BWSensing

BWSensing — Precision Industrial Sensors

BWSensing specializes in high-precision inclinometers and tilt sensors for industrial monitoring, structural health assessment, and robotics applications. Their products are trusted in construction, energy, and automation industries worldwide.

Product Categories

• Single-Axis Inclinometers — CAN and Modbus interfaces for simple tilt measurement.
• Dual-Axis Inclinometers — Simultaneous X and Y axis measurement for comprehensive monitoring.
• Wireless NB-IoT Sensors — Remote monitoring with cellular connectivity — no wiring required.
• High-Precision Models — Sub-degree accuracy for critical measurement applications.

Industries & Applications

• Construction — Monitoring structural tilt and settlement in buildings, bridges, and tunnels.
• Energy — Wind turbine tower monitoring, solar panel tilt tracking, and power line sag measurement.
• Robotics — Platform leveling, joint angle measurement, and orientation feedback for industrial robots and AMRs.
• Mining & Geotechnical — Slope stability, ground movement, and excavation monitoring.

Communication Protocols

• CAN Bus — High-speed, noise-resistant communication for industrial environments.
• Modbus (RS485) — Standard industrial protocol for easy integration.
• NB-IoT Wireless — Cellular connectivity for remote and hard-to-reach locations.
• WiFi — High-speed wireless for factory and building environments.

Frequently Asked Questions

What accuracy do BWSensing inclinometers achieve?

BWSensing offers models ranging from ±0.01° to ±0.5° accuracy depending on the series, covering applications from basic monitoring to precision measurement.

Can BWSensing sensors be used outdoors?

Yes. Many models feature IP67-rated housings for outdoor and harsh environment deployment, including the wireless NB-IoT range designed specifically for remote field installation.

How do wireless NB-IoT inclinometers compare to wired models?

NB-IoT models eliminate cabling costs and enable monitoring in locations where wiring is impractical. They transmit data via cellular networks with battery life measured in years. Wired models offer higher sampling rates for real-time control applications.