Monitoring & analysis systems
Based on our self-powered technology platform
developed specifically for mining applications
Remote monitoring
Self-powered systems
Optimize performance
Avoid breakdowns
HOW WE CAN HELP YOU WITH SELF-POWERED MONITORING & ANALYSIS SYSTEMS FOR MINING
The mining industry is experiencing rapid growth as the need for minerals increases with every year that passes. This increases the demand for mining operations that need to extract the minerals in a sustainable and financially responsible way. A key ingredient in this is a monitoring system that is being implemented to ensure that machines and processes are running smoothly as well as predicting future maintenance needs.
At ReVibe, we are experts in delivering self-powered monitoring solutions for mining machinery and processes. By utilizing state-of-the-art monitoring solutions and Vibration Energy Harvesting (VEH) units, a completely self-powered and autonomous monitoring solution is created. This gives the end-user to have constant monitoring of their assets, which increases efficiency and allows the user to plan maintenance rather than having unexpected downtime.
Self-powered systems
Avoid breakdowns
Remote monitoring
Optimize performance
HOW WE CAN HELP YOU WITH SELF-POWERED MONITORING & ANALYSIS SYSTEMS FOR MINING
The mining industry is experiencing rapid growth as the need for minerals increases with every year that passes. This increases the demand for mining operations that need to extract the minerals in a sustainable and financially responsible way. A key ingredient in this is a monitoring system that is being implemented to ensure that machines and processes are running smoothly as well as predicting future maintenance needs.
At ReVibe, we are experts in delivering self-powered monitoring solutions for mining machinery and processes. By utilizing state-of-the-art monitoring solutions and Vibration Energy Harvesting (VEH) units, a completely self-powered and autonomous monitoring solution is created. This gives the end-user to have constant monitoring of their assets, which increases efficiency and allows the user to plan maintenance rather than having unexpected downtime.
Platform overview
How a system can be designed
Customer dashboard
All relevant data will displayed in an online dashboard available through ReVibe. The end-user can easily monitor all their assets and plan maintenance actions if needed.
ReVibe cloud services
On-site gateway
Screen sensor system
Depending on the type of asset/machine, the amount of sensor nodes can vary. Anything from 1 – 6 sensor is possible depending on the amount of vital measurement points.
OUR EXPERIENCE IN THE FIELD
Designing and launching a condition monitoring system in the mining industry is a massive challenge for anyone due to the harsh environment. ReVibe has the necessary experience from industry standards and requirements to design customized self-powered monitoring systems that meet your needs.
A remote monitoring of vibrating screens to allow the user to act before a potential breakdown and plan maintenance well in advance.
The system will be a fit-and-forget system that will be available for installations on new screens as well as retro-fitting on current machines.
A vibration monitoring system that is used to understand the efficiency of the compaction machine. A completely self-powered system as Vibration Energy Harvesting units have been integrated.
The units measure vibration when the machine is running and communicates the information via BLE (Bluetooth Low Energy) to a local gateway where the data is communicated via 4G/5G to the cloud.
Phase 1 focuses on bringing an initial version of the system architecture decided upon in phase 0 to life. By isolating the key building blocks, we put together an early version of the system where we verify the functionality in a controlled environment.
Our standard approach
WHEN adapting OUR TECHNOLOGY PLATFORM FOR PARTNERS & CLIENTS
Phase 1 focuses on bringing an initial version of the system architecture decided upon in phase 0 to life. By isolating the key building blocks, we put together an early version of the system where we verify the functionality in a controlled environment.