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🔧 Best Practice: Key Tips for Installing Vibration Sensors in Your Predictive Maintenance Program🌟


Installing vibration sensors is crucial for a successful predictive maintenance program, but getting it right can make all the difference in your machine health monitoring. Here are some expert tips to ensure you’re on the right track:


1️⃣ Choose the Right Location:

Place sensors at key points where issues are most likely to occur, such as bearings, gearboxes, and motors.

Ensure the sensor is mounted on a solid, stable surface to avoid false readings.


2️⃣ Proper Mounting Techniques:

Use a strong adhesive or mounting stud to secure the sensor firmly.


3️⃣ Cable Management:

Keep cables away from high-heat areas and moving parts to prevent damage.


If necessary, use protective sleeves or conduit to protect cables.

4️⃣ Calibrate Regularly:

Regular calibration ensures the sensors are providing accurate and reliable data.

Set up a maintenance schedule for sensor calibration to avoid drifting over time.


5️⃣ Integrate with Your System:

Ensure your sensors are compatible with your existing predictive maintenance software for seamless data collection and analysis.

Set up real-time monitoring and alerts to catch potential issues early.


By following these best practices, you’ll maximize the effectiveness of your vibration sensors and keep your machinery running smoothly.



🔍 Ready to optimize your predictive maintenance? Let’s make sure you’re set up for success.


A CNC machine is a costly but necessary investment for machining workshops.


Newer CNC machines come condition monitoring software. For older machines some can still be retrofitted with condition monitoring sensors and software.


Monitoring CNC Machine with Vibration and Digital Twin Software
Vibration Condition Monitoring of CNC Machine

If you are getting the CNC machine authorized vendor to do the retrofitting you can expect to fork out a hefty sum. I heard from a source that it can cost as much as $500K to retrofit a CNC machine for this.


A CNC machine that suddenly breaks down disrupts the production schedule, causing delay in delivery not to mention waste of material.


So what can a CNC machine owner do if he does not have the financial means to implement the condition monitoring sensors and software?


We are offering an affordable solution for asset owners who would like to implement a condition monitoring program for their CNC machine.


Our solution includes the use of AI to train the software model for better fault detection. Contact us at sales@vibration.company for a discussion.

A motor condition monitoring system from a leading brand for Motor Current Signature Analysis (MCSA) typically costs an arm and a leg. On top of that it is difficult to maintain, requiring a user to sign a costly maintenance contract or pay top dollar for ad hoc troubleshooting services.


Online Motor Current Signature Analysis (MCSA) System
Online Motor Current Signature Analysis (MCSA) System

Our Motor Current Signature Analysis (MCSA) system is linked to the user's SCADA system via the local RTU panel with the fault analysis carried out by the software. Output from the Motor Current Signature Analysis (MCSA) system can be viewed on a dashboard displaying overview condition of a pumpset and the electricity supply.


Faults that can be identified include :-

(a) Mechanical misalignment or unbalance

(b) Bearing problems

(c) Loose foundation/component

(d) Transmission looseness or rubbing

(e) Motor rotor bars

(f) Electrical odd harmonics

(g) Electrical even harmonics

(h) Any other spectrum peak beyond the normal expected values



If you are looking for a competitively priced Motor Current Signature Analysis (MCSA) system for diagnostic and prognostic information of 3-phase electrical motors that drive pumps contact us at sales@vibration.company for an affordable, low maintenance and straightforward to maintain system.


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