The EMD Electronic Condensate Drain is an advanced, fully automatic solution designed for the efficient discharge of condensate and other non-aggressive fluids from compressed air systems. This high-performance drain ensures zero air loss while preventing moisture buildup that can cause system inefficiencies and equipment damage.
Equipped with a precise capacitive level sensor, the EMD drain detects fluid accumulation and automatically discharges condensate without wasting compressed air. The self-cleaning direct-acting valve provides reliable, maintenance-free operation, reducing downtime and service costs. Additionally, the integrated LED indicator, test button, and operation alarm enhance usability and system monitoring.
For enhanced functionality, an optional Service Network version is available, enabling diagnostics, parameter settings, and alarm output for seamless system integration.
Key Features of the EMD Electronic Condensate Drain:
• Automatic condensate removal with zero air loss
• Capacitive level sensor for precise fluid detection
• Self-cleaning direct-acting valve for reliable performance
• LED indicator, test button, and operation alarm for easy monitoring
• Optional Service Network version for advanced diagnostics
• Compact & durable design for long-term industrial use
Technical Specifications:
• Operating Pressure: Up to 16 bar (8 bar for specific models)
• Drain Capacity: Up to 150 l/h
• Connections: 1⁄2” BSP/NPT
• Operating Temperature Range: 1.5°C to 65°C
• Air Compressors (Piston & Screw)
• After-Coolers
• Cyclone Condensate Separators
• Pressure Vessels/Air Tanks
• Compressed Air Dryers
• Compressed Air Filters
Why Choose the EMD Electronic Condensate Drain from Nitrogenium?
• Prevents moisture buildup, ensuring efficient compressed air system performance
• Minimizes energy waste by discharging condensate without air loss
• Maintenance-free operation with self-cleaning valve technology
• Ideal for industrial applications, ensuring prolonged equipment life
• Smart monitoring options available with Service Network integration