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Temperature and Pressure Sensors Assembly Calibration and Testing Line
The Temperature and Pressure Sensor is a sophisticated composite device adept at concurrently measuring both temperature and pressure. By ingeniously blending two measurement units-a sharp temperature sensor and a precise pressure sensor-it finds significant application in the industrial and engineering sectors. This dual-functionality is perfect for environments where monitoring both temperature and pressure parameters is crucial.
The application fields of temperature and pressure sensors are incredibly vast and diverse, prominently encompassing:
High-temperature and high-pressure environments in industrial automation and process control, petrochemicals, power systems, food and pharmaceutical sectors, HVAC systems, and more. These sensors facilitate simultaneous monitoring of fluid temperature and pipeline pressure, ensuring efficient and effective management.
Automotive and aerospace engineering: Essential for monitoring the conditions of engines, hydraulic, and pneumatic systems.
Energy and environmental protection engineering: Employed in applications that necessitate concurrent collection of temperature and pressure data in areas such as water treatment and steam systems.
Advantages:
High integration: Streamlines installation by minimizing space requirements and simplifying wiring complexity.
Good consistency: Ensures uniformity in the positioning of the two measurement points, thus preventing discrepancies caused by varied measurement positions.
Cost savings: By opting for this dual sensor over two separate sensors, overall expenditure is significantly reduced.
High reliability: Boasting an industrial-grade design, these sensors exhibit robust resistance to high temperature and pressure, making them ideal for demanding environments.The working process is elegantly simple, including steps such as:
1. Smart warehousing with AGV (Automatic Guided Vehicle) technology seamlessly feeding parts to the production line.
2. Utilizing a mechanical arm for precise taking and assembly, this method effectively replaces the labor-intensive tasks traditionally performed by operators.
3. Mechanical arm expertly handles soldering tasks.
4. Precise dispensing/potting followed by curing.
5. Conducting helium detection to ensure quality and integrity.
6. Program burning followed by meticulous calibration.
7. Streamlined automatic unloading into the warehouse facilitated by AGV conveyance.
IGBT Three Section Vacuum Potting Curing Assembly Line
Application
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