Larson Davis offers a full line of noise and vibration measurement instrumentation, such as sound level meters, outdoor noise monitoring systems, personal noise dosimeters, and human vibration meters. Instrumentation is used in a range of applications from community and environmental noise monitoring to industrial hygiene measurements.
We believe that making sustainable choices in the way we conduct our business creates short-term and long-term value for our stakeholders. We do not create long-term value by merely complying with regulations, but we go beyond compliance to find ways to green our operations and our products to ensure continuity of the material and human resources that we need to operate the business.
●● Fuel
● Fuel Rail
● Fuel Vapor
● Fuel Tank
● Exhaust Gas
● EVAP
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● Discharge Air
● Steering Wheel
● Seats
● Fresh Air Ventilation
● Dewpoint
●● Cabin Air Filter
● Particulate Detection
● Capacitive Touch Controls
● Mirror Memory
● Cabin Noise
● NVH
● Rear Spoiler
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● Steering Wheel
● Seats
● Defog
● Battery
●● Leak Detection
● Driver Alertness
● Brakes
●● Airbags
● Seat belts
● Headlamp
● Occupant Detection
● Washer Fluid
● Crash Testing
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● Outside Air
●●● Refrigerant / Coolant
● Evaporator
● Air Quality
● Particulate Detection
● HVAC Actuator
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Powertrain
●●● Transmission – Fluid, Oil
● Transmission – Gearbox, Park Lock, Speed
● Power Steering
● EURO-6 Urea
● Powertrain Development
Internal Combustion Engine Management
●● Engine Air
●● Engine Oil
●● Coolant
● Intake Air
● Exhaust Gas Recirculation (EGR)
● Cylinder Head
● MAP/TMAP
● De-ionized Water Injection
Vehicle Electrification
●●● Battery Pack
●●● Thermal Runaway
●● Cell Connection System (CCS)
● High Voltage Charger Connector
●●● Power Inverter / E-motor
●●●● Battery Coolant
● Motor Coil
●●●● Fuel Cell
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●●● Sensor Cleaning Fluid
● ADAS Temperature Compensation
● Wheel Angle
● Steering Angle
● Braking System Speed
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●● Diesel Particulate Filter (DPF)
● Gasoline Particulate Filter (GPF)
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● Temperature Sensors
● Gas Detection Sensors
● Position Sensors
● Microphones
●● Speed & Position Sensors
● Ultrasonic Fluid Level Sensors
● Vibration Monitoring Sensors
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Provides in-flight temperature control for cabin comfort and service items.
Detects the presence of Hydrocarbon gases that indicate fuel leakage.
Monitoring Air Quality:
Detects when seatbelt is latched and provides alert to enforce mandatory usage during takeoff and landing.
Detects position of overhead storage door and provides alert when door is not fully closed to prevent it from opening during flight.
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● Temperature Sensors
● Pressure Sensors
● Vibration Sensors
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Prevents ice formation on vanes during flight.
Precision temperature measurement of in-flight instrumentation and climate control.
Used in instrumentation for airspeed indication and during flight test for aerodynamic measurements.
Used in instrumentation for barometric pressure/weather monitoring.
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● Pressure Sensors
● Gas Detection Sensors
● Ultrasonic Fluid Level Sensors
● Position Sensors
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Measures fluid levels within the fuel system.
Detects the presence of certain gases that indicate fuel leakage.
Continuously monitors SCR DEF levels and concentration for detection of water dilution.
Provides liquid level feedback within the fuel system.
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● Speed & Position Sensors
● Ultrasonic Fluid Level Sensors
● Vibration Sensors
● Pressure Sensors
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Monitors wheel speed, engine speed and position of the engine.
Continuously monitors liquid levels within tank or reservoir, including fuel, coolant and hydraulic fluids.
Continuously monitoring engine balance.
Combustion instability measurement.
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● Pressure Sensors
● Accelerometers
● Microphones
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Aerodynamic testing
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● Pressure Sensors
● Accelerometers
● Microphones
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Aerodynamic testing
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Consists of a cluster of individual batteries that serve as the primary fuel source of the vehicle, replacing hydrocarbon fuels used in conventional ICE automobiles.
● Temperature Sensors
● Current Sensors
● Accelerometers
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Measure and monitor surface temperature of the many batteries within the battery cell, which is critical to preserving the chemistry of the battery.
Measure and monitor current flowing to and from battery.
