Bitzer oil flow sensorIt is a precision detection equipment specifically designed for real-time monitoring and measurement of various types of oil flow (such as diesel, gasoline, lubricating oil, hydraulic oil, etc.), widely used in the fields of petrochemicals, automotive industry, engineering machinery, energy metering, etc. Its core function is to convert the flow signal of oil into an electrical signal that can be collected and analyzed, providing data support for system control, energy management, and fault diagnosis.

Oil flow sensors typically consist of three parts: a detection unit, a signal processing unit, and an output interface. The detection unit is responsible for capturing changes in oil flow (such as turbine rotation and ultrasonic signals), while the signal processing unit filters, amplifies, and converts the raw signals. The output interface transmits data to the controller, display screen, or upper computer system in the form of analog signals (4-20mA current) or digital signals (RS485, CAN bus) for real-time monitoring and data storage.

　　Bitzer oil flow sensorRole in the field of industrial machinery and automation:

1. Machine tools and machining centers:

Monitor the centralized lubrication system of the spindle, guide rail, and gearbox to ensure that critical moving parts are adequately lubricated and prevent dry friction and wear.

Used for flow monitoring of hydraulic systems to ensure the normal operation of hydraulic fixtures, tool changing mechanisms, etc.

2. Injection molding machine and die-casting machine:

Monitor the oil flow of the mold cooling oil circuit and hydraulic system to ensure stable production process and prevent mold damage or product defects caused by overheating.

3. Wind turbine generator:

Gearbox lubrication system: Real time monitoring of lubricating oil flow is a key safety measure to prevent catastrophic failures (such as tooth breakage and locking) in gearboxes due to lubrication failure.

Generator cooling system: Monitor the circulation status of cooling oil.

4. Compressor (air/gas):

Monitor the flow of lubricating oil to ensure lubrication of bearings and moving parts, and prevent overheating and burning.

5. Large pump sets and turbines:

A forced lubrication system for bearings and gears, serving as interlocking protection for equipment start-up and operation.