Used JORDAN VALLEY BedeMetrix-F #9390727 for sale

JORDAN VALLEY BedeMetrix-F is an electronic test equipment designed to measure and analyze physical quantities such as temperature, pressure, strain, acceleration, and displacement. It is capable of making accurate, repeatable, and reliable measurements of these physical parameters. BedeMetrix-F has been designed with a combination of temperature/strain analysis, calibration, signal conditioning, signal detection, and data acquisition features which allows it to perform comprehensive tests with high accuracy and repeatability. Additionally, it has built-in signal analysis and signal processing capabilities that enable it to detect and analyze signals from a wide range of external sources such as pressure transducers, strain gauges, actuators, and many other types of sensors. JORDAN VALLEY BedeMetrix-F has a temperature measurement range from -40 degree Celsius to +125 degree Celsius, a pressure measurement range from -1 bar to +25 bar, and a displacement measurement range from -50 micrometers to +500 micrometers. It also has a resolution of 0.1 Kelvin, 0.01 bar, and 0.001 micrometer respectively. With a compact and lightweight design, BedeMetrix-F is perfect for use in mobile the field. In addition to its many measurement capabilities, JORDAN VALLEY BedeMetrix-F also features advanced calibration, signal conditioning, and data acquisition features. It allows you to easily calibrate and store your measurements, making data transfer and repeatability much more efficient. The signal conditioning feature also allows you to adjust gain and filter settings, providing flexibility and accuracy when making measurements. Furthermore, BedeMetrix-F has a web interface that enables you to remotely monitor and interact with the device using an internet browser. JORDAN VALLEY BedeMetrix-F is a great tool for engineers and researchers who require accurate, repeatable, and reliable measurements of physical parameters. Its lightweight and portable design makes it perfect for use in the field, and its advanced calibration, signal conditioning, and data acquisition features provide a great deal of flexibility and accuracy when making measurements.