Data Acquisition System (ZD-16B5M Strain Acquisition Unit)



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Data Acquisition System (ZD-16B5M Strain Acquisition Unit)



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luoxiao@zonede-instruments.com

Keywords:

Stress-Strain Curve Relationship

Products Detail

Data Acquisition System (ZD-16B5M Strain Acquisition Unit)



An integrated strain acquisition device exclusively developed for Hopkinson bar dynamic experiments. 

Core Positioning 

Combines strain gauge and high-speed digitizer functions to precisely capture transient signals of materials under high strain rates, ensuring accurate and reliable experimental data.

 

 

Application Areas

Core Positioning

 

Data acquisition for Hopkinson bar dynamic mechanical experiments

Core Positioning

 

Transient response signal capture of materials under high strain rates

Core Positioning

 

High-precision dynamic data acquisition in research and production

Core Positioning

 

Synchronized with high-speed cameras, supporting DIC analysis

 

Test Materials 

All Split Hopkinson Bar series equipment; can be used with high-speed cameras.

 

Core Parameters

Item

Specification

Model

ZD-16B5M Strain Acquisition Unit

Data Acquisition

4 channels, 16-bit A/D, up to 4 MHz/channel

Measurement Range

±20000 με

Bridge Configuration

Supports 1/4 bridge, half-bridge, full-bridge

Velocity Measurement

2 photoelectric switches, ±0.5% accuracy, max 100 m/s

Communication Interface

10/100 Mbps Ethernet

Data Storage

64M 16-bit memory, 16M depth per channel

Power Supply

AC220V (±10%) 50Hz (±2%)

 

Core Advantages

Integrated Design: 

Eliminates cumbersome combinations; all-in-one hardware, full-chain optimization, easy operation.

Precise & Efficient: 

High-speed sampling, high-precision conversion, low noise ensures waveform fidelity and reliable data.

Strong Synchronization: 

FPGA unified control; no phase difference between channels; supports camera sync triggering.

Stable & Durable: 

Massive storage prevents data loss; dual filtering ensures clean signals; adapts to complex experimental environments.

 

 

 

 

Actual Image of the Equipment

 

 

 

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