Detects moisture leakage and feeds a signal to the Battery Management System.
Mechanincally testing the battery pack.
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Occurs when battery cells exceed allowable operating temperature causing an explosion/fire, which then propagates, or spreads, to other cells within the battery pack.
● Temperature Sensors
● Pressure Sensors
● Gas Detection Sensors
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Measure and monitor battery temperature to detect Thermal Runaway conditions.
Detect pressure change inside the battery cell that indicates Thermal Runaway conditions.
Detect the out-gassing of Carbon Dioxide (CO2) to indicate pre-combustion conditions.
Detect the presence of combustible gases that indicate Thermal Runaway conditions.
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Used as top cover of the battery cell to provide connectivity with the Battery Management System (BMS).
● Temperature Sensors
● Current Sensors
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Provide temperature and voltage sensing to monitor the state of charge of the battery cells.
Measure and monitor the state of charge of the battery cells.
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Converts higher voltage DC electricity to lower voltage AC electricity that is required to power the electric motor.
● Temperature Sensors
● Inductive Position Sensors
● Current Sensors
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Measure and monitor operating temperature of the power inverter to provide feedback on unsafe conditions.
Provide data on the angular position of the rotating motor shaft to optimize control of the motor inverter.
Measure and monitor current flowing to and from battery.
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Connects the high voltage source to charge the battery within the vehicle.
● Temperature Sensors
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Detect over-temperature conditions during charging.
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Wire coils that generate a magnetic field and conduct electric current. The interaction between the two generates rotation of the motor shaft and the actual conversion of electrical to mechanical energy.
● Temperature Sensors
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Measure and monitor temperature of the motor coil to provide feedback on the operating conditions of the electric motor.
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Circulates around the battery cell to assist in maintaining optimum battery temperature.
● Temperature Sensors
● Pressure Sensors
●● Combined Pressure & Temperature Sensors
● Ultrasonic Level Sensors
● Coolant Breach/Water Intrusion Sensors
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Measure and monitor fluid temperature of inlet/outlet battery coolant to provide indication of battery cell temperature.
Detect the presence of coolant / water in the battery pack.
Measure the pressure in the cooling system to control pump capacity.
Measure pressure in the cooling system, while, at the same time, measure temperature of the coolant for optimum thermal management.
Continuously monitor fluid level for early detection of coolant leakage.
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Typically generates electricity by combining atmospheric oxygen and on-board compressed hydrogen.
● Temperature Sensors
● Pressure Sensors
● Gas Detection Sensors
● Level Sensors
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Monitor temperature in various areas of a fuel cell vehicle to enable safety and efficiency throughout the system, e.g., Battery, Fuel Cell, Cooling System, Transmission and Converter.
Measure the concentration of H2 and humidity.
Ultrasonic Switch indicates water level in the steam / water separation tank.
Robust sensors for fuel-cell applications, specifically designed to withstand the harsh conditions in hydrogen environments.
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●●●● Fuel
● EVAP
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● Discharge Air
● Steering Wheel
●● Seats
● Dewpoint
● Cabin Air Filter
● Particulate Detection
● Joystick Control
● Cabin Noise
● NVH
● Handle Throttle
● Toxic Gas Detection
● Cabin Suspension
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● Outside Air
●●● Refrigerant/Coolant
● Evaporator
● Air Quality
● Particulate Detection
● HVAC Actuator
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●● Steering Wheel
● Seats
● Defog
● Battery
● Leak Detection
● Brakes
● Seatbelts
● Washer Fluid
● Leak Detection
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Detect the presence of combustible gases that indicate batteries Thermal Runaway conditions.
