Sensors for industrial and off-highway applications

Steering angle sensors

The steering-angle sensor provides informtion about the steering-angle and slew rate of the steering-angle to numerous safety and driver assistance systems like: Electronic Stability Program (ESP), Advanced Front Lighting System, Electric Power Steering, Park Assist and Driver Drowsiness Detection.

Throttle valve angle sensors

Throttle position sensors are installed at the throttle valve to determine its position and angle. They measure the required data with high accuracy.

Crankshaft sensors

Crankshaft sensors determine the rotational speed and the position of the crankshaft with top accuracy. These data are used by the engine control unit (ECU) to determine the precise injection/ignition timing.

Camshaft sensors

Camshaft sensors accurately determine the position of the camshaft. Their high measurement accuracy allows precise injection/ignition timing and accurate camshaft adjustment.

The temperature sensor measures the temperature of various fluid media, such as water, fuel, or oil, over a wide temperature range.

Experience the future of gas analysis with our compact Ramanbased OGS.

The Bosch OGS detects a wide range of gases at a glance and is ready for hydrogen and natural gas applications.

• Multi-gas. H2, N2, O2, H2O, CH4, and others
• Fast & accurate. 0.1vol% in less than 10s, longer analysis time for 0.01vol%
• Inline operation. Up to 40°C and 40bar
• Easy data analysis. Signal is strongly linear to gas density and analysis time
• Emission free. No emission of the analyzed gas
• Cost-effective. Easy installation and calibration, no carrier gas required
• Small size. 19-inch rack design compatible

Knock sensors reliably and precisely detect engine knocking, thus supporting the engine's performance and durability.

Inertial sensors are a combination of yaw rate sensors and acceleration sensors. The rotation of up to two axis and acceleration in up to three directions can be measured by these sensors.

Manifold and boost pressure sensors

The manifold and boost pressure sensor enables fast and precise measurement of the pressure and temperature of the intake air of combustion engines. It thus supports the exact regulation of the fuel quantity.

Differential pressure sensors

The differential pressure sensor monitors the differential pressure of the particle filter to provide information about its charge status. Consequently, the differential pressure sensor provides the foundation for a demand-based particulate filter regeneration.

Oil and fuel pressure sensors

The oil and fuel pressure sensor ensures rapid and highly precise measurement of fuel and oil pressure in every kind of combustion engine (gasoline, diesel, CNG, LPG) and transmission. This measurement is used to control the amount of fuel or oil supplied by the pump.

High pressure sensors

The high-pressure sensor measures the fuel pressure within the fuel rail of diesel direct injection engines. The engine control unit needs this information for the exact dosing of the fuel quantity to be injected. The sensor version for natural gas (CNG) measures the pressure inside the pressure regulator module.

Air mass meters from Bosch quickly and precisely measure the actual air mass flow rate for an optimized air-fuel mixture, supporting an efficient fuel combustion and powerful engine performance.

Invented by Bosch in 1976, Lambda sensors have made a significant contribution in order to fulfill current emission standards. To date Bosch has produced more than one billion lambda sensors.

By measuring the oxygen content of the exhaust gas, the lambda sensor supplies the necessary information for the right air/fuel mixture to the engine control unit and supports a powerful engine combustion.