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Quickly Create an Inspection Map
Why is it needed?
Evidence-Based Inspection, Precise Maintenance
Early equipment maintenance primarily adopted the reactive "fix when broken" approach, often leading to unexpected downtime. Although this later evolved into preventive maintenance involving regular checks and part replacements, it can result in over-maintenance and wasted costs due to varying actual equipment conditions.
For massive rotor equipment like motors, pumps, and fans, many early anomalies can be detected through vibration changes. However, with a large number of factory equipment, relying solely on manual inspections and experiential judgments is not only time-consuming but also makes it difficult to continuously track the health trends of each machine.
Therefore, through the RM-IOT-P Motor Rotor Map Inspection System, equipment locations, vibration measurements, and historical records are centrally managed, upgrading inspections from "regular checks" to "condition-based maintenance." This allows for early anomaly detection, reducing over-maintenance and unexpected downtime.
Common Pain Points
Common Motor Management Issues in Facilities
Massive Equipment Scale
Managing a vast number of motor rotor devices divided across different areas of the factory is cumbersome when trying to clearly understand the operational status of all motor equipment in the entire plant.
How to Schedule Maintenance
After data collection, scheduling maintenance usually relies on human experience, or parts are replaced regardless of their actual condition, leading to wasteful over-maintenance.
Difficult Data Management
Motor inspections require collecting massive amounts of data to judge equipment status. Complex or difficult-to-operate management systems can significantly increase the inspector's workload.
Losses from Unexpected Downtime
Even with routine inspections, failing to fully grasp the equipment's condition can lead to unexpected downtime, affecting production line operations or product quality, resulting in severe losses.
Feature Highlights
Build Exclusive Inspection Maps for Rotor Equipment
The RM-IOT-P Motor Inspection Map Analysis System is built specifically for the measurement needs of motor rotor equipment. It can classify and create exclusive maps based on different factory areas and equipment attributes, allowing various numbers of measurement points to be set up per device.
It displays equipment status on the map in real-time, using light indicators to interpret quality conditions, providing users with a solid basis for immediate maintenance and scheduling.
Feature Highlights
Applicable as Predictive Maintenance Basis for Various Motor Rotors
The RM-IOT-P Motor Inspection Map Analysis System uses vibration measurement signals to evaluate motor health, suitable for quality inspection of various motors and pumps. Facility personnel can use trend charts and values to evaluate equipment status, thereby enhancing maintenance efficiency.
Feature Highlights
Built-in ISO Vibration Reference Standards
The RM-IOT-P Motor Inspection Map Analysis System defines equipment status based on ISO vibration standards, categorized into four levels: Excellent, Normal, Warning, and Danger. Real-time measurement display allows users to see conditions at a glance, instantly resolve issues without waiting for inspectors, and helps establish health management standards for in-house equipment.
Additionally, leading all monitoring software on the market, GoodTech has integrated the latest ISO 20816 standards, offering more comprehensive management for motor rotor component series.
Feature Highlights
Portable Touch Interface, Intuitive and Simple Operation
The RM-IOT-P Motor Inspection Map Analysis System features an intuitive operation interface, suitable for tablets, smartphones, and various smart mobile devices. Simply log into the web permissions to perform measurements anywhere. Select corresponding equipment standards, wattage, and size to quickly complete inspections effortlessly, without requiring a professional measurement background.
Through map-based equipment management, massive factory rotor equipment like motors, pumps, and fans can be quickly categorized and archived. Combining inspection measurements and status records makes quality control and management of large numbers of rotor machineries much more convenient and efficient.
Feature Highlights
Centralized Data Integration Reduces Management Costs
Traditional inspection equipment relies heavily on standalone measurements. With a vast amount of equipment, data becomes easily fragmented, hard to consolidate, query, and manage. It might also require building multiple sets of hardware, increasing deployment costs.
The RM-IOT-P Motor Inspection Map Analysis System can integrate inspection data to third-party or GoodTech Dashboards. Centralized management of regional equipment information via existing platforms not only boosts inspection and anomaly tracking efficiency but also reduces redundant hardware setups, lowering overall equipment management costs.
Integrate Inspection Data
Return to Dashboard Management
The RM-IOT-P Motor Inspection Map Analysis System enables factory-wide equipment dashboard management via existing IoT platforms, reducing the need for extra monitoring hosts and redundant hardware, thereby enhancing management efficiency while lowering overall hardware setup costs.
UI Features
Too Many Inspection Points, Hard to Manage?
Software Feature: Flexible Architecture, Unlimited Additions, Custom Maps. Factories house numerous motor rotor devices, and equipment layout and management methods differ across industries and locations. To meet diverse on-site application needs, the system adopts a highly flexible architecture, allowing users to independently add areas, equipment quantities, monitoring points, and rotor types. This builds custom inspection maps tailored to site needs, greatly increasing flexibility in system deployment and future expansion.
