As a leading OE manufacturer of engine management systems, we build our OE expertise into every product, for smart parts that deliver improved emissions control, fuel economy, and driveability. Take our planar oxygen sensors – they deliver the industry’s fastest activation time. As quick as six seconds. But that’s just one example. We make many more equally smart parts. From MAF to MAP, crank to knock, cam to ABS sensors, to name but a few. And we supply these OE applications for the world’s leading vehicle manufacturers including Alfa Romeo, Fiat, Hyundai, Kia, Lancia, Opel/Vauxhall, PSA, Renault and Volvo.
A Rapidly Growing Aftermarket Opportunity.
The electronic content on new vehicles continues to rise at a rapid rate. In the 1980’s, 15% of a vehicle’s value was electronics. Today that number is 40% and growing. For any vehicle, this means that a significant sum is tied into the vehicle electronics alone. It also means a substantial repair opportunity for garages equipped with the right parts, tools and skills. Delphi is ready. Are you?
OE design, heat-soaked and salt-sprayed for optimum protection against corrosion and failure.
OE engineered for long-lasting sensor protection and accurate readings, resulting in optimal engine performance.
OE precision for increased fuel economy and reduced emissions.
Durable to OE specifications with ceramic, long post heat and fast heat technology available.
OE design to help maintain fine ignition timing controls and ensure optimum engine function under all conditions.
OE technology featuring fast response for optimal performance over a wide range of ambient temperatures. Sensor and full assembly available.
OE engineered to resist output from other sensors and ignore other noise interference for the right air-fuel mix.
Patented planar OE technology for quicker closed-loop activation and reduced cold-start emissions.
Built to OE specification for accurate monitoring of the oil pressure and driver alert.
OE technology with adaptive Hall signal schemes, providing improved timing accuracy, optimized sensor air gap and tilt sensitivity, and zero speed sensing capability.
Provides long-lasting, reliable operation during sensor life.
B- Exclusive Poison-Protection Coating
Protects elements from contaminants which can trigger ‘check engine lights’ and premature sensor failure.
C- Planar Sensing Element with Integrated Heater
Delivers the industry’s fastest light-off time to reduce cold-start emissions and improve fuel economy.
D- Stainless Steel Housing
Tested for durability, performance and environmental compliance; up to 15 years/150,000 miles.
E- Breathable Membrane Filter
Forces a better air supply to the centre portion of the sensor for optimal functionality.
D- High-Temperature Water Seal
Resists high temperatures, vibration damage and wire corrosion to protect signal accuracy, and provide a longer sensor life.
> After determining a sensor needs replacement, be sure to correctly identify it before replacing it. The primary sensor is on the manifold or the exhaust pipe, newer vehicles have sensors downstream.
> When unplugging the wire connection, spray penetrating lubricant onto the threaded connection to facilitate removal.
> Always use an appropriate oxygen sensor tool to help remove the sensor.
> Use anti-seize on the threads of the new sensor. Most oxygen sensors come with a special electrically conductive anti-seize compound applied to the threads, so simply thread the new sensor into the void left by the old one. If not, apply the anti-seize included with the sensor.
> Tighten the sensor to the correct torque. When no torque value is given, treat it much like you would a spark plug. In other words, less is probably better.
Delphi Engine Management. Bringing OE Expertise to the Aftermarket.