Dongling MonitoringIntegrated Testing / Sensing / Monitoring
DL-SE-305

Low-Frequency Vibration Sensor

Low-frequency vibration sensor for acceleration, velocity, and displacement measurement, supporting selectable measurement ranges, 0.17 to 100 Hz low-frequency response depending on range, passive signal output, and structural microtremor or weak-vibration measurement.

DL-SE-305 Low-Frequency Vibration Sensor

System Category

DL-SE

Signal Type

Low-frequency vibration

Communication

Passive signal output

Product Image and Application Context

Visual reference for Low-Frequency Vibration Sensor

Product images are used when available for RFQ evaluation and product recognition.

Primary Product Image

DL-SE-305 Primary Product Image

Product image configured for this product.

Seismic

Typical sensor base installation deployment for project configuration.

Building

Typical sensor base installation deployment for project configuration.

Industrial

Typical sensor base installation deployment for project configuration.

Technical Specifications

Category

DL-SE

Measurement Range

Acceleration, velocity, and displacement ranges

Sampling Rate

0.17 to 100 Hz response depending on range

Communication Protocol

Passive signal output

Protection Level

Project-specific sensor protection

Power Supply

Passive sensor

Application Tags

Seismic, Building, Industrial, Bridge

Installation Type

Sensor base installation

Engineering Applications

Where this DL product is applied

Selectable ranges support acceleration, velocity, and displacement observation.

Low-frequency response supports ground motion, structural microtremor, and weak-vibration measurement.

Passive output simplifies connection to compatible dynamic acquisition systems.

Compact sensor body supports field and laboratory vibration measurement.

Typical Use Cases

Typical monitoring use cases

Ground motion, industrial vibration, and structural microtremor measurement.

High-flexibility structures where low-frequency response is important.

System Integration Context

Sensor, DAQ, and software context

Select the measurement range before installation according to expected amplitude and frequency.

Confirm compatible signal conditioning and acquisition input impedance.

Use stable mounting to avoid installation-induced low-frequency error.