Horizontal Deformation Monitoring、Vertical Deformation Monitoring
Disaster Monitoring、Bridge Monitoring、Bridge Structural Monitoring、Dam & Reservoir Monitoring
As the most important applications on safety, GNSS gives the significant changes on the way of implementing the automatic deformation monitoring. More benefits and advantages are obvious of adopting the GNSS technology comparing with the traditional method. MIDE supplies various automatic deformation monitoring products from receivers to OEM boards to the integrators.
The bridge monitoring system can monitor the deformation, stress, strain, vibration, environment and other items of the bridge 24 hours a day, effectively monitor the safety and health status during the construction and operation period, provide scientific data support for the maintenance of the bridge, and ensure the safe operation of the bridge.
Performance GNSS antenna for base station covers full frequency satellite signal tracking of GPS, GLONASS, Galileo, BeiDou, QZSS, IRNSS, SBAS as well as L-Band correction service. It is a mini choke ring antenna with strong multipath suppression performance that specifically designed for applications as earthquake & landslide monitoring, deformation monitoring, bridge monitoring, Dam & Reservoir Monitoring that require absolute positioning accuracy and multi-constellation support.
Mide has cutting-edge satellite navigation & positioning technology and rich experience in Deformation monitoring applications. After years of efforts, Mide has developed high performance 3D Choke Ring antenna and adopted four-feed micro strip antenna technology , featuring Wide frequency range, good signal coverage, unique waterproof and dust-proof design, can work in outdoor long-term stability. Mide’s products have achieved large-scale application and have been recognized by many domestic and foreign agents. Mide’s antennas can be widely integrated into surveying and mapping RTK receivers, high-precision handheld RTKs, CORS reference stations, Deformation monitoring, and so on.
Integrating GNSS board, antenna, network module and MEMS chip together, and is easy to install.
The power consumption of the whole machine shall not exceed 2W during normal uninterrupted operation. The power consumption in sleep mode is lower, reducing the cost of the whole solar power supply system.
Visual cloud remote operation, built-in ESIM card, installation and commissioning only need to power on and observe the indicator light, reducing the requirements for installation and commissioning personnel.
The equipment can transmit the information including power supply voltage, charging voltage and residual power to the Internet of things platform, monitor the equipment operation status in real time, and conduct operation and maintenance in time.
Performance GNSS antenna has the functions of automatic collection, transmission, storage, processing and analysis of water conservancy dam operation data and comprehensive early warning, and can conduct all-weather real-time monitoring under various climatic conditions，According to the change speed of the detected hidden danger point, the working mode is automatically adjusted, and the combination of dynamic and static monitoring can provide high-precision static absolute coordinates and dynamic displacement with high timeliness.
In response to the needs of deformation monitoring applications, MID provides professional GNSS monitoring antennas for deformation monitoring customers, which can flexibly meet different types of differentiated monitoring needs such as horizontal deformation monitoring, vertical deformation monitoring, and structural deformation monitoring, making deformation monitoring work more intelligent and efficient.
TECHNICAL PARAMETERS/ SPECIFICATION DISCUSSION
ON-SITE INVESTIGATION ONLINE VIDEO (FOREIGN)
DESIGN
PRODUCTION SAMPLES
SAMPLE CONFIRMED
BULK DELIVERY
MC4N04A Adopt choke structure design,Multipath suppression effect is excellent,Millimeter accuracy,High stability of phase center,Cover all frequency.
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MRX200 has built-in high-precision positioning board, which can realize high-precision positioning function.The receiver has a built-in 4G module, which can easily realize device networking and transmit data to the remote server.
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Geodetic Antenna MG4N08A features a multi-point feeding design to achieve greater phase center stability. It effectively improves measurement accuracy and provides better RTK solution. And has passed the international NGS certificate test.
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MG3703A adopts a multi-feed point design scheme to achieve the coincidence of the phase center and the geometric center, and minimize the influence of the antenna on the measurement error.
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with advanced high precision GNSS core technology and a deep
understanding of surveyors’workflows, to improve your productivity in the field.
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