Monitoring Solution for Research & Engineering Testing
For universities, laboratories, and engineering R&D requiring modal testing, vibration analysis, strain testing, and multi-channel DAQ systems.
Project configuration scope
university laboratories, industrial equipment test benches, component fixtures, structural test rigs, field validation sites, and engineering analysis workstations
Sensors
DL mapped
DAQ
DL mapped
Platform
DL mapped
Alerts
DL mapped
Industry Problem
Research & Engineering Testing monitoring risks and field constraints
Capture modal response, vibration response, dynamic strain, torque, speed, temperature, pressure, force, displacement, and synchronized multi-channel data for engineering verification.
Structural risks
- modal parameter drift and stiffness uncertainty
- excessive vibration response and resonance
- dynamic strain accumulation and fatigue risk
- rotating machinery instability
- transient event overload and fixture response
Monitoring challenges
- high-channel synchronized acquisition for laboratory and field tests
- mixed signal capture across strain, IEPE, voltage, speed, pressure, temperature, force, and displacement channels
- repeatable triggering, storage, and data review for engineering reports
- modal testing, FRF analysis, time-frequency review, and vibration response measurement in one workflow
Environmental conditions
- laboratory test operation
- industrial vibration and electromagnetic interference
- high rotational speed
- long-duration fatigue loading
- field validation conditions
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
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-DAQ-603
Distributed Network Dynamic Signal Acquisition System
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
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
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
DL-DAQ-901
Dynamic Signal Testing and Analysis System
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-801
Handheld Dynamic Signal Analyzer
Handheld dynamic signal analyzer for on-site strain, vibration, noise, pressure, force, speed, and displacement acquisition, supporting tachometer and voltage channels, GND, single-ended DC, differential DC, AC, and IEPE inputs, IEPE power, wide voltage ranges, independent operation, touchscreen control, on-device storage, and battery-powered field use.
+/-50 mV to +/-30 V voltage ranges
DC to 100 kHz frequency response; up to 256 kHz sampling ranges
Standalone handheld operation
Bridge / Building
Details
DL-DAQ-804
Portable Dynamic Signal Acquisition System with Embedded Computer
Portable dynamic signal acquisition system with embedded computer, 9.7-inch touchscreen, solid-state storage, strain, vibration, noise, force, displacement, pressure, IEPE, voltage, CAN, GPS or BeiDou, tachometer, counter, and video inputs, CAN 2.0B parsing, trajectory recording, channel self-check, TEDS support, rechargeable battery operation, and synchronized data and video analysis.
Strain, vibration, noise, force, displacement, pressure, IEPE, voltage, CAN, GPS/BeiDou, tachometer, counter, and video inputs
Dynamic synchronized acquisition
Embedded touchscreen system with CAN 2.0B parsing
Vehicle / Industrial
Details
Additional products in this solution scope
Software Platform
Software Platform & Analysis System
Structural health monitoring software for dynamic signal analysis, modal testing, fatigue evaluation, and multi-view engineering visualization in complete DAQ and monitoring systems.
Signal Processing Engine
FFT analysis, time-domain waveform processing, IIR/FIR filtering, wavelet analysis, and cepstrum tools.
Structural Dynamics Analysis
Modal analysis for EMA, OMA, and GVT workflows with FRF, ODS, and structural prediction support.
Data Analytics Engine
Rainflow counting, fatigue life evaluation, statistical analysis, integration, and signal preprocessing.
Visualization System
Real-time waveform, FFT spectrum, 2D/3D visualization, dashboards, meters, charts, and synchronized views.
Case Reference
Relevant project examples
Modal Testing & FRF Analysis
Modal testing, frequency response function analysis, dynamic vibration measurement, and synchronized multi-point acquisition.
Multi-channel DAQ for Structural Tests
High-channel strain, vibration, pressure, force, displacement, and temperature acquisition for structural and equipment tests.
RFQ Fit
Convert solution scope into proposal input
Use the case references and product system mapping above to define monitoring points, product scope, and alert requirements.
Request Technical ProposalStructured RFQ Path
Request path for Research & Engineering Testing Monitoring
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.
Key Technical Advantages
Engineering-grade monitoring capability
Maps laboratory and engineering R&D requirements into public DL-DAQ, DL-SEN, and DL-SHM system families without exposing internal device codes.
Supports modal testing, FRF analysis, vibration response measurement, strain testing, and multi-channel data acquisition in one module.
Defines RFQ scope by test object, signal type, channel count, sampling rate, trigger method, synchronization, storage, and analysis output.
Preserves raw data traceability for strength verification, fatigue analysis, vibration response review, and engineering reports.
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.