Epro 6823A Data acquisition Module

8 RS485 ports: used to collect data from MMS 6000 modules.

1 RS232 port: used to communicate with DCS/DEH system via Modbus.

1 Industrial Ethernet port (10M/100M): used to communicate with MMS 6851 server.

Model: Geode GX3.

Memory: 512 MB RAM.

Storage: 1 GB CF card.

Power Supply: Redundant Power Supply design (Redundant Power Supply) to improve system reliability .

Advanced Thermal Management: Equipped with a thermal warning flag, Epro 6823A proactively alerts systems to potential overheating risks in demanding environments like power plants or heavy machinery. The compact 6x6mm PQFN copper-clad package enhances heat dissipation, ensuring stable operation within -40°C to +120°C ranges .

Seamless System Integration: Featuring a 3-state 5V PWM input, Epro 6823A ensures compatibility with most industrial-grade controllers. Its adaptive gate-drive timing eliminates shoot-through risks, while integrated bootstrap diodes simplify circuit design for faster deployment in automation setups .

Space-Saving Industrial Design: With a slim 1.1mm profile and RoHS-compliant construction, Epro 6823A fits into tight machinery spaces without compromising durability. The inclusion of SyncFET™ technology reduces voltage ringing, eliminating the need for external snubber circuits in vibration-prone environments.

Pharmaceutical Bioreactor Media Control: In single-use bioreactor systems, Epro 6823A monitors nutrient flow rates (0.1–50 L/min) with 3A-sanitized stainless steel internals. Its CIP/SIP-ready design ensures zero bacterial ingress during cell culture cycles, cutting batch contamination risks by 90% in mRNA vaccine production.

Hydrogen Refueling Station Nozzles: Integrated into 700-bar H₂ dispensers, it tracks mass flow with 0.2ms response time, synchronizing with safety interlocks. The sensor’s ATEX Zone 1 certification prevents ignition risks during rapid-cooling operations at -40°C.

Textile Dyeing Automation: Deployed in high-temperature jet dyeing machines, Epro 6823A regulates chemical flow across 120°C cycles. Its PTFE-coated sensing elements resist abrasive pigment slurries, reducing maintenance downtime by 65% in smart fabric mills