倾斜传感器
The Fredericks Company is the leading manufacturer of precision tilt sensors and angle measurement devices. Tilt sensors measure an angular position with reference to gravity and are used in a wide variety of applications, from laser levels to seismic monitoring to medical devices. The Fredericks Company has a full range of products capable of measuring ranges of arc seconds to 180°.
Electrolytic Tilt sensors built to deliver the high performance you need!
Our entire line of patented, precise, low-cost electrolytic tilt sensors are designed and engineered to outperform MEMS-based technology for various tilt measurement applications. They are very repeatable and offer high resolution with very low drift.
要了解更多关于电解倾斜传感的原理以及如何将倾斜传感器集成到您的应用中,请参阅我们的技术信息页面。
Types of electrolytic tilt sensors from Fredericks
宽范围倾斜传感器
These electrolytic tilt sensors are designed to give wide range measurement up to ±60° with high accuracy from ±0.1° to ±0.05° in one or two axes. They're also the lowest cost sensors we offer.
All electrolytic sensors require an electrolytic tilt sensor circuit (also commonly referred to as signal conditioning or a signal conditioner) to provide a tilt angle output. This can be built into your system or you can purchase a circuit we’ve designed. Our circuits are optimized for the best performance from our sensors.
To learn more about the principles of electrolytic tilt sensors and how to integrate our sensors into your application, see our Technical Information page.
中程倾斜传感器
These electrolytic tilt sensors are designed to give mid-range measurement up to ±25° with very high accuracy of at least ±0.005° in one axis. This means you’ll need two sensors to measure in two axes. These sensors are much less expensive than any of our glass solutions, but they're slightly more expensive than our wide-range sensors.
All electrolytic sensors require an electrolytic tilt sensor circuit (commonly referred to as signal conditioning or a signal conditioner) to provide an angle output. This circuit can be built into your system or you can purchase circuitry we’ve designed. Our circuits are optimized for the best performance from our sensors.
To learn more about the principles of electrolytic tilt sensors and how to integrate our sensors into your application, see our Technical Information page.
窄范围倾斜传感器
These electrolytic tilt sensors are designed to give narrow range measurement up to ±3° with very high accuracy of at least ±0.001° in one axis. This means that you’ll need two sensors to measure in two axes. These sensors are slightly more expensive than our wide-range sensors, but comparable in cost to our mid-range sensors. They're also much less expensive than any of our glass solutions.
All electrolytic sensors require an electrolytic tilt sensor circuit (commonly referred to as signal conditioning or a signal conditioner) to provide a tilt output. This circuit can be built into your system or you can purchase circuitry we’ve designed. Our circuitry is optimized for the best performance from our sensors.
To learn more about the principles of electrolytic tilt sensors and how to integrate our sensors into your application, see our Technical Information page.
中档玻璃
这些电解式倾斜传感器提供±10°的中段测量,在一个轴上具有至少±0.0005°的极高精确度。这意味着你需要两个传感器来测量两个轴。这些传感器比我们的任何金属解决方案都要昂贵,因为它们具有更高的精度和玻璃设计。
所有的电解式传感器都需要电解式倾斜传感器电路(通常称为信号调节或信号调节器)来提供角度输出。这个电路可以内置于你的系统中,或者你可以购买我们设计的电路,该电路为我们的传感器的最佳性能而优化。
要了解更多关于电解式倾斜传感器的原理以及如何将倾斜传感器集成到你的应用中,请看我们的技术信息页面。
窄范围玻璃
These electrolytic tilt sensors are have narrow range measurement from ±3° to ±0.5° with extremely high accuracy of ±0.0008° to ±0.0001° in one axis. This means you’ll need two sensors to measure in two axes. These sensors are more expensive than any of our Fredericks metal solutions because of their higher accuracy and glass design.
All electrolytic sensors require electrolytic tilt sensor circuits (commonly referred to as signal conditioning or signal conditioners) to provide an angle output. This circuit can be built into your system or you can purchase circuitry that we’ve designed that’s optimized for the best performance from our sensors.
To learn more about the principles of electrolytic tilt sensors and how to integrate tilt sensors into your application, see our Technical Information page.