BEANAIR SENSORS
Beanair GmbH is a leading provider of wireless sensor networks and solutions for industrial applications. With a focus on innovation and reliability, Beanair offers state-of-the-art sensor systems that enable real-time monitoring and data analysis for industries such as manufacturing, transportation, energy, and automation. The company's wireless sensor networks are designed to provide accurate and precise measurements, even in harsh and challenging environments. Beanair's sensors are known for their robustness, durability, and high-performance capabilities, allowing businesses to optimize their operations, improve efficiency, and reduce downtime. The company's comprehensive range of sensors includes temperature, humidity, pressure, vibration, acceleration, and gas sensors, among others. These sensors can be seamlessly integrated into existing systems and networks, providing valuable insights and actionable data for decision-making and process optimization. Beanair also offers a user-friendly software platform that enables users to visualize and analyze sensor data in real-time, making it easier to identify trends, patterns, and anomalies. The company's commitment to quality is evident in its adherence to international standards and certifications, ensuring that its products meet the highest levels of reliability and accuracy. With a dedicated team of experts and a strong focus on customer satisfaction, Beanair continues to push the boundaries of wireless sensor technology, empowering industries to make data-driven decisions and achieve operational excellence.
Shock Sensors
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BEANAIR SENSORS
About Shock Sensors
Shock sensors are specifically engineered to detect and promptly respond to sudden changes in acceleration. These sensors primarily operate using piezoelectric principles, which generate electrical charges in response to mechanical stress. Several key characteristics define the performance and functionality of shock sensors, including sensor type, sensing range, sensitivity, and mounting type. Sensor Types: There are two primary sensor types utilized in shock sensors: ball and vibration (Piezo film). Ball sensors utilize a small metal ball that moves within a conductive housing, generating electrical signals when subjected to accelerative forces. Vibration sensors employ Piezo film, which generates electrical charges when deformed by vibrations or shocks. Sensing Range: The sensing range of shock sensors refers to the extent of acceleration they are capable of detecting. This range typically spans from 0 to 1500 G, with G representing the acceleration due to gravity. Sensitivity: Sensitivity measures the magnitude of electrical charge or voltage produced by the shock sensor in response to a given acceleration. Sensitivity is expressed in units of charge per unit of acceleration (pC/G) or millivolts per unit of acceleration (mV/G). The available sensitivities for shock sensors vary and include options such as 0.055 pC/G, 0.09 pC/G, 0.350 pC/G, 0.608 pC/G, 0.840 pC/G, or 1 mV/G. Mounting Type: The mounting type refers to the manner in which the shock sensor is installed or attached to the system or equipment being monitored. Common mounting options include screw mount, adhesive mount, or surface mount, allowing for flexibility in installation based on the specific application requirements. In summary, shock sensors are specialized devices designed to detect and respond to sudden changes in acceleration. They utilize piezoelectric principles and offer various characteristics such as sensor type (ball or vibration), sensing range (0 to 1500 G), sensitivity (expressed in pC/G or mV/G), and mounting type (screw mount, adhesive mount, or surface mount). These features enable shock sensors to accurately measure and monitor accelerations in different industrial applications.
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