Dec 7, 2015 · If you're a DynaVibe Classic owner, RPX Technologies has a limited-time upgrade offer that can put a new DynaVibe GX2 in your hands. The GX2 supports two accelerometers for simultaneous data acquisition, providing substantially more diagnostic capabilities than the …

Graphically configure the DynaVibe GX to match your aircraft: number of propeller blades, number of potential weight adjustment locations, and sensor configuration.

Nov 5, 2015 · The DynaVibe GX2 is the state-of-the-art, flagship solution in the RPX Technologies product line. This unit comes with two accelerometers, allowing users to dynamically balance propellers while also providing full-spectrum vibration analysis capability.

View and Download RPX Technologies DynaVibe GX Series user manual online. DynaVibe GX Series gps pdf manual download. Also for: Dynavibe gx2, Dynavibe gx3.

This document describes the general operation of the DynaVibe GX series of dynamic balancers (including the GX2 and GX3). Some modes are only available on specific model variants and will be

The DynaVibe GX3 has all the balancing and vibration analysis features of the DynaVibe GX2 and adds helicopter track and balance capability. The GX3's rotorcraft mode allows multiple vibration readings to be taken per flight and can be operated with a push-to-talk switch.

Aug 21, 2009 · Dynavibes new GX2 will do this but the classic works just fine and is half as much $$$. Having to guess the weight gives you a bit of a challenge on the first run but once you figure out the propeller/ engine combo you can do it much faster on later dates.

Our DynaVibe GX3 contains all the features of the DynaVibe GX2 plus additional rotor tracker and turbine vibe survey modes. Includes a GX3 balancer, two accelerometers, optical tach & reflective tape, standard mounting hardware, USB/SD card reader, and a hard carrying case.

DynaVibe GX Series User Manual. Software Version 1.13 . Revised: May 2017 . Doc: RPX-AXU-RP-GX2-113-A . www.rpxtech.com

Dynamic balancing is accomplished by monitoring an accelerometer and an optical tachometer attached to the aircraft. The dynamic balancer uses these sensors to monitor assembly movement, rotational speed, and angular position as the assembly rotates. The balancer then quantifies the vibration magnitude and phase angle.