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●●● Transmission – Fluid, Oil
● Transmission – Gearbox, Park Lock, Speed
● Power Steering
● EURO-6 Urea
● Steering Angle
● Pedals
● Powertrain Development
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●● Engine Air
●● Engine Oil
●● Coolant
● Intake Air
● Exhaust Gas Recirculation (EGR)
● Cylinder Head
● MAP/TMAP
●●● Hydraulic Fluid
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●● Diesel Particulate Filter (DPF)
● Diesel Exhaust Fluid (DEF)
● Gasoline Particulate Filter (GPF)
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● Boom Arm Position / Extension
● Bucket / Tool Position
● Tilt Cylinder Control
● Hitch Position
● Telehandler Position
● Suspension Control
● Outrigger Position
● Load Management
● Automated Electro-hydraulic Steering
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Energy Efficiency
● Temperature Sensors
● Gas Sensors (CO2, Refrigerant)
● Humidity Sensors
● Pressure Sensors
● Position Sensors
● Vibration Sensors
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Energy Efficiency, Indoor Air Quality
● Temperature Sensors
● Gas Sensors (CO2, VOC, Flammable, Toxic)
● Humidity Sensors
● Pressure Sensors
Energy Efficiency, Indoor Air Quality
● Temperature Sensors
● Gas Sensors (CO2)
● Humidity Sensors
● Pressure Sensors
Energy Efficiency, Indoor Air Quality
● Temperature Sensors
● Gas Sensors (CO2, VOC)
● Humidity Sensors
● Pressure Sensors
Indoor Air Quality
● Gas Sensors (VOC)
● Pressure Sensors
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Energy Efficiency
● Temperature Sensors
● Pressure Sensors
●● Combined Pressure & Temperature Sensors
● Vibration Sensors
Energy Efficiency
● Temperature Sensors
● Pressure Sensors
●● Combined Pressure & Temperature Sensors
● Vibration Sensors
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Energy Efficiency
● Temperature Sensors
● Pressure Sensors
● Vibration Sensors
● Ultrasonic Fluid Level & Concentration Sensors
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Indoor Air Quality
● Pressure Sensors
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● Temperature Sensors
● Gas Sensors (CO2, Refrigerant)
● Humidity Sensors
● Pressure Sensors
● Position Sensors
● Vibration Sensors
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● Pressure Sensors
● Gas Sensors (CO2, VOC, Flammable, Toxic)
● Humidity Sensors
● Moisture Meters
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● Gas Sensors (CO2)
● Humidity Sensors
● Pressure Sensors
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● Temperature Sensors
● Gas Sensors (CO2, VOC)
● Humidity Sensors
● Pressure Sensors
● Gas Sensors (VOC)
● Pressure Sensors
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● Gas Sensors (VOC)
● Pressure Sensors
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● Boiler Control
● Modulating / Furnace Controls
● Motor Monitoring
●● Pump Monitoring
●● Gearbox Monitoring
●● Fluid Handling Equipment Monitoring
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●● Machinery Condition Monitoring
●● Robotics
●● Factory Automation
● Human-Machine Interface (HMI)
● Guidance Systems
● Automatic Guided Vehicles (AGV)
● Joystick
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● Gas Pressure
● Gas Leakage
● Gas Concentration
● Process Waste Gases
● Humidity
● Gas Flow Control
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● Airflow Rate
● Airflow Pressure
● Duct Airflow
● Compressed Air
● Airflow Control
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● Fluid Temperature
● Fluid Pressure
●● Fluid Level
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● Thermometry
● Skin Temperature
● Intra-Uterine Pressure
● Blood Pressure
●● Glucose Monitoring
●●● Wearables
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● Ventilation
●● Pulmonary
● Spirometry
● Sleep Apnea
●● Anesthesia
● Inhalers
● Oxygen Concentration
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●●● Catheters
● Ablation
●●● Fluid Management
● Defibrillation
● Ultrasonic Air-in-line Detection
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●●● Clinical & Laboratory Equipment
●● Insulin Pumps
●● Kidney Dialysis
●● Clinical Mattresses
● Laboratory Analysis
● Tissue Ablation
● Ultrasonic Bone Healing
● Temperature Validation Systems
● Calibration Equipment
● Environmental Monitoring
● Cold Chain Monitoring
● Oxygen Concentration
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● Heat Ablation
● Liposuction
● Medical Lasers
● Catheters
● Ultrasonic Tissue Ablation
● Ultrasonic Recanalization
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● Temperature Sensors
● Pressure Sensors
● Gas Detection Sensors
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Applications: Various
Application: Blast gauge
Application: detection of toxic gases
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● Pressure Sensors
● Gas Detection Sensors
● Position Sensors
● Shock Sensors
● Ultrasonic Level & Concentration Vibration Sensors
● Vibration Sensors
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Applications: Engine fuel and air filter, transmission fluid, air blast measurement, underwater blast pressure measurement
Application: Fuel leakage
Application: detection of toxic gases
Application: Multi-turn steering wheel angle
