Technical Data On Pressure Sensing And Displacement Sensing Functions Used In Building Isolation Bearings,LRB.

Product Name

Intelligent building isolation bearings (LRB with pressure and displacement sensors)

Product Overview:

Intelligent building isolation bearings are high-tech building components that integrate pressure and displacement sensors, used to improve the safety and stability of building structures in natural disasters such as earthquakes. This product can effectively reduce the damage of earthquakes to buildings and process maintenance through real-time monitoring and data analysis.

Technical specifications of sensors

1. Pressure sensor: High sensitivity pressure sensors are used, which can accurately measure the pressure changes borne by the support and provide timely feedback on possible structural overload situations.

2. Displacement Sensor: Equipped with high-precision displacement sensor ASM WS10 series, with a range of up to 1250mm, multiple outputs to choose from, including voltage, current, digital signals, etc., with a protection level of IP65, suitable for long-distance displacement measurement and vibration table displacement measurement.

3. Materials and Structure: The lead rubber bearing is composed of multiple layers of rubber and steel plates or other materials alternately stacked and combined, with good durability and stability.

Technical Support and Services

Installation and operation:

-Installation guide: Provide detailed installation steps and precautions to ensure the correct installation of the sensor.

Operation manual: includes guidelines for product start-up, calibration, daily maintenance, and troubleshooting.

Safety and Maintenance:

Safety Guidelines: Provide safe operating procedures and emergency response measures.

Maintenance Plan: Suggested maintenance cycle and inspection process to ensure long-term stable operation.

Real time monitoring backend:

Intelligent building seismic isolation bearings are equipped with a real-time monitoring backend, which is based on a large screen display and can reflect the pressure and displacement data of the bearings in real time. The backend system provides strong support for product development, quality traceability, building seismic performance monitoring, post disaster rescue, and intelligent resilient cities through intelligent chip technology and Internet of Things technology.