Equipment and controller connectivity
Industrial Equipment Connectivity for Monitored Operations
Collect, process, and communicate selected machine information through a configurable edge-connectivity device.

R2 Minder
R2 Minder is intended to connect compatible industrial equipment with monitoring, data-management, and operational applications. It provides a controlled path for acquiring machine information, applying local mapping or processing, and communicating the result to authorised systems.
Before publication, MayilVeera must provide a verified R1-versus-R2 comparison. The current website route alone does not establish different I/O, performance, interfaces, protocols, storage, or environmental ratings.
Logical Architecture
A website-level view of how the product connects sources, processing layers, diagnostics, and destination systems.
Key Capabilities
Configurable data acquisition
Local point mapping and conversion
Equipment and network-health monitoring
Communication to supported local or remote platforms
Diagnostic records
Controlled configuration
Optional local processing and persistence, subject to model confirmation
How It Works
The document flow is presented as an implementation-style process so visitors can understand the operating path quickly.
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The device communicates with configured equipment, converts selected values into a consistent point model, applies local processing where required, and publishes the data through supported communication interfaces. Connection and device-health information assists commissioning and maintenance.
Where It Fits
Multi-signal equipment monitoring
Machine and utility data acquisition
Alarm and event communication
Production-data collection
Energy and equipment-status monitoring
Remote maintenance support
Brownfield protocol integration
Edge data preparation
Plant-level connectivity pilots
Integration of distributed equipment
Practical Benefits
Provides a consistent interface between equipment and software
Reduces repeated application-specific connectivity work
Supports local preprocessing before data transmission
Enables standard monitoring and diagnostic practices
Helps connect existing equipment as part of a phased IIoT programme
Integration and Deployment
Confirm machine interfaces, protocols, point count, sample rate, storage, network, destination system, power, enclosure, cybersecurity, and expected outage behaviour before selecting R2.
Reliability and Security
Need Help Selecting the Right Product?
Do not publish price, availability, certification, warranty, protocol, electrical rating, capacity, performance, or compatibility statements until they are linked to the exact shipping SKU or software version.
Frequently Asked Questions
What is the difference between R1 and R2?
The final website must provide a verified comparison covering interfaces, capacity, protocols, storage, power, enclosure, and intended deployment size. It should not infer differences from the product name alone.
Can R2 run without continuous Internet access?
Local acquisition may be possible, but offline operation, storage capacity, and later synchronisation depend on the shipping configuration.
Does R2 include a monitoring platform?
This must be stated in the product package. The hardware device, software subscription, dashboard, licence, and support entitlement should be identified separately.
Confirm Whether R2 Fits Your Deployment
Share the equipment list, protocols, point count, sampling requirements, storage period, network availability, and destination application for product selection.
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