Product
LoRaWAN Piezo-Electric 10kHz Vibration Sensor
WSLRW-V1A is a cost-effective, LoRaWAN accelerometer single-axis vibration sensor designed for condition monitoring and preventive maintenance applications.
Description
WSLRW-V1A is a cost-effective, LoRaWAN accelerometer single-axis vibration sensor designed for condition monitoring and preventive maintenance applications. The Piezo-electric accelerometer is available in ranges ±25g or 50g and features a flat frequency response up to >10kHz. Besides that, it can also measure the temperature at the mounting point. It is the best choice to replace the traditional 4-20mA output Vibration Sensor. LoRaWAN communication standard to allow sensor connect to any LoRaWAN Gateway on the market Ultra-low power sensing technology from Daviteq with Ultra-low power wireless technology allow the sensor can last up to 10 years with 2 x AA batteries 1.5VDC Hermetically Sealed, Piezo-Ceramic Crystal, Shear Mode accelerometer sensor is designed and qualified for machine health monitoring and has superior Resolution, Dynamic Range and Bandwidth to MEMS devices. 8-Parameter Measurement Acceleration Peak, Velocity RMS & Peak, Displacement RMS & Peak, Frequency, Temperature, and Crest Factor Data sending modes Interval time and when alarm occurred Measure Single-axis vibration and/ or surface temperature of Motor, Bearing, Pump, Fan, Gearbox, Rotary machine/ equipment… with vibration from 2 to 10,000 Hz. Deliver the overall calculated parameters: RMS acceleration, RMS and peak velocity, RMS and peak-peak displacement, frequency, temperature and crest factor. DO NOT deliver raw values (acceleration G value in time domain) and parameters in frequency domain (FFT function). Typical Applications: Machine Health Monitoring, Predictive Maintenance Installations, Vibration Monitoring, Impact & Shock Monitoring, Bearing monitoring,
Certificates
Capabilities
Frequently Asked Questions
- How do I succeed with my LoRaWAN project?
- Start by defining your use case, required sensor types, and coverage area. Verify that your chosen devices support the LoRaWAN class (A, B, or C) that fits your application — Class A for battery-powered sensors, Class C for always-on actuators. Make sure you have gateway coverage in your area — use a LoRaWAN field tester to verify signal strength and connectivity before deploying your devices. All devices in our catalogue are pre-certified for seamless integration with the Sensor-Online platform, which handles device provisioning, data routing, and visualization out of the box.
- How do I succeed with my wM-Bus project?
- wM-Bus (Wireless M-Bus) is the standard protocol for utility metering — water, heat, gas, and electricity. Key steps: select a compatible wM-Bus gateway or receiver, verify the transmission mode (T1, C1, or S1) supported by your meters, and confirm that your software can parse the meter telegrams. Our catalogue includes certified wM-Bus devices and gateways that integrate directly with the Sensor-Online platform, giving you a complete path from meter to dashboard.
- Does the product work with the Sensor-Online platform?
- Yes. All products in our catalogue are certified and tested with the Sensor-Online IoT platform. They support MQTT and REST API for straightforward integration, and configuration is done directly in the platform's web interface — no external software required. The devices also support Node-RED and n8n for advanced automation logic.
- Can I integrate the product with my existing system?
- Most of our products communicate via standard protocols such as MQTT, Modbus, HTTP/REST, or LoRaWAN, enabling integration with most SCADA, BMS, and ERP systems. We also offer custom integrations via our API. Contact us if you have a specific system you need to connect.
- Do I need programming skills to set up the device?
- No. Basic installation and configuration is done through the Sensor-Online web portal without any coding. For advanced automation flows using Node-RED or n8n, some technical understanding is helpful — but we provide ready-made flow templates and guides for the most common scenarios.
