Premium
SENSORS &
SWITCHES
Water Temperature Sensor
Function of Water Temperature Sensor
The Water Temperature Sensor, also known as the Coolant Temperature Sensor (CTS), monitors the engine coolant temperature and transmits accurate temperature data to the Engine Control Unit (ECU). This information enables the ECU to optimize engine performance, fuel efficiency, cold-start operation, and emission control under various driving conditions.
SMART's Manufacturing Excellence
SMART Water Temperature Sensors are manufactured using
high-quality materials and precision components to ensure accurate and stable temperature measurement under demanding operating conditions.
Each sensor undergoes rigorous quality-control testing, including accuracy, performance, durability, and reliability assessments, to ensure consistent operation and long service life.
Trusted by high-end European customers, SMART sensors meet stringent quality requirements and provide dependable performance across a wide range of automotive applications.
Thermo Switch
Function of Thermo Switch
A Thermo Switch is a temperature-sensitive switching device that automatically activates or deactivates an electrical circuit when a predetermined coolant temperature is reached. In automotive applications, it is commonly used to control cooling fans, warning systems, and other temperature-related functions, helping maintain proper engine operating temperatures.
SMART's Manufacturing Excellence
SMART Thermo Switches are manufactured using high-quality materials and precision components to ensure accurate temperature switching and reliable performance under demanding operating conditions.
Each unit undergoes rigorous quality-control testing, including switching accuracy, temperature response, durability, and reliability assessments, to ensure consistent operation and long service life.
Trusted by high-end European customers, SMART Thermo Switches meet stringent quality requirements and deliver dependable performance across a wide range of automotive applications.
Oil Pressure Switch
Function of Oil Pressure Switch
An Oil Pressure Switch monitors the engine’s oil pressure and activates or deactivates an electrical circuit when the pressure reaches a predetermined level. It is commonly used to activate the oil pressure warning light, alerting the driver to insufficient oil pressure and helping prevent potential engine damage caused by inadequate lubrication.
SMART's Manufacturing Excellence
SMART Oil Pressure Switches are manufactured using high-quality materials and precision components to ensure accurate and consistent pressure detection under demanding operating conditions.
Each switch undergoes rigorous quality-control testing, including pressure accuracy, switching performance, durability, and reliability assessments, to ensure stable operation and long service life.
Trusted by high-end European customers, SMART Oil Pressure Switches meet stringent quality requirements and deliver dependable performance across a wide range of automotive applications.
Ambient Air Temperature Sensor
Function of Ambient Air Temperature Sensor
An Ambient Air Temperature Sensor measures the temperature of the air surrounding the vehicle and provides accurate temperature data to the vehicle's electronic control systems. This information is used for functions such as climate control, engine management, intake air temperature compensation, and other temperature-dependent vehicle systems.
SMART's Manufacturing Excellence
SMART Ambient Air Temperature Sensors are manufactured using high-quality materials and precision components to ensure accurate and stable temperature measurement under a wide range of operating conditions.
Each sensor undergoes rigorous quality-control testing, including temperature accuracy, response performance, durability, and reliability assessments, to ensure consistent operation and long service life.
Trusted by high-end European customers, SMART Ambient Air Temperature Sensors meet stringent quality requirements and deliver dependable performance across a wide range of automotive applications.
Intake Air Temperature Sensor
Function of Intake Air Temperature Sensor
An Intake Air Temperature Sensor (IAT) measures the temperature of the air entering the engine and provides accurate temperature data to the Engine Control Unit (ECU). This information helps the ECU optimize fuel delivery and ignition timing according to intake air conditions, contributing to improved engine performance, fuel efficiency, and emission control.
SMART's Manufacturing Excellence
SMART Intake Air Temperature Sensors are manufactured using high-quality materials and precision components to ensure accurate and stable temperature measurement under various engine operating conditions.
Each sensor undergoes rigorous quality-control testing, including temperature accuracy, response performance, durability, and reliability assessments, to ensure consistent operation and long service life.
Trusted by high-end European customers, SMART Intake Air Temperature Sensors meet stringent quality requirements and deliver dependable performance across a wide range of automotive applications.
Air Conditioner Pressure Sensor
Function of Air Conditioner Pressure Sensor
An Air Conditioner Pressure Sensor monitors the refrigerant pressure within the vehicle's A/C system and provides accurate pressure data to the control unit. This information enables the system to regulate A/C operation efficiently while helping protect the compressor and other components from abnormal pressure conditions.
