Used ROHDE & SCHWARZ ZV-Z32 #9107467 for sale

ROHDE & SCHWARZ ZV-Z32 is a versatile and highly accurate electronic test equipment designed to measure a variety of parameters in the energy market. It is an ideal tool for research and development, calibration, troubleshooting, and production test in high-performance applications. ZV-Z32 is a two-channel, low-profile analyzer designed to measure voltage, current, and power with a frequency range of 9 kHz to 6 MHz. The device features an intuitive user interface with a 3.5" QVGA touch-sensitive display that makes it easy to control and interact with the instrument. The instrument also includes a range of dedicated function keys and a touch joystick that allows users to easily navigate through the menu settings and control the device's functions. When it comes to accuracy, ROHDE & SCHWARZ ZV-Z32 is capable of measuring voltage and power with a resolution of 0.03% and 0.02% of reading, respectively. It has a measurement speed of 230 μs/point, a wide measure range of 0.1 V to 990 V and 0.1 A to 14.2 A, and a maximum input form-factor of 4.0. ZV-Z32 can be used for a wide range of applications, from calibration to troubleshooting to production test. It features a built-in DMM and along with its optional filters, it can make high-performance voltage, current, and power measurements as well as fine-tune and isolate phenomena such as noise. In addition, ROHDE & SCHWARZ ZV-Z32 also includes automatic overload protection. It is designed with a robust housing to protect the instrument from damage and to ensure reliable operation in harsh environments. Additionally, the unit also has an internal memory to store measured data, and it includes IEEE-488, RS-232, and Ethernet interfaces for communication and data transfer. ZV-Z32 is an efficient, easy to use, and reliable test equipment for research and development, calibration, troubleshooting, and production testing in the energy market. It offers excellent performance and it is ideal for extended duty-cycles and cost-sensitive applications.