Description
8226: It may represent the series or product line to which this sensor belongs, indicating its specific category among the sensors of this brand, and having some common basic design and performance characteristics. E1H: It might be a code related to the electrical characteristics or input/output types of the sensor. For example, "E" may represent a certain specific electrical interface standard, "1" may represent the specific version or configuration under this interface standard, and "H" may be related to characteristics such as high level or high sensitivity. H250: It is speculated that "H" may be related to the upper limit of the pressure measurement range, and "250" may indicate that the maximum pressure measurement value of this sensor is 250. The specific unit needs to refer to the product manual, which may be 250 kPa, 250 psi, etc. P7: It may refer to the pressure type of the sensor or the specification of the pressure port. "P" is usually related to pressure, and "7" may represent a specific pressure connection method, interface size, or a certain variation of the pressure measurement principle. GE78: It may be an internal code of General Electric (GE) for this sensor or an identifier related to specific application scenarios and customer customization. It is also possible that "GE" represents a certain special function or technology, such as the use of a specific germanium (Ge) material or having general expansion functions, and "78" is the specific version number or production batch number, etc.
Speculation on Functional Characteristics
Pressure Measurement Function: It can accurately measure the pressure parameters related to the gear system, such as the lubricating oil pressure in the gearbox, the hydraulic pressure in the hydraulically driven gear system, etc., providing key data for the monitoring and control of the equipment's operating status.
High-precision Sensing: It has a high measurement accuracy and can accurately capture the slight changes in pressure, ensuring the precise perception of the pressure in the gear system. This helps to detect potential pressure abnormalities in a timely manner and guarantees the safe and stable operation of the equipment.
Good Electrical Performance: It may have a stable output signal and strong anti-interference ability, and can work reliably in a complex electrical environment. It ensures that the pressure signal can be accurately transmitted to the control system, reducing the possibility of signal distortion and misjudgment.
Strong Adaptability: It can adapt to a certain range of environmental conditions such as operating temperature and humidity, and can operate normally in different industrial environments. It has good environmental tolerance and can meet the pressure measurement requirements of various gear transmission equipment under different working conditions.
Application Scenarios Industrial Automation Equipment: In the gear transmission system of the automated production line, it is used to monitor the lubricating oil pressure in the gearbox, preventing gear wear and damage caused by insufficient or excessive pressure, and ensuring the smooth operation of the production line. Automotive Field: It can be applied to components containing gear mechanisms in automobiles, such as the automatic transmission and power steering system, to measure the hydraulic oil pressure, provide pressure data for the vehicle's electronic control system, achieve precise control of operations such as shifting and steering, and improve driving comfort and safety. Machine Tool Equipment: Installed in the gear transmission parts such as the feed system and spindle drive system of machine tools, it monitors the pressure changes, which helps to optimize the processing parameters, improve the machining accuracy, and at the same time provide fault warnings for the equipment, reducing the downtime. Aerospace: In the gear transmission devices of key parts of aircraft, such as the engine and landing gear, it is used to monitor the pressure in real time, ensuring the reliability and safety of aerospace equipment and meeting the strict requirements of the aerospace field for high-precision and high-reliability sensors.
Main brands include: ABB, Bailey, GE, FOXBORO, Invensys TRICONEX, Bentley BENTLY, A-B Rockwell, EMERSON EMERSON, B&R, MOTOROLA, FUANC, REXROTH, KUKA, HONEYWELL, NI, DEIF, Yokogawa, WOODWARD WOODWARD, Ryan, SCHNEIDER SCHNEIDER, Yaskawa, MOOG, EPRO, PROSOFT and other major brands
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