DATUM EF410

Distributed Digitizer

DATUM EF410

Feature and Application

Introduction

DATUM EF410 is a distributed digitizer adopting EtherCAT (Ethernet for Control Automation Technology) technology. The daisy chain design of DATUM EF410 allows on-site cable-saving for long-span infrastructures, such as bridges and reservoirs. Along with high signal to noise performance, DATUM EF410 is capable of integrating with high dynamic-range force balance accelerometers (FBAs). EtherCAT is also ideal for distributed time synchronization, fulfilling low drifting accuracy (≤1µs). The precision of time synchronization is mandatory for Structural Health Monitoring algorithms to be achieved in the on-site systems. Pairing with SanDAS (Sanlien Data Acquisition Software), it is able to display and record streaming data in real time and perform signal processing algorithms. More product specifications and site applications will be launched soon.

Applications

Key Features

Daisy Chain with EtherCAT Transmission

Distributed Clocks, Accuracy <1 µs

High Dynamic Range (RMS)

Waterproof IP67

Best Suited

Accurate Synchronization Systems

Long-Span Structures

Dam Monitoring

Web Monitoring Tool and Software

“SanDAS” stands for Sanlien data acquisition system used for data acquisition and signal analysis

Web Monitoring Tool and Software

SanDAS

“SanDAS” stands for Sanlien data acquisition system used for data acquisition and signal analysis

Product Specification

Application

Best for FBA sensor

Waterproof

IP67

Measuring Range

±10 V

Operating Temperature

-20 °C to 75 °C

Bandwidth

DC – 500 Hz

Embedded Filter

Notch (High Pass Filter, Low Pass Filter)

Sampling Rate

1000 SPS

Interface

EtherCAT network (100Mbps)

Sampling Time Accuracy

Greater than 1 ms

Resolution

24-bit

Channels

4-channel simultaneous sampling

Dimension (L x W x H)

180 x 112 x 47 mm

Power Supply

10 – 30 VDC

Weight

0.9 kg

Instrument Noise
 (RMS Dynamic Range)

>135 dB (Full Scale RMS sine wave to RMS noise, 0.01-500Hz band)

Instrument Noise
(USGS CPSD method)

>130 dB (above 1Hz with 5V full scale)
>124 dB (above 1Hz with 10V full scale)

Power Consumption

2 W@12 V