Pressure sensor Facet
The Facet Air Pressure Sensor with height adaptation is made in Italy and has an OE equivalent of 103246. It measures air pressure in the intake manifold and is ideal for adjusting engine performance at different altitudes.
The Facet Air Pressure Sensor with height adaptation is made in Italy and is an OE equivalent part number 103167. It measures the air pressure in the intake manifold to optimize engine performance.
Italian-made air pressure sensor with altitude adjustment for precise measurement and reliable performance, equivalent to original equipment standards.
High-quality air pressure sensor with height adaptation, made in Italy, equivalent to original equipment standards.
This product is a FACET Boost pressure sensor with model number 10.3268. It is an air pressure sensor that adjusts the height of the vehicle and is made in Italy.
Discover the FACET Boost Pressure Sensor 10.3269, an Italian-made air pressure sensor with height adaptation, offering OE equivalent precision and reliability for enhanced vehicle performance. Ideal for seamless integration and optimal functionality.
Measures air pressure to adjust vehicle height with precise intake manifold pressure sensing technology.
The FACET Sensor is an exhaust pressure sensor designed to maintain optimal engine performance. Featuring a Made in Italy craftsmanship and meeting OE standards, it provides accurate readings for precise control of the vehicle's emissions system.
FACET 10.3014 height adaptation sensor delivers accurate intake manifold pressure data across elevations, ensuring smooth idle, stable fuel trim, and fast ECU feedback in a compact Italian-made unit.
High-precision air pressure sensor for accurate altitude adjustments, made in Italy with OE equivalent quality
Facet Air Pressure Sensor 10.3055 - Height Adjustment & Boost Pressure Sensor for Opel, Ford, Abarth
Engineered for Opel, Ford and Abarth, the 10.3055 air pressure sensor handles altitude based adjustment and boost monitoring with OE like accuracy and a compact Italian made design.
Italian-made air pressure sensor with height adaptation, equivalent to original equipment standard, for precise boost pressure measurement and control.
A precision air pressure sensor designed for altitude adjustment in automotive engines, featuring robust construction and accurate readings across intake manifold, boost, vacuum, and exhaust pressures.
FACET 10.3102 Air Pressure Sensor for Height Adjustment - Compatible with MERCEDES-BENZ, SMART, JEEP
Engineered in Italy, this air pressure sensor fine‑tunes altitude compensation for Mercedes‑Benz, Smart and Jeep models. It delivers precise manifold or boost readings, boosting throttle control and fuel efficiency.
Italian-made air pressure sensor with height adaptation for accurate manifold pressure readings.
Exhaust pressure sensor, made in Italy, OE equivalent for precise measurement and control of exhaust gases.
Facet Air Pressure Sensor with height adjustment, made in Italy and equivalent to the original equipment part number 103291.
The FACET Air Pressure Sensor with height adaptation is an OE Equivalent product made in Italy. It measures the intake manifold pressure and has a part number of 103327.
FACET Exhaust Pressure Sensor with 10.3273 PID, made in Italy, OE Equivalent part number 103273.
This exhaust pressure sensor is an Italian-made, OE equivalent product that monitors the exhaust system's pressure for optimal performance. It boasts a high level of accuracy and reliability.
FACET 7.0114 oil pressure sensor offers robust monitoring for VW, Peugeot, and Toyota engines, featuring a compact design that delivers consistent signal output under varying temperatures, ensuring reliable engine protection.
Precise air‑pressure sensor designed for intake manifolds and exhaust gases in SEAT and Volkswagen vehicles. Built with robust Italian engineering, it delivers accurate pressure data for optimal engine performance.
Italian‑crafted FACET Oil Pressure Switch 70021 delivers precise pressure readings for Citroën and Peugeot engines, safeguarding oil flow and alerting to low‑pressure conditions for reliable performance.
