The NXA Runout Probe is a simple electronic tool designed to detect and measure shaft runout. The new tool represents a unique application of a linear variable displacement transducer (LVDT) to provide an easy-to-use but highly accurate measure of machinery problems that can confound the measurement and correction of shaft misalignment
When everything is running smoothly, digging for the necessary protocols or procedures may feel cumbersome, but doesn’t necessarily set off bells and whistles that a bigger problem may be lurking.
Predictive maintenance involves scheduled testing on regular intervals.
A key thing to understand when it comes to belts is proper sizing. Whether you are using a correctly-sized belt for your machine will have a significant impact on the machine’s ability to function at an optimal level.
We’ve identified 6 common machine faults you’ll likely encounter on your maintenance routes.
During a recent class in a shipyard, there was a need to perform a Cardan Shaft Alignment in a boat with very little space to work in. It also required shooting the lasers through a hole in a bulkhead.
Looking from the S sensor through the bulkhead at the M Sensor mounted on engine output shaft
S Sensor mounted on propulsion unit
It was a challenge, but the guys rose to it and the result
Can the laser alignment tool withstand use in wet conditions? How resistant is the laser alignment tool to moisture? Sometimes these questions are asked in the context of making a purchase decision to go with one model over another. Other times the questions are driven by some difficulty in completing an alignment in a high moisture environment.
We are pleased to present Kristian Palmdahl
A lift check isn’t always done when performing a precision shaft alignment, nonetheless excessive lift can be the cause of alignment frustration.
Using Your Laser Alignment Tool to Measure Pipe Strain Induced from Tightening Flanges
The NXA Runout Probe was introduced as an accessory to the NXA Pro and Ultimate alignment tools. As originally envisioned, the runout probe was designed with shaft and coupling runout measurements, and direct soft foot measurements in mind.
Often the OJT portion of our training classes begins with an alignment check of a rotating piece of machinery in the client’s facility. This comes after numerous alignments in the classroom, on the training fixtures, performed by the attendees.
They are then ready to apply their skills learned on the classroom training equipment in their plant. A typical scenario for the OJT training is that th
The FIXTURLASER Laser Kit consists of two wireless sensor units utilizing two line lasers. The use of line lasers simplifies the setup process minimizing setup time. To make it even easier, the sensors comes pre-mounted on its fixtures and pre-set to the most common setup.
OmniView is also valuable on vertically mounted machines.
The Fixturlaser Smart Machine Checker is designed to be used by machinery mechanics to give a clear and accurate automatic diagnosis of rotating equipment. Requires no vibration expertise or internet connection.
Pre-Alignment Steps are the shaft alignment medication that reduces frustration and saves time in the long run!
ACOEM Fixturlaser proudly presents the predictive maintenance solution you've been waiting for, the RT-300. This machine reliability tool helps with precision shaft alignment and all machine diagnostics.
The augmented mechanic’s solution – RT-300 – is a smart reliability tool that combines on-the-spot machine diagnostics with tools for pre-alignment and precision shaft alignment, minimizing the time from fault diagnostics to corrective actions.
Precision shaft alignment of wind turbine generators mounted on adjustable chocks is as straightforward as when aligning rotating machinery mounted on chocks down at ground level.
In the case of a recent NXA Training Class in a Vestas V82 we knew before going up-tower that one revolution of the adjustable chocks equals 1mm. Also, as there are 6 holes in the chocks, we calculated that the hole t
Vibration analysis is a useful way to monitor machine health. Many plants have implemented regular vibration analysis plans to ensure the condition of their machines is being checked at regular intervals and so, if an issue comes to light after spectral analysis, a solution can be pursued.
When analyzing vibration, it is important to be familiar with several terms. These are:
Frequency
Disp
