Dongling MonitoringIntegrated Testing / Sensing / Monitoring
DL-GN-201

GNSS Displacement Monitoring System

GNSS displacement monitoring system supporting full-constellation and multi-frequency GNSS signals, RTK, DGNSS, ground-enhancement, and PPP modes for millimeter-level positioning in bridge, dam, slope, mine, high-rise, tower, and heritage-structure monitoring.

DL-GN-201 GNSS Displacement Monitoring System

System Category

DL-GN

Signal Type

GNSS displacement

Communication

4G or RJ45 Ethernet

Product Image and Application Context

Visual reference for GNSS Displacement Monitoring System

Product images are used when available for RFQ evaluation and product recognition.

Primary Product Image

DL-GN-201 Primary Product Image

Product image configured for this product.

Bridge

Typical reference station and rover station installation deployment for project configuration.

Dam

Typical reference station and rover station installation deployment for project configuration.

Slope

Typical reference station and rover station installation deployment for project configuration.

Technical Specifications

Category

DL-GN

Measurement Range

Millimeter-level positioning

Sampling Rate

GNSS observation with realtime displacement calculation

Communication Protocol

4G or RJ45 Ethernet

Protection Level

IP65

Power Supply

9-24 VDC

Application Tags

Bridge, Dam, Slope, Mining, Building, Heritage

Installation Type

Reference station and rover station installation

Engineering Applications

Where this DL product is applied

Supports full-constellation, multi-frequency GNSS reception and multiple differential positioning modes.

Provides project, device, displacement, relative displacement, alarm, and history-query data workflows.

4G and RJ45 options support field cabinet and platform integration.

Technical basis may reference GB/T 18214.1, GB 9254, GB/T 4208, GB/T 2423.10, GB/T 4857.5, and GB/T 17626.2.

Typical Use Cases

Typical monitoring use cases

Bridge, dam, slope, mine, and high-rise displacement monitoring.

Reference and rover station networks requiring stable antenna mounting and open sky view.

System Integration Context

Sensor, DAQ, and software context

Install the reference station on stable ground with open sky view and a rigid antenna foundation.

Install rover stations so the antenna and measured object remain structurally consistent.

Retain applicable GNSS and enclosure standards including GB/T 18214.1, GB/T 4208, and GB/T 17626.2.