Phase
Our company will design the appearance, structure and internal component layout of the sensor according to performance requirements and space constraints.
Determine the electrical characteristics of the Orange 54P-E5401-10 Throttle Position Sensor, such as resistance range, output signal type (analog or digital), response speed, etc.
Raw material selection
Orange 54P-
The Throttle Position Sensor (TPS) of the NMAX155 is one of the key components that controls the engine's throttle response. The design and performance of the NMAX155, a small urban motorcycle produced by Yamaha, directly affects the driving experience and fuel economy.
Specifically, the NMAX155's TPS provides key input information to the engine control unit (ECU) by monitoring the degree of throttle opening. This information helps the ECU adjust the amount of fuel injection to ensure that the engine can provide smooth acceleration and response under different speed and load conditions. This precise control not only improves driving comfort and operability, but also helps to maximize fuel efficiency.
Yamaha's NMAX155 is designed with a focus on the convenience and economy of urban driving. Its TPS, as an important part of its efficient power system, ensures that the driver can easily cope with various driving conditions on urban roads while enjoying excellent fuel economy and power output.
E5401-10 Throttle Position Sensor selects suitable materials and suitable colors for processing, such as high temperature resistant materials for electronic components and housings to ensure the reliability and durability of the sensor under various working conditions.
Production Process
Printed circuit board (PCB) manufacturing: Manufacture PCB boards for the circuit part of the sensor, including resistors, capacitors and connecting lines.
Electronic component installation
Electronic components such as resistors, capacitors and integrated circuits are accurately mounted on the PCB through automated equipment.
Encapsulation and Fixing: The PCB and electronic components are installed in the housing of the sensor and properly fixed and encapsulated to protect them from environmental conditions.
Debugging and Testing: The assembled sensor is debugged and tested to ensure that its output meets the design requirements and is stable and reliable under different working conditions.
Quality Control and Verification
Strictly control each step in the production process to ensure that each sensor meets the quality standards and performance requirements of Yamaha original products. Batch testing and quality verification are carried out to ensure the consistency and reliability of product batches.
The Throttle Position Sensor (TPS) of the NMAX155 is one of the key components that controls the engine's throttle response. The design and performance of the NMAX155, a small urban motorcycle produced by Yamaha, directly affects the driving experience and fuel economy.
This sensor can be installed on many motorcycles, such as For Yamaha EGO-LC-FI, Yamaha EGO-S-FI, Yamaha FZ 150, Yamaha FZ 150I, Yamaha Y 15,Yamaha Y 15Z, Yamaha Y15ZR, Yamaha NMAX125, Yamaha NMAX150, Yamaha NMAX155, Yamaha LC 150, Yamaha YBR 150, Yamaha XTZ 150, Yamaha EXCITER150, Yamaha JUPITER MX KING.
Specifically, the NMAX155's TPS provides key input information to the engine control unit (ECU) by monitoring the degree of throttle opening. This information helps the ECU adjust the amount of fuel injection to ensure that the engine can provide smooth acceleration and response under different speed and load conditions. This precise control not only improves driving comfort and operability, but also helps to maximize fuel efficiency.
Yamaha's NMAX155 is designed with a focus on the convenience and economy of urban driving. Its TPS, as an important part of its efficient power system, ensures that the driver can easily cope with various driving conditions on urban roads while enjoying excellent fuel economy and power output.
Product Name : Orange Color 54P-E5401-10 Motorcycle TPS Throttle Position Sensor
Regarding the specific production process of the throttle position sensor (TPS) for Yamaha motorcycles (such as NMAX155/LC150), as a general answer, it usually includes the following key steps and considerations:
Design Phase
Our company will design the appearance, structure and internal component layout of the sensor according to performance requirements and space constraints.
Determine the electrical characteristics of the Orange 54P-E5401-10 Throttle Position Sensor, such as resistance range, output signal type (analog or digital), response speed, etc.
Raw material selection
Orange 54P-
The Throttle Position Sensor (TPS) of the NMAX155 is one of the key components that controls the engine's throttle response. The design and performance of the NMAX155, a small urban motorcycle produced by Yamaha, directly affects the driving experience and fuel economy.
Specifically, the NMAX155's TPS provides key input information to the engine control unit (ECU) by monitoring the degree of throttle opening. This information helps the ECU adjust the amount of fuel injection to ensure that the engine can provide smooth acceleration and response under different speed and load conditions. This precise control not only improves driving comfort and operability, but also helps to maximize fuel efficiency.
Yamaha's NMAX155 is designed with a focus on the convenience and economy of urban driving. Its TPS, as an important part of its efficient power system, ensures that the driver can easily cope with various driving conditions on urban roads while enjoying excellent fuel economy and power output.
E5401-10 Throttle Position Sensor selects suitable materials and suitable colors for processing, such as high temperature resistant materials for electronic components and housings to ensure the reliability and durability of the sensor under various working conditions.
Production Process
Printed circuit board (PCB) manufacturing: Manufacture PCB boards for the circuit part of the sensor, including resistors, capacitors and connecting lines.
Electronic component installation
Electronic components such as resistors, capacitors and integrated circuits are accurately mounted on the PCB through automated equipment.
Encapsulation and Fixing: The PCB and electronic components are installed in the housing of the sensor and properly fixed and encapsulated to protect them from environmental conditions.
Debugging and Testing: The assembled sensor is debugged and tested to ensure that its output meets the design requirements and is stable and reliable under different working conditions.
Quality Control and Verification
Strictly control each step in the production process to ensure that each sensor meets the quality standards and performance requirements of Yamaha original products. Batch testing and quality verification are carried out to ensure the consistency and reliability of product batches.
The Throttle Position Sensor (TPS) of the NMAX155 is one of the key components that controls the engine's throttle response. The design and performance of the NMAX155, a small urban motorcycle produced by Yamaha, directly affects the driving experience and fuel economy.
This sensor can be installed on many motorcycles, such as For Yamaha EGO-LC-FI, Yamaha EGO-S-FI, Yamaha FZ 150, Yamaha FZ 150I, Yamaha Y 15,Yamaha Y 15Z, Yamaha Y15ZR, Yamaha NMAX125, Yamaha NMAX150, Yamaha NMAX155, Yamaha LC 150, Yamaha YBR 150, Yamaha XTZ 150, Yamaha EXCITER150, Yamaha JUPITER MX KING.
Specifically, the NMAX155's TPS provides key input information to the engine control unit (ECU) by monitoring the degree of throttle opening. This information helps the ECU adjust the amount of fuel injection to ensure that the engine can provide smooth acceleration and response under different speed and load conditions. This precise control not only improves driving comfort and operability, but also helps to maximize fuel efficiency.
Yamaha's NMAX155 is designed with a focus on the convenience and economy of urban driving. Its TPS, as an important part of its efficient power system, ensures that the driver can easily cope with various driving conditions on urban roads while enjoying excellent fuel economy and power output.
