373-4787: Exhaust Lambda Sensor Breakout Harness
Product Photos
Photo pendingKey Details
| OEM / Part No. | 373-4787 |
|---|---|
| Manufacturer | Caterpillar |
| Category | Other Workshop Products |
| Country of Origin | Origin on request |
| Weight | 0.1 kg |
| Dimensions | — |
| Unit of Measure | pcs |
| Condition | New original part |
Specifications
| Overall Length (in) | 70.9 |
|---|
Delivery & Payment
Pickup from our warehouse in China or Moscow, and delivery anywhere in the world.
Укажите артикул, бренд, модель техники, серийный номер, количество и город доставки. Если нужна замена, менеджер проверит совместимость и срок поставки.
Payment in USD, EUR, CHF, or CNY to our company bank account in Hong Kong, or in Russian rubles to the Russian company bank account.
Warranty and delivery terms are confirmed on request.
Product Description
An Exhaust Lambda Sensor Breakout Harness is used to interface with an exhaust Lambda sensor, which measures the oxygen levels in the exhaust gases. This harness enables technicians to tap into the sensor’s output without disrupting the sensor’s connection to the engine control unit. The breakout harness includes connectors that mirror those found on the lambda sensor and the equipment's wiring, allowing it to be inserted inline. Once connected, it provides easy access to the sensor's voltage and current signals, which can be measured using diagnostic equipment. This setup is for diagnosing issues such as poor fuel efficiency, emission control failures, and sensor malfunctions, by providing accurate data on the air-fuel mixture that the engine is using. Attributes: • Provides a secure and stable connection for reliable measurements. • Supports consistent sensor output with minimal signal loss. • Supports stable voltage and signal levels for accurate readings. • Capable of handling high-frequency signals from the exhaust lambda sensor. Applications: An Exhaust Lambda Sensor Breakout Harness is used to enable accurate diagnostics of the exhaust Lambda sensor, which is for maintaining optimal engine performance and compliance with emission standards.