Dongling MonitoringIntegrated Testing / Sensing / Monitoring
SEO Landing / tunnel convergence monitoring

Tunnel Convergence Monitoring Solution

Engineering solution for tunnel convergence monitoring, construction vibration, seepage response, seismic monitoring, and underground safety alerts.

Search-intent coverage

For tunnel construction and operation teams that need convergence, vibration, seepage, and seismic response data from underground sections.

tunnel convergence monitoringtunnel structural monitoringseismic monitoring systemconstruction vibration monitoring

Engineering Search Intent

Monitoring problems this page answers

Monitor civil infrastructure deformation, strain, vibration, displacement, tilt, cracks, settlement, GNSS movement, cable force, seismic response, and construction-stage structural behavior.

tunnel convergence monitoring

tunnel construction vibration monitoring

tunnel seepage monitoring

underground structural monitoring

Recommended System Configuration

Typical hardware and software scope for this solution

Final selection depends on monitoring object, measurement points, signal type, communication method, and site installation conditions.

System Topology

From monitored asset to engineering decision

RFQ-ready architecture

01

Monitoring Object

Bridge, tunnel, equipment, heritage, or laboratory structure

02

Sensor Network

Vibration, strain, displacement, GNSS, seismic, and environmental points

03

DAQ / Gateway

Synchronized acquisition, edge storage, timing, and communication

04

Platform Output

Trend, waveform, event alarm, report, dashboard, and RFQ package

DL-SHM Systems
DL-DAQ Systems
DL-SEN Sensors
DL-DAQ-901 Dynamic Signal Testing and Analysis System

DL-DAQ-901

Dynamic Signal Testing and Analysis System

DL-DAQ

Dynamic signal testing and analysis system for large-structure strength and service-life evaluation, supporting strain, bridge-type sensors, IEPE acceleration and acoustic sensors, charge sensors, RTD, thermocouple, current-loop sensors, eddy-current, velocity, acceleration, displacement, and voltage inputs, Ethernet or USB 3.0 communication, multi-channel synchronized recording, 256 kHz per-channel sampling, bridge self-check, TEDS support, and long-duration data storage.

Strain, bridge sensors, IEPE, charge, RTD, thermocouple, current-loop, eddy-current, velocity, acceleration, displacement, and voltage

Up to 256 kHz per channel

Ethernet or USB 3.0

Bridge / Building

Details

DL-DAQ-902 Ultra-Dynamic Signal Testing System

DL-DAQ-902

Ultra-Dynamic Signal Testing System

DL-DAQ

Ultra-dynamic signal testing system for shock and blasting tests, supporting stress-strain, bridge-type force, pressure, displacement, velocity, acceleration, charge, and voltage signals, 8M-point per-channel cache, 20 MHz transient sampling, DC to 1 MHz frequency response, gigabit Ethernet expansion, multiple trigger modes, 16-bit A/D conversion, four-wire bridge excitation, and high-speed data transfer.

Stress-strain, force, pressure, displacement, velocity, acceleration, charge, and voltage

20 MHz transient sampling; DC to 1 MHz response

Gigabit Ethernet expansion

Blasting / Impact

Details

DL-DAQ-903 Portable Modal Testing System

DL-DAQ-903

Portable Modal Testing System

DL-DAQ

Portable modal testing system for force-measurement modal experiments, supporting hammer excitation, shaker excitation, single-point pickup, single-point excitation modal analysis, 4 IEPE input channels, USB 3.0 communication and power, 128 kHz per-channel sampling, IEPE acceleration and force sensors, filtering, TEDS support, and long-duration synchronized recording.

4 IEPE input channels

Up to 128 kHz per channel

USB 3.0 communication and power

Modal / Laboratory

Details

DL-DAQ-603 Distributed Network Dynamic Signal Acquisition System

DL-DAQ-603

Distributed Network Dynamic Signal Acquisition System

DL-DAQ

Distributed network dynamic signal acquisition system for large-structure strength and vibration testing, supporting strain, force, pressure, displacement, velocity, acceleration, IEPE acceleration, acoustic, and voltage inputs, modular Ethernet and PoE expansion, IEEE 1588 synchronization, 24-bit A/D conversion, bridge self-check, TEDS support, and long-duration synchronized dynamic recording.

Strain, force, pressure, displacement, velocity, acceleration, IEPE, acoustic, and voltage inputs

Dynamic synchronized acquisition

Ethernet / PoE with IEEE 1588 synchronization

Bridge / Building

Details

DL-DAQ-703 High-Performance Dynamic Signal Acquisition System

DL-DAQ-703

High-Performance Dynamic Signal Acquisition System

DL-DAQ

High-performance dynamic signal acquisition system for high-precision measurement in strong-interference environments, supporting strain, voltage, IEPE, charge, current, and resistance measurements, channel isolation, +/-500 V common-mode voltage suppression, 16-channel modules, gigabit Ethernet expansion, intelligent lead identification, TEDS support, four-wire bridge excitation, and up to 256 kHz per-channel continuous sampling.

Strain, voltage, IEPE, charge, current, and resistance inputs

Up to 256 kHz per channel

Gigabit Ethernet expansion

Industrial / Laboratory

Details

DL-DAQ-803 Portable Dynamic Signal Acquisition System

DL-DAQ-803

Portable Dynamic Signal Acquisition System

DL-DAQ

Portable dynamic signal acquisition system with 16 or 32 synchronized channels, supporting strain, force, pressure, displacement, velocity, acceleration, IEPE acceleration, acoustic, and voltage inputs, USB 3.0 communication, 24-bit A/D conversion, built-in battery operation, TEDS support, bridge self-check, long-duration real-time recording, and field testing or inspection workflows.

16 or 32 synchronized channels

Dynamic synchronized acquisition

USB 3.0

Bridge / Building

Details

Engineering Credibility

Reliability, topology, and project validation

99.98%

target data availability

IP67/68

field protection classes

4G/Fiber

site transmission options

RFQ

project-based configuration

Measurement planning

Monitoring object, measurement range, sampling rate, and signal type guide project configuration.

Communication options

DL systems support project configurations using wired, wireless, GNSS, and gateway-based communication methods.

Documentation support

Datasheets and technical selection information are available upon request for RFQ preparation.

Product selection should be confirmed against site conditions, measurement points, installation environment, and expected data output.

Structured RFQ Path

Request path for Tunnel Convergence Monitoring Solution

Step 1

Define Data Nodes

Sensor, wireless node, GNSS station, seismic unit, or DAQ field layer.

Step 2

Configure Network

Civil infrastructure, industrial equipment, heritage, seismic, or research monitoring chain.

Step 3

Build RFQ Scope

Asset type, measurement points, channels, sampling rate, communication, environment, and duration.

Step 4

Review Proposal

Receive system architecture, product configuration, data output, and engineering review structure.