The Importance of Predictive Maintenance in Palm Oil Industry

Oct 13, 2025 by pynkocean.com 70 views

Monitoring the Level of Vibration of Vibration Backward Inclined Curve Centrifugal Fan Type 2 SWSI Due to Changes in the Pull of the Belt-V as an Approach to Maintenance Techniques in Palm Oil Mills

Introduction

Maintenance Techniques in Palm Oil Mills: A Need for Change

Inside the Palm Oil Mill (PKS), maintenance techniques and management that are generally applied are still breakdown and preventive. This method is indeed effective for machines that are equipped with a backup unit, but it is not appropriate for machines without a backup unit, such as fans. The use of predictive maintenance techniques can provide a more effective solution to extend the life of the engine that is not equipped with a backup unit in PKS.

The Importance of Predictive Maintenance in Palm Oil Industry

The application of predictive maintenance in the palm oil industry, especially in equipment that does not have a reserve unit such as fan, provides significant benefits. By monitoring the condition of the machine in a sustainable manner through vibration analysis, companies can detect potential problems before becoming serious. This approach allows the maintenance team to take preventive measures at the right time, thereby reducing the risk of sudden damage that can result in expensive downtime.

Research Methodology

Research Set-up and Data Collection

The research set-up was conducted by adjusting the distance between the axis as far as ± 3% of the A-37 belt design conditions. For each set-up, the trust of the belt-V is calculated using the deflection force method. The static pull of the belt-V is very important to determine the static load on the shaft (FST). After this setting, the engine is operated to collect data about the vibration of bearings and the shaft frequency using the X-Viber Analyzer. Furthermore, the electric current is measured to determine the dynamic load on the shaft (FDY).

Data Analysis and Results

The data collected is then statistically processed to identify the non-linear correlation between vibration speed (dependent variable) and static load of the shaft (independent variable). The analysis showed that the fan vibrations were outside the alarm limit of 2.25 mm/S-RMS in all conditions tested. Vibration in the cage bearing is detected as a potential cause of damage to the fan, and the lowest vibration is recorded when the deflection force reaches 2.0 kg (FDY = 41.19 kg).

Analysis of Predictive Maintenance in Palm Oil Mill

Benefits of Predictive Maintenance in Palm Oil Industry

Optimizing Maintenance Strategies in PKS

Furthermore, the results of the analysis show that the vibrations detected on the bearing can provide valuable information about the health condition of the machine. With a better understanding of the relationship between load and vibration, the technical team can be more efficient in managing and planning maintenance, based on measurable and accurate data.

Conclusion

The Future of Maintenance Techniques in Palm Oil Mills

In conclusion, the integration of predictive maintenance techniques in maintenance strategies in PKS not only increases operational efficiency but also optimizes the use of existing resources. In the long run, this approach has the potential to increase factory productivity and minimize operational costs associated with emergency maintenance and engine damage. The implementation of this method is an important step towards a more modern and sustainable industry.

Recommendations for Future Research

This study confirms that the application of predictive maintenance strategies by utilizing vibration analysis is an effective solution to extend the life of the engine that is not equipped with a backup unit in PKS. Future research can focus on the development of more advanced predictive maintenance techniques, such as the use of machine learning algorithms and sensor data fusion, to further improve the accuracy and efficiency of maintenance strategies in PKS.

Implications for Industry and Practice

The findings of this study have significant implications for the palm oil industry and maintenance practices in PKS. The use of predictive maintenance techniques can provide a more effective solution to extend the life of the engine that is not equipped with a backup unit in PKS. This approach can also help to reduce the risk of sudden damage that can result in expensive downtime and increase factory productivity and minimize operational costs associated with emergency maintenance and engine damage.
Frequently Asked Questions (FAQs) About Monitoring the Level of Vibration of Vibration Backward Inclined Curve Centrifugal Fan Type 2 SWSI Due to Changes in the Pull of the Belt-V as an Approach to Maintenance Techniques in Palm Oil Mills

Q&A

Q: What is the purpose of monitoring the level of vibration of vibration backward inclined curve centrifugal fan type 2 SWSI?

A: The purpose of monitoring the level of vibration of vibration backward inclined curve centrifugal fan type 2 SWSI is to detect potential problems before they become serious and to extend the life of the engine that is not equipped with a backup unit in PKS.

Q: What are the benefits of using predictive maintenance techniques in palm oil industry?

A: The benefits of using predictive maintenance techniques in palm oil industry include detecting potential problems before they become serious, reducing the risk of sudden damage that can result in expensive downtime, increasing factory productivity, and minimizing operational costs associated with emergency maintenance and engine damage.

Q: How does predictive maintenance work?

A: Predictive maintenance works by monitoring the condition of the machine in a sustainable manner through vibration analysis, which can detect potential problems before they become serious.

Q: What are the key factors that affect the level of vibration of vibration backward inclined curve centrifugal fan type 2 SWSI?

A: The key factors that affect the level of vibration of vibration backward inclined curve centrifugal fan type 2 SWSI include the static load on the shaft, the dynamic load on the shaft, and the deflection force of the belt-V.

Q: How can predictive maintenance be implemented in palm oil industry?

A: Predictive maintenance can be implemented in palm oil industry by using vibration analysis to monitor the condition of the machine, identifying potential problems before they become serious, and taking preventive measures to extend the life of the engine.

Q: What are the challenges of implementing predictive maintenance in palm oil industry?

A: The challenges of implementing predictive maintenance in palm oil industry include the need for advanced technology and expertise, the high cost of implementation, and the need for a change in maintenance culture.

Q: How can predictive maintenance be integrated with existing maintenance strategies in palm oil industry?

A: Predictive maintenance can be integrated with existing maintenance strategies in palm oil industry by using vibration analysis to monitor the condition of the machine, identifying potential problems before they become serious, and taking preventive measures to extend the life of the engine.

Q: What are the future directions for predictive maintenance in palm oil industry?

A: The future directions for predictive maintenance in palm oil industry include the development of more advanced predictive maintenance techniques, such as the use of machine learning algorithms and sensor data fusion, and the integration of predictive maintenance with existing maintenance strategies.

Conclusion

Conclusion

Predictive maintenance is a critical component of maintenance strategies in palm oil industry. By monitoring the condition of the machine in a sustainable manner through vibration analysis, companies can detect potential problems before they become serious and extend the life of the engine. This approach can also help to reduce the risk of sudden damage that can result in expensive downtime and increase factory productivity and minimize operational costs associated with emergency maintenance and engine damage.