Used EIP 578 CCN #9044685 for sale

EIP 578 CCN is an electronic test equipment equipment designed for measuring dynamic forces and pressure in challenging environments. It is designed to measure and evaluate mechanical responses and to obtain accurate data quickly and effectively. 578 CCN system is a fully automated programmable device. It provides a wide range of capability, including the ability to measure a broad range of parameters including force, pressure, shock, acceleration and angular rotation. The unit features four distinct measurement ranges and six voltage ranges. All measurements are also taken at a range of temperatures, so that accurate readings can be obtained at any given temperature. EIP 578 CCN utilizes proprietary algorithms such as those used in air bearing technology for measuring dynamic forces and pressure. This advanced technique allows for the diagnosis of rotational, linear, vibrational and thermal characteristics. It also enables rapid response and measurement of dynamic parameters via software driven signal processing. The machine is equipped with a visualization platform that allows operators to view and analyze results quickly and accurately. The tool can also store more than eight million measurements and provides a secure, safe environment for data storage and retrieval. The asset's sensors are able to detect the slightest variations in local environment conditions. It also offers a number of different configuration options, which can be easily changed for various testing requirements. Its interface is user-friendly, making it easy to control and modify settings, create and store data, and generate reports. All data collected can also be viewed and analyzed in real-time on its graphical user interface. 578 CCN model is reliable and robust, making it ideal for mission-critical applications. Its features are designed to make testing and diagnostics extremely easy, while also providing a safe and secure environment for data collection. This electronic test equipment equipment is designed to produce high-quality results with precision and accuracy for mechanical analysis and development.