Used ROHDE & SCHWARZ FSVR7 #9182045 for sale

ROHDE & SCHWARZ FSVR7 is an electronic test equipment used for standard-compliant measuring of variable frequency drives (VFD). The instrument is capable of measuring direct frequency, frequency deviation from the reference, current load ratio, power (voltage, frequency) ratio and power performance. FSVR7 is equipped with an intuitive touch screen interface which allows for parameter setup, selection of measurement functions and results observation. The touch screen also provides access to diagnostic information such as driving status, speed and input/output frequency. ROHDE & SCHWARZ FSVR7 is a reliable, highly accurate, low power consumption test equipment. The instrument is equipped with a high-precision armature frequency sensor, which allows measuring of frequency from 0.1 to 20 kHz with a 0.1 Hz resolution. It is capable of detecting frequency values from 10 Hz to 30 kHz in direct frequency mode, and from 1% to 10% in deviation mode. FSVR7 is equipped with a built-in high-speed data memory. It allows fast storing and saving of measured data and speeding up the testing process. Also, the powerful micro controller of the instrument makes measurement and data collecting process clear and easy. ROHDE & SCHWARZ FSVR7 also provides the user with an active front-end energization for an effective and safe measurement. The instrument has various safety features such as overload and short circuit protection. Also, an external monitor can be connected to the instrument to provide a warning in case of overload or short circuit. FSVR7 is an accurate and reliable electronic test equipment for VFD measurement, which can be used in various applications. Besides measuring frequency, it can also measure current load, power and other parameters. With its intuitive touch screen interface, it allows the user to set up parameters and observe results easily. Moreover, its powerful micro controller and fast data memory make the test procedure much faster and more reliable. Lastly, its overload and short circuit protection provide a safe measurement environment.