arrow_back_ios

Main Menu

arrow_back_ios

Main Menu

arrow_back_ios

Main Menu

WSDA-101

The WSDA-101 is a wireless gateway that streams synchronized sensor data to your DAQ systems with up to eight analog output channels (0–3 VDC). It offers ±50 μs synchronization, lossless throughput, and easy USB connectivity for seamless integration with MicroStrain LXRS sensor networks.

img

WSDA-101

expand_more
chevron_left
chevron_right

The WSDA-101 delivers effortless wireless sensing with the added power of analog output. Designed for fast deployment and seamless integration, it connects MicroStrain sensor networks to your DAQ systems with up to eight analog channels—bringing real-time, synchronized data to your fingertips. Compact and easy to use, the WSDA-101 is the bridge between modern wireless sensing and traditional measurement workflows.

  • Analog Integration Made Simple: Stream wireless sensor data directly to existing DAQ equipment with eight analog output channels (0–3 VDC).
  • Precision & Reliability: ±50 μs node-to-node synchronization and lossless data throughput ensure accurate, high-quality measurements (digital outputs only).
  • Scalable & Flexible: Supports up to 127 nodes per channel for large, distributed sensor networks.
  • Quick Setup: USB connectivity and front-panel controls enable rapid deployment.
  • Comprehensive Software Support: SensorConnect for configuration and visualization, plus SensorCloud for remote monitoring and analysis.
WSDA-101 Analog Data Sheet Data Sheets English
Analog Output Base Station User Guide Manual English

Certificates and Approvals

WSDA-101 Declaration of Conformity (UK) Declaration of Conformity English
WSDA-101 Declaration of Conformity (EU) Declaration of Conformity English

Wireless Nodes

Unlock the full potential of your WSDA-101 with MicroStrain wireless nodes. These versatile devices transform traditional wired sensors into flexible wireless networks, supporting inputs like strain, acceleration, temperature, and millivolt signals. With advanced sampling modes—including synchronized, high-speed burst, and low-duty cycle—the nodes deliver precision and efficiency for any application. Check out our wireless nodes to build a complete, scalable sensing solution.

Maximize your performance

The RF Optimization Guide helps you get the most reliable performance from your wireless sensors by outlining best practices for antenna placement, line-of-sight planning, and environmental considerations. Use this resource to improve signal strength, reduce interference, and ensure dependable data transmission across your deployment.