Used UNHOLTZ-DICKIE 8452LP #9011315 for sale

UNHOLTZ-DICKIE 8452LP is an advanced laboratory electrostatic equipment equipment designed to help researchers and scientists properly examine and measure electrostatic fields. The set includes digital control components, signal generators, and related electrostatic tools to help simulate and measure a variety of electrostatic-related phenomena. The complete system is capable of generating electric fields from 10 to 500 Volts/cm, and can measure signals with a wide range of frequencies from 50 hertz to 5,000 hertz. This advanced laboratory equipment is suitable for researchers in many areas of physical science, including engineering, materials science, and electrical engineering. The set includes three main components: the signal generator, power supply, and digital controller. The signal generator is used to generate electric fields, and the power supply is used to control the amount of energy. The digital controller allows users to accurately and precisely manipulate the voltages and frequencies of the signal generator for accurate manipulation and measurement of the electric fields. 8452LP includes many additional features as well. For example, the signal generator has an adjustable frequency range for precise manipulation and measurement in the range of 50-5000 hertz, and it also includes an accurate timing circuit for synchronization with external devices. The power supply has a -20 to + 20 dB range for smooth and accurate controlling of the signal, as well as a built-in digital display for easy monitoring and manipulation of current and voltage settings. UNHOLTZ-DICKIE 8452LP also includes a unit wall-mount, which can be used to securely attach the machine to different surfaces. 8452LP is a powerful and accurate electrostatic testing tool that is perfect for researchers, scientists, and engineers that need to examine and measure electric fields. With its adjustable frequency range, adjustable power supply, and wall-mount features, the asset is easily customizable and can be used for a variety of electrostatic activities.