FSNS59PL3-25

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The FSNS59PL3-25 is a vibration test system designed for a variety of vibration applications, such as in-flight (ground) testing, vibration test of automotive parts, factory stress tests and quality control assessments. It has a maximum acceleration of 25 g, making it suitable for a wide range of test requirements.

The system comes with an advanced vibration control system, which allows for manual and automatic control of up to 16 vibration channels. The system is designed to provide maximum dynamic range and high accuracy control. It includes two multi-channel amplifiers and up to four control panels, as well as secondary vibration sensors for feedback control. It also has an autocalibration feature which automatically calibrates the system at the beginning of each test.

In addition to its user-friendly design and setup, the FSNS59PL3-25 offers some unique features to simplify the job of the test operator. The system can be configured for various testing requirements, such as shock tests, modal analysis, linearity tests, and vibration versus temperature measurements. It also allows for the monitoring of various parameters such as voltage, current, temperature, and frequency.

The heart of the FSNS59PL3-25 is its powerful yet simple control system. It has two independent control loops, one for the motor/driver and the other for the vibration sensors. The system consists of two major components: the motor/driver and the vibration sensor. The motor/driver consists of an induction motor, a PID controller, and an amplifier. The vibration sensor consists of an accelerometer, a signal conditioning unit, and a computer-controlled measurement system. The system allows for a high-speed response with a maximum frequency of 40 Hz.

The FSNS59PL3-25 is designed to provide accurate, repeatable, and reliable vibration control in a wide variety of applications. The system is easy to use and controllable, allowing for easy selection of the test parameters, such as test frequency, vibration level, direction, and related test factors. The control system allows for multiple stages of vibration and amplitude control, allowing for improved accuracy and repeatability.

The FSNS59PL3-25 is suitable for a variety of industrial applications, such as automotive parts testing, product testing, factory stress testing, and field testing. It is perfect for in-flight testing as well as ground testing, due to its high-speed response, low vibration levels, and wide range of settings. The system can also be used for dynamic shock response testing, fatigue testing, linearity tests, and vibration versus temperature measurements.

The working principle of the FSNS59PL3-25 is relatively simple. The system consists of two control loops, one for the motor/driver and the other for the vibration sensors. The motor/driver uses an induction motor to generate a pulse wave modulated signal, which is amplified and sent to the vibration sensor. The vibration sensor then converts the incoming signal to voltage, current, and frequency signals, which are measured and registered by the computer.

The signal is sent to the motor controller, which adjusts the motor speed and the output pulse train in order to achieve the desired vibration level and control precision. The motor controller also takes into account the ratio between the acceleration and the speed for the optimum performance of the motor. The vibration sensor sends back feedback signals to the motor controller, which is then used to adjust the motor speed.

In summary, the FSNS59PL3-25 is an advanced vibration test system that provides maximum dynamic range and high accuracy. It is suitable for a variety of industrial applications, such as in-flight testing, automotive parts testing, factory stress testing, and field testing. The system is easy to use and controllable, allowing for easy selection of the test parameters, such as test frequency, vibration level, direction, and related test factors. Its powerful yet simple control system allows for multiple stages of vibration and amplitude control, ensuring accurate, repeatable, and reliable results. The system is ideal for in-flight testing as well as ground testing due to its high-speed response, low vibration levels, and wide range of settings.

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