Honda CB1000R CB1100 CBR1000RR CB650R CBR600RR CBR650F CBR650R Air Temperature Sensor

Description:

Working Principle:

The air temperature sensor detects the temperature of the intake air entering the engine.
It operates based on the thermistor principle, where the resistance of the sensor changes with varying air temperature.
The ECU uses the input from the sensor to adjust fuel injection, ignition timing, and air-fuel mixture for optimal engine performance.

Function:

Precise Air Temperature Measurement: Ensures that the engine receives accurate air intake temperature readings, enabling precise control of the air-fuel mixture.
Enhanced Engine Efficiency: By providing the ECU with temperature data, it helps optimize combustion, fuel efficiency, and overall engine performance.
Prevention of Engine Knock: Helps in adjusting engine parameters to prevent knocking by controlling the air-fuel mixture based on real-time air temperature.

Installation Location:

The Air Temperature Sensor is typically located in the air intake system or near the throttle body of motorcycles like the Honda CB1000R, CB1100, CBR1000RR, CB650R, CBR600RR, CBR650F, and CBR650R.
It is installed within the airbox or intake manifold to accurately measure the temperature of the incoming air.

Specifications & Parameters:

Compatibility: Honda CB1000R, CB1100, CBR1000RR, CB650R, CBR600RR, CBR650F, CBR650R
Sensor Type: Thermistor-based air temperature sensor
Operating Voltage: Typically 5V or 12V (depends on the model)
Temperature Range: Designed to operate in a broad temperature range, typically from -40°C to +125°C
Material: Durable materials designed to withstand high temperatures and vibrations commonly experienced in motorcycle engines
Mounting: Securely mounted within the air intake system for accurate air temperature measurements
Connection Type: Direct electrical connector to ECU for precise data transmission
Dimensions: Compact size to fit within the limited space of the motorcycle engine compartment

Specifications:

Compatible Vehicles Type:

Wide Model Compatibility:

The Air Temperature Sensor is compatible with several popular Honda motorcycle models. This wide compatibility ensures that riders across multiple model lines can benefit from improved engine management and performance optimization without needing a custom solution for each bike.
Fit for Honda CB1000R 2018-2019, 2021-2023
Fit for Honda CB1100 2013-2014, 2017
Fit for Honda CB650F 2018
Fit for Honda CB650R 2019-2023
Fit for Honda CBR1000RR 2014-2019, 2021-2023
Fit for Honda CBR10SPM 2021-2022
Fit for Honda CBR600RR 2013-2023
Fit for Honda CBR650F 2014-2016, 2018
Fit for Honda CBR650R 2019-2023
Fit for Honda CMX1100 2021-2023
Fit for Honda CRF1000L 2016-2019
Fit for Honda CRF1000L2 2018-2019
Fit for Honda CRF1100L 2020-2022
Fit for Honda CRF1100L4 2020-2022
Fit for Honda CRF110F 2019-2020, 2022-2023
Fit for Honda CRF125F 2021
Fit for Honda CRF250R 2013-2023
Fit for Honda CRF250RX 2019-2021
Fit for Honda CRF450L 2019-2020
Fit for Honda CRF450R 2013-2023
Fit for Honda CRF450RL 2021-2023
Fit for Honda CRF450RWE 2019-2023
Fit for Honda CRF450RX 2018-2023
Fit for Honda CRF450X 2019-2023
Fit for Honda CTX1300 2014
Fit for Honda GL1800 2018-2023
Fit for Honda Grom 2014-2015, 2017-2020, 2022-2023
Fit for Honda Monkey 2019-2023
Fit for Honda NC750X 2021-2023
Fit for Honda NCW50 2016-2020, 2022-2023
Fit for Honda VFR1200X 2016-2017

Advantages：

Simplified Design for Easy Installation:

The Air Temperature Sensor is designed with simplicity in mind, ensuring that installation is quick and straightforward. Its compact and user-friendly design allows for seamless integration with various Honda models such as CB1000R, CB1100, CBR1000RR, CB650R, CBR600RR, CBR650F, and CBR650R.
The sensor features an intuitive plug-and-play design with a direct electrical connector, which reduces the complexity of installation and minimizes the need for specialized tools or professional assistance.

Space-Efficient Design:

Despite its advanced functionality, the sensor has a space-efficient form, making it easy to mount within the constrained areas of the air intake system. This ensures that it fits well within the tight engine compartments of Honda CB1000R, CB1100, CBR1000RR, CB650R, CBR600RR, CBR650F, and CBR650R, offering an ideal solution without requiring significant modifications to the bike's engine setup.

Improved Performance with Minimal Modification:

The Air Temperature Sensor optimizes the intake air temperature readings without requiring extensive changes to the motorcycle’s existing components. By providing real-time data to the ECU, it enhances fuel efficiency, engine performance, and overall ride quality with minimal alteration to the vehicle.
Its simple yet effective integration means that riders can enjoy enhanced engine management and better fuel control without worrying about complicated installation processes or compatibility issues.

FAQ：

• How easy is the installation process?
  The Air Temperature Sensor has a simplified design that allows for quick and easy installation. It features a plug-and-play setup, making it a convenient replacement part without requiring specialized tools or professional assistance.
  
• Does this sensor come with a warranty?
  Buyers would want to know if the product comes with a warranty to ensure peace of mind regarding durability and reliability. Inquire about the warranty details before making a purchase.
  
• What is the operating temperature range of the sensor?
  The sensor operates in a broad temperature range, typically from -40°C to +125°C, ensuring it functions accurately in different environmental conditions, which is crucial for optimal engine performance.
  
• Is this sensor durable enough to withstand high engine temperatures?
  The sensor is constructed with durable materials designed to withstand high engine temperatures and vibrations commonly found in motorcycle engines, ensuring long-term reliability.
  
• Will the sensor improve engine performance and fuel efficiency?
  Yes, the Air Temperature Sensor helps optimize engine performance by providing accurate air intake temperature data to the ECU, improving fuel efficiency, engine response, and overall performance.