Reliable
Reduce the need for manual intervention with a robust architecture designed for long-term, fail-safe performance.
Applications
Factory Automation
For small and medium-sized manufacturing enterprises, transitioning from manual operations to automated production lines is a necessary strategy to address labor shortages and improve production consistency. The core of a successful automation upgrade lies in a highly stable, interference-free communication infrastructure. By deploying industrial-grade network equipment, factories can seamlessly connect Programmable Logic Controllers (PLCs), sensors, and operational machinery. This ensures precise control signal transmission and continuous data collection, standardizing production processes while optimizing long-term operational costs.
Explore the network
Building a Reliable Foundation for Factory Automation
For small and medium-sized manufacturing enterprises, transitioning from manual operations to automated production lines is a necessary strategy to address labor shortages and improve production consistency. The core of a successful automation upgrade lies in a highly stable, interference-free communication infrastructure. By deploying industrial-grade network equipment, factories can seamlessly connect Programmable Logic Controllers (PLCs), sensors, and operational machinery. This ensures precise control signal transmission and continuous data collection, standardizing production processes while optimizing long-term operational costs.
Solution Features
Power over Ethernet
IEEE 802.3af/at-compliant PoE delivers reliable, plug-and-play power and data over a single Ethernet cable.
Industrial Grade Design
Ruggedized hardware engineered to deliver uncompromising performance in the most demanding environments.
10G Uplink Backbone
With 10G connectivity, data flows effortlessly from edge to hub.
Industrial Expertise
Decades of industry expertise ground our solutions in proven reliability.
Redundancy
ERPS eliminates downtime by providing a resilient, self-healing network.
Automated Sorting Conveyor Systems
Application Background
- Integration of PLCs, optical sensors, and motor drives along continuous production lines.
- Synchronization of sorting actuators and barcode scanners for accurate product routing.
- Real-time tracking of material flow from the production stage to the packaging area.
Solution Benefits
- Continuous Line Operation ERPS ring topology ensures sub-50ms network recovery. In the event of a cable fault or node failure, data reroutes instantly, preventing complete assembly line stoppages.
- Vibration and Dust Resistance Industrial-grade switches feature rugged, fanless designs that maintain continuous operation amidst the constant vibration and particulate matter generated by conveyor systems.
- Simplified Infrastructure Power over Ethernet (PoE) provides both data and power to edge sensors and scanners through a single cable, reducing the need for extensive electrical conduit installations.
Automated Sorting Conveyor Systems network diagram
Machine Data Acquisition & Monitoring
Application Background
- Connecting isolated CNC machines to a centralized Manufacturing Execution System (MES).
- Continuous collection of machine status, spindle load, cycle times, and error codes.
- Integration of peripheral monitoring devices, such as environmental sensors or stack lights, to oversee individual machine conditions.
Solution Benefits
- Interference-Free Transmission A shielded, physical network structure ensures that critical machine data and control protocols are transmitted reliably, unaffected by the severe electromagnetic interference (EMI) typical in heavy machining environments.
- Instant Anomaly Detection Real-time data aggregation allows the central system to detect abnormal machine parameters immediately, reducing scrap rates and minimizing unplanned downtime.
- Scalable Integration A hierarchical network design allows SMEs to connect legacy machines and scale up the network smoothly as new CNC equipment is added to the factory floor.
Machine Data Acquisition & Monitoring network diagram
Robotic Arm Assembly Integration
Application Background
- Deployment of multi-axis robotic arms for pick-and-place, welding, or parts assembly tasks.
- Synchronization between the robot controller, safety interlocking systems, and the main production line PLC.
- Aggregation of operational logs and positioning data for quality assurance and process optimization.
Solution Benefits
- High-Bandwidth Capability 10G uplink backbone seamlessly handles high-volume robotic controller data and operational logs, eliminating network bottlenecks for uninterrupted core server transmission.
- Deterministic Control Delivers strict deterministic packet timing for industrial protocols, ensuring precise real-time synchronization between robotic arms and a moving conveyor.
- Robust Safety Communication Guarantees stable, instantaneous safety signal transmission for light curtains and emergency stops, immediately halting robotic arms upon a safety perimeter breach.
Robotic Arm Assembly Integration network diagram
