Vega TSW-G

Overview

Vega-TSW-G is a compact, robust industrial-grade tilt switch with gyroscope, insensitive to vibration and built to sustain harsh factory, automotive and construction-site environments. It combines MEMS accelerometers with a tri-axial gyroscope and integrated switching relays to deliver reliable angle measurement in both static and dynamic conditions.

Vega-TSW-G employs MEMS accelerometers for gravity-level sensing and a tri-axial gyroscope for angle measurement in vibrating or dynamic conditions. A high-speed 32-bit processor runs an advanced statistical filtering algorithm to estimate X (roll) and Y (pitch) angles even while the platform is in motion, with integrated relays that switch output when a user-configured threshold angle is exceeded.

With an update rate of up to 20 Hz and factory calibration over its full temperature range, Vega-TSW-G is a solid-state, high-reliability sensor ideal for OEM integration — supporting both static and dynamic applications such as heavy equipment, dumper trucks, cranes and scissor lifts in severe vibrating environments.

Vega TSW-G is an industrial tilt switch that estimates roll and pitch from MEMS accelerometers and a tri-axial gyroscope, for angle measurement in vibrating or dynamic conditions. Two integrated relays switch when a user-configured threshold angle is exceeded. It updates at up to 20 Hz, is sealed to IP67 and suits cranes, dumper trucks, scissor lifts and heavy equipment.

IP67 Sealed · RS232 / RS485 · ASCII & MODBUS RTU · 20 g Shock Survival

Key features

• MEMS accelerometer for gravity-level sensing, tri-axial gyroscope for dynamic angle measurement
• High-speed 32-bit processor running advanced statistical filtering
• 2 integrated relays for configurable threshold switching output
• Factory calibrated over the entire operating temperature range
• IP67 sealed aluminum casing, insensitive to vibration
• Update rate up to 20 Hz, ideal for OEM integration

Features

• Gyro Compensated. An onboard gyroscope and Kalman filtering keep angle output accurate even in highly dynamic, off-road conditions.
• Redundant Sensor. Redundant MEMS sensing improves reliability for demanding automotive and safety-critical applications.
• Health Indication. Onboard diagnostics report device health through a dedicated digital switch output.
• Water & Environment Proof. An IP67-tested enclosure protects the sensor in extreme outdoor and industrial operating conditions.
• Reliable Design. Field-proven across more than 10,000 deployed units, with a consistently low failure rate.
• Interfaces. Digital RS232 and RS485 outputs carry X and Y angle data directly into an external controller.

Applications

• Angle and Tilt Sensing
• Solar Tracking
• Robotics
• Dumper Inclination Measurement
• Motion Sensing
• Platform Stabilization & Leveling
• ATM Machines, Man-Lift Safety
• Safe Load Indicators, Crane Boom Angle Indicators

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