Capacitive sensor function introduction

The **lads** is a sand and dust test chamber, designed to simulate real-world environmental conditions. It has passed rigorous testing for high-performance materials, including light resistance, temperature, and humidity simulations. The chamber also features a solid-state relay with overload and short-circuit protection, ensuring safe and reliable operation during high and low-temperature impact tests. The **ZCS1100 precision capacitive displacement sensor** is used in conjunction with this system, capable of detecting minute piezoelectric displacements and vibrations. It is widely applied in electron microscopes, astronomical lens adjustments, and precision measurement systems. This single-channel, high-performance capacitive sensor uses innovative technology to provide nanometer-level accuracy at a cost-effective price. It is ideal for measuring conductive targets and is commonly used in industrial applications such as moisture detection in lubricants. The **FWS-CII online capacitive moisture detection sensor** is specifically designed for monitoring the hydraulic content of various machines, including rolling mills, paper machines, steam turbines, and marine equipment. It detects moisture in lubrication systems and monitors for leaks in cooling systems, ensuring optimal performance and preventing damage from water ingress. The **EJA transmitter** is suitable for measuring any conductive material, while the **1151 pressure transmitter** helps detect seal failures that may allow water to enter the system. These sensors are essential for maintaining lubricant quality and predicting potential equipment failure. The capacitive sensor features a compact, screw-mounted design with a stainless steel housing, offering excellent waterproof and dustproof properties. It can be directly installed on hydraulic pipelines in factories, making it an ideal solution for real-time moisture monitoring. Capacitive sensors can also connect to secondary instruments or controllers in control rooms, enabling continuous, real-time monitoring of oil moisture levels. This allows for direct display, remote control, alarms, and data storage, integration, transmission, and control. They are widely used in large-scale machinery, such as high-speed rolling mills, turbine generators, and marine systems. In addition, the **FW-C1 capacitive lubricant monitoring sensor** provides accurate measurements of oil pollution, including oxidation, water content, and mechanical impurities. This helps determine whether oil needs to be replaced, reducing waste and improving maintenance efficiency. The sensor is compact, lightweight, and highly reliable, making it suitable for use in bearings, gearboxes, pumps, and steam turbines. The **exhaust temperature sensor** measures compressor exhaust temperatures using a constant B value of 3950K ±3%, with a reference resistance of 5kΩ ±3% at 90°C. It works by correlating resistance changes with temperature, allowing for accurate temperature readings. This sensor can also interface with control room instruments for data management and system control. Cables such as **KVVP**, **CEFR**, **MYQ**, and **MYP** are commonly used in industrial environments, offering flexibility, durability, and resistance to moisture and chemicals. These cables are suitable for indoor installations in trenches, conduits, and other protected areas. Plastic conduit sleeves, metal hoses, and guide rail covers are used in packaging machinery and conveyor systems, providing protection and flexibility. In machining, **CNC milling** involves rotating cylindrical cutters and multiple cutting tools, such as end mills, to process complex shapes. Unlike turning, which is continuous, milling is an interrupted cutting process, requiring high-quality tools and precise control. This makes vertical machining centers and special-purpose machines more demanding in terms of tooling and setup. Valve technology continues to evolve with advancements in pressure regulation, including **stainless steel ball valves**, **gas pressure reducers**, and **nitrogen pressure regulators**. These valves should be installed upright on horizontal pipes to ensure proper function and safety. Large-diameter valves (DN 350–1200mm) and small-diameter valves (DN ≤40mm) are used in various industrial applications. Automated painting systems, such as **large-plate automatic spray guns**, use computer-controlled movement to apply paint evenly across surfaces. This method saves material, reduces labor, and improves finish quality. It is particularly useful for wooden doors and other complex surfaces, eliminating the need for fixtures and streamlining operations. Finally, aging test chambers like **xenon lamp aging boxes** and **rain test chambers** are used to evaluate product durability under extreme conditions. These systems include digital temperature controllers, blackboard thermometers, and interlock switches for safety. A stable power supply, often managed by **PLC systems**, is critical for reliable operation in industrial environments.

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