Static or mobile measurement of inclination
Inclinometers measure the angle or position of an object in relation to earth's gravity and are well-known for their high reliability and accuracy. These precision instruments emerge as indispensable tools with exceptional accuracy, robust construction, durability, digital output options and versatile configurations. The consideration of factors like accuracy requirements, environmental conditions, and power consumption is paramount in optimizing their implementation, emphasizing the significance of Althen's commitment to advancing technology through innovative tilt and inclinometer solutions tailored to diverse industrial needs.
We offer standard tilt sensors and inclinometers, but can also help you with a customized design or a complete measurement solution.
Inclinometers identify an object’s angle. Unlike accelerometers, which are based on similar technology, inclinometers measure a change in angle or position relative to the earth’s gravity. They are often used for static leveling measurements. There are several basic measurement principles, which are suited for different measurement tasks:
Accuracy requirements: Define the level of accuracy needed for your specific application. High-precision tasks may require sensors with finer measurement capabilities.
Environmental conditions: Consider the operating environment, including temperature variations, humidity, and exposure to dust or chemicals. Choose sensors with suitable IP ratings and protective features.
Dynamic conditions: If your application involves dynamic movements or vibrations, ensure that the selected tilt and inclinometer sensors have the appropriate response time and can withstand dynamic forces.
Mounting options: Evaluate the available mounting options and choose sensors that can be easily and securely installed in the desired location. Some applications may require specialized mounting brackets.
Power consumption: Assess the power requirements of the sensors, especially in battery-operated or low-power scenarios. Opt for sensors that balance accuracy with efficient power consumption.
Output Interface: Consider the compatibility of the sensor's output interface with your control system or data acquisition setup. Common interfaces include analog voltage, current signals, or digital outputs like CAN-bus or Modbus.
Calibration and stability: Regular calibration is crucial for maintaining accuracy over time. Choose sensors that offer stability and reliability, with provisions for easy and accurate calibration.
Cost-Effectiveness: Balance the features and capabilities of the sensors with the overall budget for your project. Look for a cost-effective solution that meets the necessary performance criteria.
Application-specific features:
Different applications may have unique requirements. For example, in safety-critical applications, redundancy and fail-safe features may be crucial.
Integration and compatibility:
Ensure that the chosen tilt and inclinometer sensors seamlessly integrate with existing systems and are compatible with the communication protocols used in your industry.
Inclination sensors are used to detect an inclination in space. In contrast to acceleration sensors with a very similar design, inclination sensors measure the relative change to gravity and are often used for static levelling measurements. There are various measuring principles that offer advantages and disadvantages depending on the measuring task:
Together we will find the right solution for your application! You can also benefit from a large selection of turnkey measuring systems for special applications.
Althen Sensors & Controls stands at the forefront of providing state-of-the-art tilt and inclinometer solutions. With unrivaled accuracy, durability, and versatile configurations, these sensors are indispensable across industries, ensuring precision in various applications and reinforcing Althen's commitment to advancing technology through innovative sensor solutions.
Please contact us for more information