Real Time Tiltviewer

Applications

• Bell towers
• Bridges
• Buildings
• Poles
• Diaphragms
• Ships
• Large machinery during handling
• Load or stability tests
• Various

Features and Benefits

The system, easy to apply and use, allows real-time monitoring of the structure to which it is applied during work phases in areas that may affect the structure itself. This gives the operator the possibility to intervene promptly in the event of abnormal data or data outside the expected project parameters.
As for the application of the system on moving machinery, it allows verification of whether the maximum expected inclinations remain within safety parameters.
The versatility of the system enables many other applications where real-time and continuous monitoring of inclination variation is required.

The system consists of:

1. No. “x” bi-axial digital MEMS inclinometers (up to a maximum of xxx units)
2. No. “x” standard (or custom upon request) support plates for inclinometric sensors
3. Connection cable for inclinometric sensors
4. Conversion unit with rechargeable battery
5. Power supply for the conversion unit
6. PC/conversion unit connection cable
7. “Real Time Tilt Viewer” Software License
8. PC (Optional)

Measurement Principle

The inclinometer is made up of two mono-axial MEMS (Micro-Electro-Mechanical-System) sensors. The sensor’s sensitivity, long-term reliability, and robustness make this device an excellent, low-cost tool for monitoring systems intended to check structural deformations or, more generally, rotations and inclination variations. These sensors, with RS485 (MODBUS) output, allow easy interfacing with our CUM3000 Data Logger and with various other reading and acquisition systems currently available on the national and international market. Each sensor will have a label indicating the direction of the two inclinations and the pre-set ModBus channel, to be identified by the software.