Applications: Fuel, coolant, hydraulic fluid, DEF SCR systems
Applications: Wheel speed, engine speed and position
Application: Health and Usage Monitoring Systems (HUMS)
Application: Door control, armoured hatch control, suspension control, protective shield control, outrigger control, steering control
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● Gas Detection Sensors
● Pressure Sensors
● Vibration Sensors
● Ultrasonic Level Sensors
● Position Sensors
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Application: Fuel leakage
Application: detection of toxic gases
Applications: Test/simulation, unmanned aerial vehicles (UAV)
Applications: General military grade and barometric pressure
Application: Health and Usage Monitoring Systems (HUMS)
Applications: Fuel, coolant, hydraulic fluid, DEF SCR systems
Applications: Helicopter landing gear and fuel systems
Applications: Flutter testing, vibration and g loading during maneuvers
Applications: Aircraft, helicopter, and missile flight testing
Application: automated positioning
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● Temperature Sensors
● Pressure Sensors
● Shock & Vibration Sensors
● Vibration Sensors
● Position Sensors
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Applications: Torpedo guidance and tracking
Application: Torpedoes, air blast measurement, underwater blast pressure measurement
Application: Fuel leakage
Application: Fuzing and alarming
Application: accurate positioning
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● Vibration Sensors
● Pressure Sensors
● Microphones
● Gas Detection Sensors
● Position Sensors
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Applications: Underwater acoustics, ordinance monitoring
Application: Underwater vibration monitoring
Applications: Towed arrays, sonobuoys, deep ocean
Applications: Underwater unmanned vehicles (UUV), towed arrays, ACOMM
Applications: Measurement of dynamic pressure due to turbulent water flow or cavitation
Application: rudder control, launch tube control, anchor control, periscope control
Application: Fuel leakage
Application: detection of toxic gases
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● Temperature Sensors
● Pressure Sensors
● Force Sensors
● Microphones
● Shock Sensors
● Vibration Sensors
● Gas Detection Sensors
● Position Sensors
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Application: Atomic clock
Application: Satellite propulsion
Applications: Vibration and shock testing of spacecraft before launch and during flight
Application: Rocket motor testing
Application: Cryogenic fuel system testing
Application: Combustion instability measurement
Application: Acoustic stress testing of spacecraft before launch
Application: unfolding control
Application: Fuel leakage
Application: detection of toxic gases
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From the initial design phase of a new vehicle to just moments before takeoff, our sensors are used to validate the functionality and safety of the equipment.
● Triaxial Accelerometers
● Piezoresistive Pressure Sensors
● Microphones
● Blast Pressure Sensors
● Variable Capacitance Low-Frequency Accelerometers
● Temperature (Operating Range Monitoring)
● Pressure Sensors (Lead Detection and Pressure Imbalances)
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These accelerometers are used for ground testing and flight testing to measure vibration in 3 axes.
PCB's Endevco brand of piezoresistive pressure sensors are suitable for wind tunnel and flight testing.
Acoustic measurement of cabin noise for passenger comfort.
Battery explosion testing for electric aircraft.
For flutter testing of wing tips during flight.
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Our sensors optimize the Flight Control Systems offering reliable and redundant monitoring from the battery to engine function to air speed, wing position, and altitude.
● Air Speed
● Pressure
● Wind Speed
● Altitude
● Temperature
● Tilt
● Humidity
● Vibration
● Position
● Current
● Hydrogen Detection
● Gas & Air Quality
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These accelerometers are used for Health and Usage Monitoring Systems (HUMS) to monitor vibration over the lifetime of the aircraft.
AUAV Family - Dual pressure sensor combines both Barometric (Altitude) and Air Speed Sensing in a single PCB mountable package.
Family of pressure sensors for customized analog or digital high-performance measurement.
Family of pressure sensors used to detect head wind, cross axis wind for flight stability control.
Packaged in a QFN configuration, the NPB packaging contains the pressure sensing element and all necessary signal conditioning electronics. AEC-Q 100 Qualified with I2C and SPI interface.
These sensors utilize stainless-steel media isolated technology, as well as backside absolute pressure technology to provide accurate and reliable measurements in harsh environments. The piezoresistive sensor chip is housed in a fluid-filled cylindrical cavity and isolated from measured media by a stainless-steel diaphragm and body.
Current sensors generate a ratiometric analog output voltage signal proportional to the current flowing through the conductor and provide accurate measurement of AC and DC currents in battery management and motor control applications.