As production lines expand, equipment is added, or processes are adjusted, users can seamlessly extend monitoring scopes within the existing architecture. Through visualized area and equipment status, management can quickly grasp equipment distribution and anomaly locations. This makes the system more than just "inspection equipment," evolving it into a comprehensive smart equipment management platform as the factory grows.
UI Features
Equipment Looks Normal, But Can You See Internal Anomalies?
Software Feature: Rotor Vibration Quality, Understand Equipment Status. The RM-IoT-P system has built-in ISO 10816 and ISO 2372 standards, defining equipment status based on ISO vibration standard criteria. Users do not need to memorize charts; simply apply the appropriate standard according to the motor's output range. Using intuitive UI light indicators for Excellent, Normal, Warning, and Danger levels, rotor status can be quickly identified.
UI Features
Inspection Done, But Can't Find Historical Records?
Software Feature: Historical Records, Easier Export and Query. As inspection data accumulates, relying on paper or manual organization is not only time-consuming but makes tracking past conditions difficult. The IoT-P Motor Rotor Map Inspection Analyzer automatically categorizes and generates CSV historical measurement reports for quick previews. Every inspection record can be quickly queried by date, area, equipment, and inspector, supporting historical data export. This makes tracking equipment changes before and after anomalies clear, simplifying report generation and equipment management.
Inspection results can also be linked to third-party or GoodTech Dashboards for centralized aggregation. Unifying dispersed inspection data onto a single platform facilitates trend analysis, anomaly tracking, and equipment management, ensuring inspection data truly serves as a crucial foundation for predictive maintenance.
UI Features
Can Equipment Status Only Be Viewed at a Computer?
Software Feature: Mobile Dashboard, Master Anywhere, Anytime. The system is built with responsive WEB design, allowing users to view it on smartphones, tablets, and laptops. Without limits on logins, just connect to the fixed IP intranet, open the browser, and check equipment status information.
Just connect to the specified fixed IP intranet without installing extra software, supporting multiple users viewing simultaneously. Whether managers are in the office, on the production line, or at the factory site, they can quickly grasp rotor equipment inspection results and anomaly info, creating a portable mobile dashboard. Helps users master factory rotor equipment status anywhere, anytime.
Setup Process
Easy Setup, Start Monitoring
1. Install sensors on the equipment
2. Add and create measurement points
3. Start monitoring, real-time equipment status display
4. Use trend monitoring to plan predictive maintenance
Benefits
Get Immediate Feedback
RM-IOT-P Motor Inspection Map Analysis System adopts a lightweight, portable touch design with intuitive operations. Targeted for inspecting motors, pumps, and fans, it integrates required measurement and interpretation functions. Inspectors can carry it to any factory equipment for plug-and-play measurement, quickly completing daily inspections.
After measurement, equipment status and results are displayed in real-time on the touch screen, helping inspectors quickly grasp rotor operation and vibration conditions as a crucial basis for anomaly detection, maintenance actions, and predictive maintenance. Through regular inspections and data accumulation, equipment deterioration trends can be tracked in advance, boosting maintenance planning efficiency, reducing risks of sudden breakdowns and unexpected downtime, while avoiding unnecessary over-maintenance to effectively save on maintenance costs and labor.
Quick to Master
Master Equipment
Precise Repair
Enhance Efficiency
Avoid Downtime
Lower Costs
Applications
Target Audience
In-house Engineering Department:
Factory equipment maintenance/inspection personnel; replaces human feeling/experience with empirical data.
Facility/Equipment Engineers:
Confirm equipment status, serving as basis and data proof when reporting for repairs.
Outsourced Equipment Maintenance Vendors:
General maintenance contractors charging for regular inspection and maintenance services.
Equipment Manufacturers:
Identify equipment issues during routine care, providing clients with repair/replacement and record-keeping assistance.
Equipment Repair Vendors:
Provide basis for equipment repair or offer clients regular inspection services.
Applications
Target Equipment
Application Fields:
Semiconductor industry, petrochemical plants, food processing, pharmaceuticals, paper mills, panel plants, LED plants, power plants, pumping stations, wastewater treatment, processing manufacturing, equipment manufacturers, repair services, etc.
Target Equipment:
Pumps/Exhaust: Vacuum pumps, oil pumps, sewage pumps, etc.
Production Machineries: Machine tool spindles, cutting machines, etc.
Air Compressors: Screw-type, centrifugal, reciprocating compressors, etc.
Others: Cooling towers, exhaust fans, AHU, etc.
Optional Specifications
Perfect Integration of Mechanics, Electronics, and Software
Features a USB interface for easy data access, full-touch input, and a 10-inch large full-color screen displaying measurement data and results instantly. Compact and lightweight for users to carry into field environments, with an expandable camera function to easily capture the measurement environment. Certified IP65 waterproof and dustproof.
Support
Other Rotor-Related Cases
