The 5I-8005 sensor is engineered to be compatible with Caterpillar 320B, 320C, 312BL, and 312C excavator models.
This compatibility ensures a seamless integration into the engine systems of these heavy-duty machines.
Construction and Materials:
Built to withstand the demanding conditions of excavator operations, the 5I-8005 sensor is constructed using high-quality materials. The sensor is designed to be durable and resistant to the environmental factors and vibrations commonly encountered in construction and excavation settings.
Measurement Range:
One of the key specifications of the 5I-8005 sensor is its measurement range. This sensor is calibrated to accurately measure oil pressure within a specific range, providing real-time data to the engine control system. This information is vital for maintaining the engine's health and efficiency.
Precision and Accuracy:
Precision and accuracy are paramount in monitoring oil pressure in heavy machinery. The 5I-8005 sensor is engineered to deliver precise and accurate readings, ensuring that the engine operates within the optimal pressure range. This contributes to enhanced performance, fuel efficiency, and longevity of the excavator.
Installation and Calibration:
The 5I-8005 sensor is designed for straightforward installation, following Caterpillar's guidelines and specifications.
Additionally, calibration procedures are provided to ensure that the sensor functions accurately and reliably once integrated into the excavator's engine system.
Electrical Specifications:
As an electronic sensor, the 5I-8005 is equipped with specific electrical characteristics. This includes voltage requirements, signal output, and other electrical parameters. Proper electrical compatibility is essential for seamless integration with the excavator's control system.
Environmental Resistance:
Excavators operate in diverse environmental conditions, from dusty construction sites to wet and muddy terrains. The 5I-8005 sensor is designed to resist the impact of such environmental factors, ensuring its functionality and reliability even in challenging situations.
