We have subdivided the frequently asked questions for inclination sensors by category. If your question is not listed in one of these categories, please do not hesitate to contact us.
Technically, all these sensors are made with acceleration chips that measure g-forces (gravitational forces), hence the 'G’ in the name. The gravitational force of the earth is a special form of g-force.
An inclination sensor measures the angle with respect to the horizon in which the imaginary line from the center of the earth serves as a reference. The tilt switch uses this line to switch when a certain angle is reached and the acceleration sensor measures g-forces such as the gravitational force in the direction in which the sensor is sensitive (1, 2, or 3 axes).
Yes, you can. On our website you will find the standard versions of the DIS sensors. These sensors are mostly suitable for doing tests. If you need a (small) series of sensors, custom-made sensors can be supplied. Basically DIS Sensors can supply all cables, cable lengths, connectors, gains etc. To submit requests and to retrieve surcharges please use the "Message" field when requesting a quote. Or you can always contact your local distributor.
Yes, that's no problem at all. On our website you will find the standard versions of the DIS sensors. These sensors are mostly suitable for doing tests. If you need a (small) series of sensors, custom-made sensors can be supplied. Basically DIS Sensors can provide all desired ranges. To submit requests and to retrieve surcharges please use the "Message" field when requesting a quote. Or you can always contact your local distributor.
Sure you can. On our website you will find the standard versions of the DIS sensors. These sensors are mostly suitable for doing tests. If you need a (small) series of sensors, custom-made sensors can be supplied. Basically DIS Sensors can supply all required analogue output signals, such as 0 - 20mA, 0 - 5V , 1 - 9V, 0 - 10V etc. To submit requests and to retrieve surcharges please use the "Message" field when requesting a quote. Or you can always contact your local distributor.
Yes, you can. On our website you will find the standard versions of the DIS sensors. These sensors are mostly suitable for doing tests. If you need a (small) series of sensors we can develop a custom-made housing, for example: a die-cast housing or turning and milling. Please contact your local distributor or send an e-mail to sales@dis-sensors.nl to receive more information.
Sometimes you can, but usually this is not possible. The right mounting method is listed on the datasheet in the box left of the product photo.
Default:
1 - axis sensor from QG30- series: horizontal or vertical
1 - axis sensor from QG65/76- series: vertical
2 - axis sensor: horizontal
Should this be a problem in your application, please contact us. Sometimes it is possible to adjust the sensor to make a different method possible.
For safety reasons the centering feature is only available during the 1st minute after power-up and for another 1 minute after a successful centering action. Centering is done by connecting the sensor to the centering wire (not connected/ loose). Then you have to hold the centering wire for at least 0.5 seconds to 'ground'. The sensor has to see the transition from 'loose' to 'ground'.
In addition, some sensors (usually the ones which are mounted horizontally) has a centering – range which is limited to ± 5° pertaining to horizontal to prevent the sensor is centered at eg. 30° tilt and not functioning properly. Vertically mounted sensors have no range limitation and can be centered over the full 360°. A possible limitation of the centering function is always specified in the datasheet.
Dependable angle measurement is critical for machinery and structures, but vibrations often contaminate data, requiring complex solutions. Our dynamic inclinometer offers a cost-effective alternative.
In dynamic settings, machines are constantly in motion. Accurate real-time angle information is vital for safety and performance. Our inclinometer, with an integrated accelerometer, provides a universal direction reference.
Traditional solutions introduce spikes due to shocks or vibrations, requiring filters and additional sensors. The DIS dynamic inclinometer, leveraging MEMS technology, provides a clean, gyro-compensated signal on three axes, eliminating the need for extra sensors.
Built on an advanced MEMS chip, our dynamic inclinometer streamlines customization with a familiar form factor, predefined profiles, and a user-friendly configuration tool.
Discover the transformative capabilities of our dynamic inclinometer. Learn more
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