The tilt sensors measure inclination, tilt and angle in harsh environmental conditions. With its ability to measure angles up to 360° with an accuracy of less than 0.5° over the full temperature range, it is perfect for providing flight control systems with data to maintain stability in horizontal flight.
Accurate feedback on the angular position, direction, and speed of the rotor shaft to optimize control of the motor inverter and drive the electric engines with the best possible efficiency.
The N-15 series offers you endless rotation, 340° wide electrical angle, SMD or through-hole mount, an extended working temperature range of -40°C to +120°C and a whole series of customization possibilities making it the most flexible resistive sensor on the market. The N-15 is ideal for drone camera gimball angle position feedback
Measurement of hydrogen gases released from lithium-ion battery packs. Hydrogen gases leaking from battery packs indicate battery failure.
To detect H2 leakages in fuel-cell operating drones or to detect off-gassing of H2 during Li-ion batteries Thermal Runaway event.
Detection of various Toxic gases in air. H2, CO, HF, NO2, VOC, 03, SO2.
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increasing productivity, reducing risk, aiding in humanitarian efforts, or simply providing a consumer convenience, our sensors support the successful execution of the UAV's mission.
● Environmental hazards
● Temperature
● Payload
● Pressure
● Humidity
● Infrared
● Gas and Air Quality
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Measures an object's temperature contactlessly.
Barometric sensors provide valuable data for altitude correction and atmospheric conditions. Monitoring and Detection of surrounding weather conditions can be an early warning system for remote users where predictive monitoring is crucial.
Fully-calibrated and temperature-compensated combined humidity and temperature sensor supplied in a water-resistant IP67 package, making it the most advanced and cost-effective sensing solution for virtually any type of harsh environment application.
Detection of various toxic gases in th air. H2, CO, HF, NO2, VOC, O3, SO2.
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● Temperature Sensors
● Vibration Sensors
● Pressure Sensors
● Ultra Low Pressure Sensors
● Gas Sensors (Including Hydrogen)
● Humidity Sensors
● Position Linear Sensors and Level Transmitters
● Level Sensors
● Level Measurement of Liquid Hydrogen
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●● Steam / Water Tank
● Hydrogen Supply
●● Hydrogen Tank
●●● Compressor
●● Fuel Cell Stack
●●● Humidifier
● Leak Detection
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● Hydrogen Tank
●● SCR System
●●● Fuel
● Leak Detection
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● Piezoelectric Accelerometers
● Piezoresistive Pressure Sensors
● Microphones
● Variable Capacitance Low-frequency Accelerometers
● Piezoresistive Safety Accelerometers
These accelerometers are used for ground testing and flight testing to measure vibration in 3 axes.
PCB's Endevco brand piezoresistive pressure sensors are used for airflow measurements common in wind tunnel and flight testing.
Acoustic measurements to investigate rotor noise mechanisms, sound transmissibility, and cabin noise for passenger comfort.
For flutter testing of wing tips during flight-testing phase.
Drop and crash testing sensors for testing fuselage survivability, crush zones, and passenger safety with ATDs
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● Temperature Sensors
● Pressure Sensors
● Ultra Low Pressure Sensors
● Digital Barometric Pressure Sensor & Air Speed
● Altitude
● Wind
● Barometric Pressure Sensor
● Tilt Sensor
● Resistive Angle Sensor
Prevents ice formation on vanes during flight.
Precision temperature measurement of in-flight instrumentation and climate control.
Used in instrumentation for airspeed indication and during flight test for aerodynamic measurements.
Used in Pilot control modules for Wind Speed and Flight condition monitoring.
Single and Dual pressure sensor designs. Dual eVTOL combines both Barometric (Altitude) and Air Speed Sensing in a single PCB mountable package.
Family of Barometric pressure sensors for Altitude, Critical Height measurement, and Barometric weather monitoring, available in customized analog or digital high-performance measurement.
Family of pressure sensors used to detect head wind, cross-axis wind for flight stability control.
Packaged in a QFN configuration, the NPB packaging contains the pressure sensing element and all necessary signal conditioning electronics. AEC-Q 100 Qualified with I2C and SPI interface.
The tilt sensors measure inclination, tilt, and angle in harsh environmental conditions. With its ability to measure angles up to 360° with an accuracy of less than 0.5° over the full temperature range, it is perfect for providing flight control systems with data to maintain stability in horizontal flight.