SMART's Manufacturing Excellence
SMART Air Conditioner Pressure Sensors are manufactured using high-quality materials and precision components to ensure accurate and reliable refrigerant pressure measurement under varying operating conditions.
Each sensor undergoes rigorous quality-control testing, including pressure accuracy, response performance, durability, and reliability assessments, to ensure consistent operation and long service life.
Trusted by high-end European customers, SMART Air Conditioner Pressure Sensors meet stringent quality requirements and deliver dependable performance across a wide range of automotive air conditioning applications.
ABS Sensor
Function of ABS Sensor
An Anti-lock Braking System (ABS) Sensor monitors individual wheel speed and transmits accurate rotational speed data to the ABS control module. This information enables the system to detect differences in wheel speed and help prevent wheel lockup during braking, maintaining tire traction, steering control, and overall vehicle stability.
The key to ABS sensor performance is precise and reliable signal transmission under demanding conditions, including extreme temperatures, vibration, moisture, and road contaminants, ensuring the ABS system can respond effectively when required.
SMART's Manufacturing Excellence
SMART ABS Sensors are manufactured using high-quality materials and precision components to ensure accurate wheel speed detection and stable signal transmission under challenging operating conditions.
Each sensor undergoes rigorous quality-control testing, including signal accuracy, response performance, durability, environmental resistance, and reliability assessments, to ensure consistent operation and long service life.
Trusted by high-end European customers, SMART ABS Sensors meet stringent quality requirements and deliver dependable performance, supporting reliable braking and vehicle safety systems.
MAP Sensor
Function of MAP Sensor
A Manifold Absolute Pressure (MAP) Sensor measures the absolute pressure within the engine's intake manifold and transmits accurate pressure data to the Engine Control Unit (ECU). This information enables the ECU to calculate engine load and optimize fuel delivery and ignition timing, contributing to improved engine performance, fuel efficiency, and emission control under varying operating conditions.
Accurate and stable pressure measurement is essential for proper engine management, as the MAP Sensor must provide reliable real-time data during changes in engine load, speed, and driving conditions.
SMART's Manufacturing Excellence
SMART MAP Sensors are manufactured using high-quality materials and precision components to ensure accurate and stable pressure measurement under demanding engine operating conditions.
Each sensor undergoes rigorous quality-control testing, including pressure accuracy, response performance, durability, and reliability assessments, to ensure consistent operation and long service life.
Trusted by high-end European customers, SMART MAP Sensors meet stringent quality requirements and deliver dependable performance across a wide range of automotive applications.
Throttle Position Sensor
Function of Throttle Position Sensor (TPS)
A Throttle Position Sensor (TPS) monitors the position and movement of the throttle valve and transmits accurate position data to the Engine Control Unit (ECU). This information enables the ECU to adjust fuel delivery, ignition timing, and other engine control parameters according to driver input, contributing to smooth throttle response, improved engine performance, fuel efficiency, and emission control.
Precise and stable throttle position measurement is essential for accurate engine management, particularly during acceleration, deceleration, and changes in engine load.
SMART's Manufacturing Excellence
SMART Throttle Position Sensors are manufactured using high-quality materials and precision components to ensure accurate and reliable throttle position measurement under demanding engine operating conditions.
Each sensor undergoes rigorous quality-control testing, including position accuracy, response performance, durability, and reliability assessments, to ensure consistent operation and long service life.
Trusted by high-end European customers, SMART Throttle Position Sensors meet stringent quality requirements and deliver dependable performance across a wide range of automotive applications.
Oxygen Sensor
Function of Oxygen Sensor
An Oxygen Sensor (O₂ Sensor) measures the oxygen concentration in the exhaust gases and sends real-time data to the Engine Control Unit (ECU). This information enables the ECU to optimize the air-fuel mixture, helping improve fuel efficiency, engine performance, and emission control.
Accurate and responsive oxygen measurement is essential for maintaining the correct air-fuel ratio and ensuring efficient combustion under varying engine operating conditions.
SMART's Manufacturing Excellence
SMART Oxygen Sensors are manufactured using high-quality materials and precision components to ensure accurate oxygen measurement and fast, stable signal response under demanding exhaust-system conditions.
Each sensor undergoes rigorous quality-control testing, including signal accuracy, response performance, thermal resistance, durability, and reliability assessments, to ensure consistent operation and long service life.
Trusted by high-end European customers, SMART Oxygen Sensors meet stringent quality requirements and deliver dependable performance across a wide range of automotive applications.