Standalone PD analyzer ICMcompact

Stand-alone analyzer "ICMcompact" is one of the devices of a range of various digital detectors used in measuring the state of insulation by the method of registration and measurement of partial discharges. Devices of this type are intended for diagnostics of electric power equipment. This compact stand-alone analyzer is designed to assess the technical condition of medium and high voltage insulation. The ICMcompact is often used for quality assurance and quality control in the manufacturing process, but can also be used for non-traditional control tasks, such as monitoring and diagnosing equipment in the field, complete with a variety of preamplifiers and interface boxes. The method of measuring partial discharges (PD) is a method of non-destructive testing (NDT), the effectiveness of which for assessing the state of electrical insulation has been proven by the results of the application. Compact stand-alone analyzer "ICMcompact" for diagnostics of electrical power equipment has a simple push-button interface, menu panels are displayed on the LCD screen built into the housing. The modes of operation of the LCD display include: operation as a simple PD meter with adjustable sensitivity of the "needle" (needle spark gap); the mode of constructing templates for the distribution of the PD by the allowed phase of registration (this mode allows you to determine the nature of the defects); and the oscilloscope mode, when the screen can display the image of phase-summed PD superimposed on a sine wave. Despite the fact that the compact PD analyzer "ICMcompact" is intended for stand-alone use, it can be connected to a computer in which the software (software) "Power Diagnostix (Diagnostics of power equipment)" is installed, which allows you to take screenshots (screenshots) or organize remote control of the device.

The analyzer "ICMcompact" has three different housing options: • Desktop VariaNT ½ 19" or 19" • 19" rack version • Robust protective suitcase (case) for outdoor use in harsh environments.