SCHWING sensor model DMU-91 1. Introduction to SCHWING GmbH: SCHWING is a reliable company in the field of producing hydraulic and electronic equipment and systems. This company offers its products especially in various fields of industrial automation and control of hydraulic processes. SCHWING is known for its innovative designs and high quality products. 2. DMU-91 sensor model: Model DMU-91 from SCHWING is a hydraulic sensor with the ability to accurately measure pressure, which is designed for use in hydraulic systems. This sensor is capable of measuring pressure in different intervals and sends the information to the control system in the form of electrical signals. 3. Technical features of the DMU-91 sensor: • Maximum pressure (Nenndruck): This sensor can measure hydraulic pressures up to 40 bar. • Supply voltage (Versorgungsspannung): The DMU-91 sensor requires a supply voltage between 12 and 24 V DC to function. • Signal output (Ausgangssignal): This sensor provides an analog signal output of 4 to 20 mA (4-20 mA), suitable for controlling and monitoring hydraulic processes in industrial systems. • Signal Type: The sensor uses analog signals to transmit data, which is essential for accurate control systems and continuous analysis. • Type of structure: DMU-91 sensor is of hydraulic type and is designed for use in high pressure systems. This sensor uses resistant materials for tough working conditions. 4. Applications of the DMU-91 sensor: • Hydraulic systems: This sensor is used to monitor pressure in industrial hydraulic systems and machinery. • Industrial automation: In production lines and industrial automation devices, the DMU-91 sensor is used for accurate control and monitoring of hydraulic fluid pressure. • Management of industrial processes: In industrial processes that require pressure monitoring, this sensor can send accurate and instant information to the control system. Automotive applications: In the hydraulic systems of automobiles, such as steering and hydraulic brake systems, this sensor is used to accurately measure the pressure of hydraulic fluids. 5. Advantages of the DMU-91 sensor: • High accuracy: The DMU-91 sensor has a very high accuracy in pressure measurement, which is essential for industrial applications. • Stable performance: This sensor works stably in different working conditions and is resistant to high pressures. • Compatibility with different systems: with the ability to provide a signal of 4-20 mA, this sensor is compatible with most industrial control and automation systems. • Reliability: Due to the precise engineering design and the use of quality materials, this sensor has a long life and reliable performance. 6. Conclusion: SCHWING hydraulic sensor model DMU-91 with features such as high accuracy, 4-20 mA signal output and the ability to measure pressure up to 40 bar, is an excellent option for use in hydraulic systems and industrial processes. With stable and accurate performance, this sensor helps engineers and operators to effectively control and monitor industrial processes.