Amos Condition based Monitoring is a maintenance process where the condition of equipment with regard to overheating and vibration is monitored for early signs of impending failure.

Condition based Monitoring is taken to mean the use of advanced technologies in order to determine equipment condition, and potentially predict failure.
The monitoring includes a lot of technologies information such as:

• Vibration Measurement and Analysis
• Infrared Thermography
• Oil Analysis and Tribology
• Ultrasonics
• Motor Current Analysis

What means Condition based monitoring?

Condition based monitoring is an effective form of predictive maintenance to monitor the condition of specific areas of plant and equipment with special instrumentation (like vibration monitoring system), to potentially predict plants and equipment failures.

Condition based monitoring: Satisfy the need to predict equipment failures

The primary use for a Condition based monitoring system is to predict, and therefore to assist, unplanned equipment failures.
Most organisations with large capital investment in plant equipment are, these days, employing some form of Condition Monitoring technology in order to prevent system failures and significant amounts of maintenance expenses.

There are also other means in which Condition based Monitoring can assist in improving maintenance minimising total equipment downtime by taking a holistic view of plant condition, and combining planned maintenance tasks into a single equipment shutdown.

Condition based monitoring: optimise your equipment performance.
Impact develops condition based monitoring systems designed to provide the actionable data necessary to fully implement application-specific condition based maintenance strategies.

Condition based Monitoring is most frequently used as a Predictive or Condition-Based Maintenance technique.

Amos Condition based and maritime vibration monitoring (Condition Based Monitoring) is an effective form of predictive maintenance where, as you may have guessed, you monitor the condition of specific areas of plant and equipment.

Condition-based monitoring addresses the maintenance of valuable assets, which may be remotely based to pose challenges in their management and care.

The application of sensors, networks and communications systems is designed to achieve greater efficiency in monitoring, overall the maritime vibrations.
Machine condition monitoring can be applied to many conditions.
Monitoring of maritime vibration is the most common.

AMOS Maintenance is the world's leading maintenance management system for the maritime industry, used daily on thousands of vessels.

The software is specifically designed to meet the demands of ship owners and managers aiming to improve operational performance and profitability.