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Smart Motor Sensors are more than just a data source from the center of the drive. Smart Motor Sensors ensure efficient monitoring at any point when something is moving in a process. In many ways, Smart Motor Sensors are therefore the enablers of the future.
Smart Motor Sensors are at home in all industries. At first glance, this is often not apparent – and yet the intelligent sensors and innovative interfaces are used in countless servomotors produced by different manufacturers. This provides a wide variety of industries with a crucial boost when it comes to achieving success in production.
The market value of smart sensors will rise as the various end-user verticals increase their demand for them. Global demand for smart sensors will continue to rise as safety and security concerns rise.
The smart sensors market will continue to benefit from lucrative growth opportunities as a result of rising internet usage and adoption.
However, the growth of the smart sensors market will be severely hampered by fluctuations in the prices of semiconductor raw materials.
As a result, the smart sensors market’s growth will be constrained by high sensor prices. When compared to conventional sensors, smart sensors’ more intricate structure and composition will further limit the market’s scope for expansion.
The Global Smart Motor Sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
TMEIC Asia Launches AI-Based Smart Motor Sensor – TMASMS – TMEIC Asia Pte. Limited launched the Smart Motor Sensor “TMASMS,” which is an artificial intelligence (AI) based, high-performance predictive maintenance platform for electric motors.
Sales commenced under a Channel Partner Agreement with Analog Devices, Inc. headquartered in the United States. TMEIC Asia completed the first delivery for PT.Bukit Muria Jaya with 25 sets of TMASMS and started monitoring whole paper machine drives motors.
Industrial factories use various kinds of motors, whereby the conditions of motors are confirmed on a daily basis t o ensure safe and stable operations at respective sites.
Since monitoring the conditions of motors requires technical proficiency and experience, there was a need for a system that could replace manual operation with highly skilled experts for monitoring motors and analyzing conditions.
