2CH Vibration Analyzer & Balancer - Automatically detects Unbalance, misalignment, looseness and bearing defects - Predictive analysis capabilities that accurately calculate time - Condition based monitoring analysis bearing wear and gear deg- - Built-in single & double plane balancing enables correction of the most common cause of vibration. - Additional features include Inspection, Lube and remote/server database (Network) - User selectable defined envelope filters and demodulation - True simultaneous 3 channel capture - High resolution (0.2Hz) frequency spectra from 2Hz to 15kHz - Rugged fully waterproof construction meets IP68 and MIL-STD-810F - Includes Olip-Trend / Olip Trend Ultra powerful and easy to use asset management and fault diagnosis software - Activared Modules such as: RFID, Shaft Orbit, Water Fall, Cross Phase, Smart Fault Detection, Run up/Coast Down. - Both touch screen and keyboard user interface - 1 GB internal Memory and support up to 64 GB External Flash - Powerful asset management systems on device and software - 2 meters drop resistant. OLIP PHASOR The OLIP PHASOR represents the very latest in easy to use high specification maintenance tools, offering extremely high levels of functionality and capability at a very affordable price! As a high spec condition based monitoring (CBM) data collector and Dynamic 2 plane rotor balancer designed for plant and asset inspections, the PHASOR does it all.

- Displays sites, assets and measurements in a "tree" structure to give easy navigation of routes and capture of readings using touch screen and numeric keypad. - Analyses and displays ISO vibration levels, bearing wear, unbalance, misalignment, looseness - Color coded with alarm status (red, amber & green). - Fully zoom-able frequency spectrum and time waveforms - All data automatically downloaded to C-Trend (PC trending analysis and reporting software in- - Optional auto identification of measurement points using RFID tags with easy to use set up wizards Single plane and two plane dynamic balancer:...