Dynamic Data Acquisition System(ZD-16B5M)

Category:

Data Acquisition & Analysis

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Keywords:

Data Acquisition & Analysis

Dynamic Data Acquisition System(ZD-16B5M)

Category:

Data Acquisition & Analysis

+8616628582205

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luoxiao@zonede-instruments.com

Keywords:

Stress-Strain Curve Relationship

Products Detail

Dynamic Data Acquisition System(ZD-16B5M)

The ZD-16B5M Strain Acquisition Unit is a dedicated high-speed data acquisition system developed for Split Hopkinson Bar experiments.

Core Positioning

It integrates strain signal conditioning, high-speed digitization, and synchronized triggering into a single platform, enabling accurate capture of transient stress wave signals for high strain-rate material testing.

Typical Applications

Core Positioning

Split Hopkinson Bar Experiments

High-speed strain acquisition for compression, tension tests.

Core Positioning

Dynamic Material Characterization

Transient strain measurement for metals, composites, ceramics, polymers, concrete, and other engineering materials under high strain-rate loading.

Core Positioning

High-Speed Imaging & DIC Analysis

Synchronized triggering with high-speed cameras to support Digital Image Correlation (DIC) and full-field deformation analysis.

Core Positioning

Research & Laboratory Testing

High-precision dynamic data acquisition for universities, research institutes, and industrial laboratories conducting impact and material testing.

Compatible Systems

· Split Hopkinson Pressure Bar system
· Split Hopkinson Tension Bar system· High-speed camera
· Digital Image Correlation (DIC) system

Technical Specifications

Item	Specification
Model	ZD-16B5M
Data Acquisition Rate	4 channels, 16-bit A/D, up to 4 MHz per channel
Measurement Range	±20000 με
Bridge Configuration	Quarter-, Half-, and Full-Bridge
Velocity Measurement	Dual photoelectric sensors, ±0.5% accuracy, up to 100 m/s
Communication Interface	10/100 Mbps Ethernet
Data Storage	64M-bit 16-bit memory, 16M single-channel standard depth
Power Supply	AC 220 V ±10%, 50 Hz ±2%

Key Features

Designed for Hopkinson Bar Testing

Purpose-built for Hopkinson bar experiments, integrating strain signal conditioning and high-speed data acquisition into a single compact system.

High-Speed & High-Resolution Acquisition

Supports 16-bit resolution and sampling rates of up to 4 MHz per channel, ensuring accurate recording of transient stress wave signals.

Multi-System Synchronization

FPGA-based timing control provides simultaneous multi-channel acquisition and supports synchronized triggering with high-speed cameras for DIC analysis.

Reliable Data Storage

Large onboard memory captures complete waveforms without interruption, while integrated filtering minimizes electrical noise and improves signal quality.