General inclinometer will have a built-in zero adjustment, so users can customize the zero adjustment button according to the requirements, so as to achieve the function of zero at a certain angle. Before the installation of the inclinometer, you need to determine the installation position and what you need to measure the angle is relative to which plane, as long as the inclinometer is fixed in a certain plane, the measurement of the zero button before the use of the zero position to achieve the function of clearing the zero, so that the main purpose is to facilitate the reading of the angle, to reduce unnecessary errors.
1, the installation of the inclinometer is divided into two kinds of horizontal and vertical installation, but whether horizontal or vertical installation, in the installation should keep the sensor mounting surface and the measured object surface parallel, while reducing the impact of dynamic and acceleration. For example, horizontal installation is to put the inclination sensor horizontally on a plane, generally on the ground, desktop and so on.
For example, vertical installation of inclinometers is to install the inclinometer on a stable surface perpendicular to the ground, commonly installed on the wall. But in general, the inclination sensor in the factory in order to suit the public are based on the ideal horizontal plane.
But we used in the inclinometer installation plane is not necessarily the ideal plane, if the inclinometer is installed when just placed on a platform, at this time there will generally be an angle output, indicating that the plane is not horizontal, so this time we need to adjust the desktop, but also some people will suggest that the fixed inclinometer base is good to be able to adjust the plane. Of course, this phenomenon also applies to the vertical installation of inclinometer.
2, in addition to keep the sensor mounting surface and the measured object surface parallel, but also need to keep the sensing line and the measured surface axis parallel, that is, the two axes can not have the angle generated.
3, general inclinometer have built-in zero adjustment system. Customers can customize the zero adjustment button according to the requirements, so as to achieve today's certain angle zero performance, that is, in the installation before the use of the zero button can be used to achieve the zero performance, easy to read the angle, to reduce the unwanted error.
In the aerial truck operation, in order to make the platform bottom plane always maintain a horizontal state, aerial trucks are equipped with an automatic leveling mechanism to keep the operating platform level. As a control system, it can realize the control of boom rotary, spreading and closing, outrigger expansion and contraction, working platform control and leveling. Usually, this kind of system is mainly composed of extension controller, leveling controller, inclinometer, angle meter, proximity switch, display screen, main order switch, key switch, operating handle and so on.
For example, the vertical column aerial vehicle in the operation, due to the complexity of the ground conditions, especially in the rugged and uneven terrain, and the platform load distribution is not balanced, prone to rollover danger. At this time, it is necessary to install inclinometers, tilt switches and other angle monitoring devices to monitor its horizontal stability alarm.
After installing the inclinometer device, the maximum allowable horizontal tilt angle of the chassis is limited by the inclinometer, and when the aerial vehicle is used in the process, the chassis surface is tilted more than a certain angle due to the unstable center of gravity, an alarm message will be sent to the operator. The staff can promptly analyze the cause of the emergent situation according to the warning, eliminate risks and ensure operational safety.
Another example, in the aerial vehicle to realize the action control, the control system has the function of emergency stop and prevent misoperation. Among them, the operating handle is equipped with a microswitch, which is mainly responsible for switch closure when the handle is operated at a certain angle. When the handle is not operated, the micro switch cuts off the handle input signal, thus preventing misoperation. In some aerial vehicles, even the use of mechanical wear-free Hall sensor elements, to replace the micro-switch related functions.
POSITAL inclination sensors are used to measure the angle of inclination of objects under the influence of gravity. These inclination and leveling instruments measure the pitch and/or roll angle and output these values via a suitable electrical interface. Inclinometers are very easy to use in applications because they require no specific mechanical mounting structure other than their own, simplifying the design requirements of the design engineer. POSITAL has introduced several inclinometer models to suit a wide variety of industry applications. Accurate measurement of the tilt angle and the change in angle compared to the horizontal position is particularly important to ensure the safety of the position control system.
POSITAL inclination sensors provide a simple and efficient spatial positioning test without the need for mechanical connections - a great convenience for design engineers!
Static inclination sensors can significantly improve the safety of mobile machinery, platform monitoring, or medical devices by continuously monitoring the angle of inclination. Inclinometers are easier to install than rotary encoders while reducing costs, making them ideal for applications like solar panel trackers.
Dynamic inclination sensors output a very smooth measurement signal and can be reliably used in mobile equipment such as construction machinery, mining machines, agricultural machinery, cranes, and anywhere there are sudden movements, shocks, or vibrations.
POSITAL Inclination sensors are used in applications such as: construction machinery, motorized equipment; cranes and winches; trucks and buses; elevators and lifts; drilling and positioning; Wind energy; offshore and marine engineering; positioning systems for robotic arms; medical equipment; mining equipment and so on.
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