The N-15 series offers you endless rotation, 340° wide electrical angle, SMD or through-hole mount, an extended working temperature range of -40°C to +120°C, and a whole series of customization possibilities, making it the most flexible resistive sensor on the market. The N-15 is ideal for camera gimbal angle position feedback.
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● Accelerometers
● Media Isolated Pressure Sensor
● Current Sensor
● eMotor Position Sensor
● Temperature Sensors
● Air Quality Gas Detection
These accelerometers are integrated into the aircraft's Health and Usage Monitoring System (HUMS) to continuously monitor vibration of critical drivetrain components over the lifetime of the aircraft.
These sensors utilize stainless-steel media isolated technology, as well as backside absolute pressure technology to provide accurate and reliable measurements in harsh environments. The piezoresistive sensor chip is housed in a fluid-filled cylindrical cavity and isolated from measured media by a stainless-steel diaphragm and body.
Current sensors generate a ratiometric analog output voltage signal proportional to the current flowing through the conductor and provide accurate measurement of AC and DC currents in battery management and motor control applications.
Accurate feedback on the angular position, direction, and speed of the rotor shaft to optimize control of the motor inverter and drive the electric engines with the best possible efficiency.
NTC thermistor that measures the temperature of the copper windings.
Detection of various Toxic gases in air. H2, CO, HF, NO2, VOC, O3, SO2.
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● Temperature Sensors
● Air Quality Gas Detection
● Position Sensors
In-flight temperature control for service items.
Detection of various Toxic gases in air. H2, CO, HF, NO2, VOC, O3, SO2.
Detects when seatbelt is latched and provides alert to enforce mandatory usage during takeoff and landing.
Detects position of overhead storage door and provides alert when door is not fully closed to prevent it from opening during flight.
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● Temperature Sensors
● Position Sensors
● Pressure Sensors
● Gas Detection Sensors
● Dust Particulate Sensors
● Combined Pressure & Temperature Sensors
Provides in-flight temperature control for cabin comfort and service items.
Designed for conventional Air-conditioning Systems. Different output signals available.
Versions for R1234yf and also for CO2 Heat Pump Systems with R744.
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● Temperature Sensors
● Cell Connection System (CCS)
● Water Detection Sensors
● Current Sensor
● Hydrogen Gas Detection Sensors
● Blast Pressure Sensors
Measure and monitor surface temperature of the many cells within the battery pack, which is critical to preserving the chemistry of the battery.
Monitors the battery cover for temperature at key points.
Detects moisture leakage and feeds a signal to the Battery Management System.
Current sensors generate a ratiometric analog output voltage signal proportional to the current flowing through the conductor and provide accurate measurement of AC and DC currents in battery management and motor control applications.
Measurement of hydrogen gases released from lithium-ion battery packs. Hydrogen gases leaking from battery packs indicate battery failure.
To detect off-gassing of H2 during Li-ion batteries Thermal Runaway event or to detect H2 leakages in fuel-cell operating eVTOL
The sensors are used in pre-flight battery testing; to capture battery explosion during drop and thermal run away.
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● Temperature Sensors
● Coolant Breach / Water Intrusion Sensors
● Pressure Sensors
● Combined Pressure & Temperature Sensors
● Ultrasonic Level, Conductivity, Concentration, and Temperature Sensors
Outlet battery coolant to provide indication of battery cell temperature.
Detect the presence of coolant / water in the battery pack.
Measure the pressure in the cooling system to control pump capacity.
Measure pressure in the cooling system, while, at the same time, measure temperature of the coolant for optimum thermal management.
Continuously monitor fluid level for early detection of coolant leakage.
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● Temperature Sensors
● Gas Leak Detection Sensors
● Ultrasonic Level, Conductivity, Concentration, and Temperature Sensors
● Pressure Sensors
● Pressure + Temperature
● Gas Sensor
Monitors the temperature at key locations of the fuel cell.
Monitor water level in the steam / water separation tank.
Hydrogen tank pressure, coolant systems.
Hydrogen inlet, hydrogen outlet.
Cryogenic pressure sensors for hydrogen pump performance measurements.
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● Pressure Sensors
● DEF / AdBlue Level and Concentration Sensors
● Temperature Sensors
Monitor DEF pump module pressure.
Monitor DEF level and concentration.
Monitors the temperature at key locations of the H2ICE VTOL.
Combustion instability measurements, turbo chargers, exhaust manifold testing.
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