15,000+ units | 300+ happy customers | 10+ countries
Tilt Sensor
The device is designed for determining the position in space and measuring the angles of both absolute and differential deviation. It is used to control the operation of various mechanisms in the automotive and agricultural machinery.
Key Feature
Streamlines fleet management activities and elevates productivity
Technical Specifications
External power
10 — 36 V
Current consumption
40 mA
Measured angles range
0 — 180°
Data refresh interval
1 – 30 sec
Frequency output
500 – 680 Hz
Resolution
1°
Frequency output load (max)
+10/-100 mA
RS485 baud rate
9600 bit/sec
Protocol
Modbus
Digital outputs load
-100 mA
Operating temperature
-40 — +50 °C
Degree of protection
IP66
Weight
150 g
Use Cases Across Industries
Crane Control
Crane operations, especially in construction, face challenges in stability and precision, risking safety and efficiency. Tilt sensors monitors of crane, boosting performance and accuracy.
Excavator Control
Excavators are crucial for construction and mining, requiring precise control for success and profit. Tilt sensors enhance control and monitoring of excavator arms, boosting performance and accuracy.
Dump Truck
Dump trucks in quarries and construction sites risk rollovers on uneven ground, damaging equipment, and causing delays. Tilt sensors offer a way to improve the control and monitor trucks.
10+
Countries
50+
Partners
300+
Happy Customers
15,000+
Units
FAQ
Questions to ask before you invest
What is a tilt sensor, and how does it work?
A tilt sensor is a device that measures the tilt angle of an object relative to the earth’s surface. It typically works by utilizing internal components such as a conductive liquid, mercury, or MEMS (Micro-Electro-Mechanical Systems) technology to detect changes in orientation.
What factors can affect the accuracy of tilt sensors?
Factors such as temperature variations, mechanical stress, calibration errors, and electromagnetic interference can affect the accuracy of tilt sensors.
How durable are tilt sensors, and what environmental conditions can they withstand?
Tilt sensors are designed to be durable and can withstand a wide range of environmental conditions including temperature extremes, humidity, vibration, and shock.
How are tilt sensors calibrated, and is recalibration necessary over time?
Tilt sensors are typically calibrated during manufacturing, but some may require periodic recalibration to maintain accuracy. Calibration procedures vary depending on the type of sensor and manufacturer recommendations.
What are the common applications of tilt sensors?
Tilt sensors find applications in various fields including automotive, aerospace, construction, robotics, and consumer electronics. They are used for vehicle stability control, platform leveling, tilt monitoring in buildings and structures, and controlling the orientation of devices like cameras and gaming controllers.
Can tilt sensors measure both static and dynamic tilting movements?
Yes, tilt sensors can measure both static (steady-state) and dynamic (changing) tilting movements depending on their design and specifications.
Are tilt sensors affected by vibration or shock?
While some tilt sensors may be affected by vibration or shock, many are specifically designed to minimize these effects through robust construction and filtering algorithms.
Can tilt sensors be integrated with other sensors or systems?
Yes, tilt sensors can be integrated with other sensors such as accelerometers, gyroscopes, GPS modules, and control systems to provide more comprehensive data and functionality.
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