Schneider AS-BDEP-218 Industrial Control Module

Schneider AS-BDEP-218 Industrial Control Module

Schneider’s AS-BDEP-218 module delivers dependable control for complex automation tasks. Designed for environments where precision and durability matter, this module handles everything from production line coordination to real-time equipment monitoring. Its dual communication ports simplify network integration, while the rugged build tolerates industrial temperature swings and vibrations.

Technical Specifications
Brand: Schneider
Model: AS-BDEP-218
Voltage: 24V DC
Current: 5A
Operating Temp: -25°C to +60°C
Dimensions: 120mm x 80mm x 60mm
Weight: 0.5kg
Protection: IP20
Interfaces: RS485, Ethernet
Inputs: 8 Digital Channels
Outputs: 4 Relay Channels

Common applications include conveyor system automation, HVAC control in manufacturing plants, and pump station management. We’ve supplied these modules for Schneider-based systems in chemical processing facilities where corrosion resistance matters, and for packaging lines requiring fast signal response. Similar models we handle include AS-BDEP-216 and AS-BDEP-220 variants, though the 218 remains the most requested for its balanced I/O configuration.

The module’s dual-port Ethernet supports redundant network topologies, which customers say cuts downtime during switch failures. Its DIN rail design simplifies installation, while the isolated input circuits reduce noise interference—a feature praised in a recent power plant retrofit. Schneider Unity Pro software compatibility streamlines programming, and the module’s hot-swap capability allows replacements without shutting down entire systems.

In practical use, this module stands out for combining industrial toughness with modern communication features. The 8 DI/4 relay setup works for most mid-scale automation tasks, and the temperature tolerance handles outdoor installations without extra enclosures. While not the fastest module available, its reliability in harsh environments makes it a go-to choice for critical infrastructure projects where uptime matters more than millisecond response times.