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E-mail
sales@msensor.com.cn
- Phone
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Address
6F, Building E, Liye Building, Sensor Network Technology Park, Xinwu District, Wuxi City, Jiangsu Province
Wuxi Maike Sensing Technology Co., Ltd
sales@msensor.com.cn
6F, Building E, Liye Building, Sensor Network Technology Park, Xinwu District, Wuxi City, Jiangsu Province
HLI-106T settlement monitoring static level is a high-precision liquid level measuring instrument used to measure the relative settlement of various measuring points in foundations and buildings. It consists of a reservoir, an imported high-precision core, a specially customized circuit module, a protective cover, and other components. Suitable for measuring settlement displacement with small measurement range and high accuracy.
Static level is a high-precision liquid level measuring instrument used to measure the relative settlement of various measuring points in foundations and buildings. Application sites include large buildings such as hydroelectric power plants, dams, high-rise buildings, nuclear power plants, water conservancy hub projects, railways, subways, high-speed railways, comprehensive pipe galleries, etc. for measuring uneven settlement at various measuring points. HLI-106T is a product specifically designed for comprehensive pipe gallery settlement monitoring.
● Range: 0-500-2500mmHg ● Accuracy 0.2mm, Resolution 0.01mm ● Technology Swiss KELLER ● Wide voltage input DC9-36V
● Wide temperature operation -40~+85 ℃ ● Non destructive overvoltage 1.5 times full range ● Baud rate adjustable from 2400~115200 ● IP67 protection level
● Output RS485/MODBUS (optional)
● Monitoring of high-voltage power line towers ● Settlement of buildings (buildings) ● Measurement of uneven settlement in subway foundation pits and tunnels ● Monitoring of foundation layers, roadbeds, road cuttings, bridges, buildings, subways, and bridge road transition sections.
● Comprehensive pipe gallery ● Large liquid storage tank ● Water conservancy hub project ● Various engineering machinery angle control ● Bridge and dam, monitoring
