Sensors
3X.DA
3X.DA is a dual-axis inclinometer for tilt measurement on X and Y axes in horizontal mounting. It offers ±60° range, 0.01° resolution and ±0.1° accuracy with CANopen output. Designed for platform levelling, chassis inclination monitoring and safety limit control applications. IP67 protected stainless aluminum enclosure suits harsh field conditions.
Key Specifications
- Dual-axis (X-Y) tilt measurement in horizontal position
- Measurement range ±60°; limit adjustable ±15° – ±75° via CAN
- Tilt resolution 0.01° (adjustable to 0.1° via CAN)
- Accuracy ±0.1°
- Built-in cross-axis sensitivity compensation filter
- Moving average and Kalman filter
- CANopen; adjustable Node-ID and baud rate
- 8–35 V DC supply, IP67, -40 °C to +85 °C
- Optional redundant configuration
Technical Details
3X.DA is the horizontal dual-axis inclinometer model in the Avioni 3X angle and tilt sensor family. It provides simultaneous tilt measurement on X and Y axes for precise monitoring of platform imbalance, chassis inclination and boom tilt. It offers a more focused, cost-effective solution than 3X.MA where rotation angle (0–360°) measurement is not required.
Dual-Axis Tilt Measurement (X-Y)
3X.DA performs dual-axis tilt measurement on X and Y in horizontal mounting. Range is ±60°. Tilt limit adjustable via CAN to ±15°, ±30°, ±45°, ±60° or ±75° for different safety thresholds and alarm levels. Resolution 0.01° (range -75.00° – +75.00°), reducible to 0.1° via CAN. Accuracy ±0.1°.
Filtering and Cross-Axis Compensation
Built-in filter balances cross-axis sensitivity. Moving average and Kalman filters against vibration, wind and dynamic motion deliver stable tilt data to ECU or LMI software.
CANopen Communication
Node-ID 1–127 (default: 1). Baud rate 20 kbps – 1 Mbps (default: 250 kbps). Message period 10–1000 ms (default: 100 ms). Heartbeat 0x700 + Node-ID. Optional redundancy available.
Mechanical and Electrical Features
Stainless aluminum housing with polyurethane fill. IP67. -40 °C to +85 °C. 8–35 V DC with full protection. M12 4 or 5-pin connector.
3X Product Family
3X.SA: vertical single-axis angle. 3X.DA: horizontal dual-axis tilt only. 3X.MA: both combined. 3X.DA is ideal when only tilt monitoring is needed.
System Integration
Integrates with Avioni ECUs, HMIs and LMI software. Forms the tilt component of complete LMI with ALX length sensors and PL1000 load cells. Commissioning via Javelin Suite.
Typical Applications
• Platform and chassis inclination monitoring
• Levelling control on aerial work platforms
• Boom tilt measurement on mobile cranes and machinery
• Excessive tilt alarm and safety limit control
• Chassis stability monitoring in LMI systems
Dual-Axis Tilt Measurement (X-Y)
3X.DA performs dual-axis tilt measurement on X and Y in horizontal mounting. Range is ±60°. Tilt limit adjustable via CAN to ±15°, ±30°, ±45°, ±60° or ±75° for different safety thresholds and alarm levels. Resolution 0.01° (range -75.00° – +75.00°), reducible to 0.1° via CAN. Accuracy ±0.1°.
Filtering and Cross-Axis Compensation
Built-in filter balances cross-axis sensitivity. Moving average and Kalman filters against vibration, wind and dynamic motion deliver stable tilt data to ECU or LMI software.
CANopen Communication
Node-ID 1–127 (default: 1). Baud rate 20 kbps – 1 Mbps (default: 250 kbps). Message period 10–1000 ms (default: 100 ms). Heartbeat 0x700 + Node-ID. Optional redundancy available.
Mechanical and Electrical Features
Stainless aluminum housing with polyurethane fill. IP67. -40 °C to +85 °C. 8–35 V DC with full protection. M12 4 or 5-pin connector.
3X Product Family
3X.SA: vertical single-axis angle. 3X.DA: horizontal dual-axis tilt only. 3X.MA: both combined. 3X.DA is ideal when only tilt monitoring is needed.
System Integration
Integrates with Avioni ECUs, HMIs and LMI software. Forms the tilt component of complete LMI with ALX length sensors and PL1000 load cells. Commissioning via Javelin Suite.
Typical Applications
• Platform and chassis inclination monitoring
• Levelling control on aerial work platforms
• Boom tilt measurement on mobile cranes and machinery
• Excessive tilt alarm and safety limit control
• Chassis stability monitoring in LMI systems