[Case Study Introduction] Equipment Prognostic Diagnosis System (Foresight)
Introducing the process leading up to the implementation of the equipment anomaly diagnosis system!
Product PR 【Features】 ■Detects Remaining Life Calculates remaining life in operating hours based on vibration analysis trends and failure risk rates. ■Determines Failure Locations Can detect and identify abnormalities at the gear, shaft, and bearing levels. ■Diagnosis Starts with Short-Term Data Collection Diagnosis can begin with only about one day of normal operating data.
basic information
【Flow until Introduction】 ↓1: Setting up the target equipment ↓ Please provide information that outlines the deceleration and acceleration mechanisms of the target equipment. ↓2: Proposal creation ↓ We will consider the number and position of sensors and provide a proposal along with an estimated price. ↓3: Configuration work ↓ Please submit the design specifications of each component, and we will set up the environment internally. ↓4: Equipment installation ↓ Please carry out the installation work (our company can be present during this). ↓5: Initial data collection ↓ We will collect data until approximately 200 samples are gathered, in line with your operations. ↓6: Config confirmation ↓ We will verify the initial data internally and confirm that there are no issues. ↓7: Diagnosis start ↓ We will send the user account to you. *For product information, please refer to the PDF materials or feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
【Applicable Equipment and Examples】 ■Core Components ■Intermittent Operation Equipment ■Process Equipment for Plants ■Gas/Air Flow Related ■FA (Factory Automation)
