Pro2 Oxygen / Lamda Sensor Tester - Bright Solutions

The Bright Solutions E67000 Pro2 Oxygen / Lambda Sensor Tester is a professional-grade diagnostic instrument designed for efficiently assessing oxygen (O2) and lambda sensors on modern gasoline engines. This essential lambda sensor tester enables technicians to quickly confirm sensor functionality, identify slow or failing sensors, and accurately differentiate sensor faults from potential wiring or engine-related issues before component replacement, optimizing diagnostic workflow in demanding shop environments.

Key Features

• Professional Lambda Sensor Testing: Specifically developed to evaluate narrowband oxygen and lambda sensors, verifying proper switching, response time, and stable signal output crucial for engine management.
• Rapid Diagnostic Capability: Features intuitive controls and a clear display, enabling straightforward, real-time monitoring of sensor activity directly at the vehicle for streamlined emissions and drivability diagnostics.
• Robust Construction: Built with a durable housing and high-quality internal components, this unit is engineered to withstand daily use in professional automotive repair shops and industrial settings.
• Broad Vehicle Compatibility: Suitable for most OBD-II gasoline vehicles equipped with conventional zirconia O2 and lambda sensors, covering passenger cars, light trucks, and fleet applications.

Applications

Employ the Pro2 Oxygen / Lambda Sensor Tester during routine check engine light diagnostics, after failed emissions tests, or when addressing common vehicle complaints such as poor fuel economy, rough idle, or elevated emissions. This tool is ideal for confirming sensor operation post-repair and for accurately distinguishing genuine sensor failures from underlying issues like wiring faults, exhaust leaks, or fueling problems, helping to reduce comebacks and unnecessary parts replacement.

Specifications

• Model: Bright Solutions E67000 Pro2 Oxygen / Lambda Sensor Tester
• Weight: 5 lb (portable, bench-top capable design)