Compact Link Wideband 02 Sensor (lsu49) Bosch Pro Version [ymNpXaUg]

Link Wideband LSU49 Oxygen Sensor - Bosch

The Link Wideband LSU49 Oxygen Sensor (LSU49) from Bosch is a high-quality sensor designed for measuring the proportion of oxygen in exhaust gases in automotive engines. This sensor is a versatile choice for both gasoline and Diesel engines, providing precise measurements that are essential for maintaining optimal engine performance. With its robust design and reliable performance, the LSU49 is a top choice for vehicle enthusiasts and professionals alike.

Key Features and Specifications

The LSU49 sensor is a planar ZrO2 dual cell limiting current sensor with an integrated heater, ensuring accurate and consistent readings. Its monotonic output signal ranges from lambda 0.65 to air, making it suitable for various lambda measurements. The sensor is built to withstand high temperatures, with a maximum exhaust gas temperature of 930°C (1,030°C for short periods) and a hexagon temperature of 600°C. It features a M18x1.5 thread and includes a 5-pin plug and pins for easy installation. Here are some of its key features and specifications:

• Wide Operating Range: Lambda 0.65 to ∞
• Robust Construction: High Bosch production quality standard
• Compatibility: Compatible with all wideband controllers and ECUs that support LSU 4.9 sensors

Applications and Benefits

The Link Wideband LSU49 Oxygen Sensor is an essential component for any vehicle that requires precise oxygen measurement. Whether you're using it for a custom tuning project or routine maintenance, this sensor offers numerous benefits. Its wide compatibility ensures it can be used with a variety of wideband controllers and ECUs, including Link G4+/G4X Fury and G4+Thunder ECUs, as well as the Link CAN-Lambda Controller. By accurately measuring oxygen levels, the LSU49 helps optimize fuel-to-air ratios, leading to improved fuel efficiency, reduced emissions, and enhanced engine performance. This sensor is perfect for vehicle owners who value performance, efficiency, and reliability.