Product Overview

The CM-2000C Smart IoT Condensate Monitor & Drain is a high-performance, UL listed condensate management solution engineered for mission-critical industrial compressed air, steam, and HVAC systems. Designed for reliability in demanding environments, this intelligent drain delivers precise, real-time monitoring and automated condensate removal at up to 2000L/h — making it ideal for large-scale manufacturing, pharmaceutical cleanrooms, food processing plants, and data center cooling infrastructure. As a true IoT condensate monitor, the CM-2000C integrates seamlessly into Industry 4.0 ecosystems via dual communication protocols: secure Wi-Fi for cloud-based analytics and local Modbus RTU for PLC/SCADA integration. Its smart condensate drain logic uses adaptive timing and level-sensing algorithms to minimize compressed air loss while maximizing drainage efficiency — reducing energy waste and preventing system corrosion.

Key Features

• UL listed for safety and compliance in North American industrial installations
• Real-time 4–20 mA analog output for continuous condensate level or flow rate monitoring
• Dual connectivity: Wi-Fi (for remote dashboard access, alerts, and firmware OTA updates) + RS-485 Modbus RTU (for legacy control integration)
• Intelligent adaptive drainage algorithm with configurable cycle timing and timeout safeguards
• Corrosion-resistant stainless steel body (AISI 316) and EPDM diaphragm for aggressive condensate environments
• IP66-rated enclosure for dust- and water-resistant operation in harsh factory settings

Technical Specifications

Applications

The CM-2000C excels across diverse industrial applications requiring robust, data-driven condensate management — including compressed air dryers in automotive assembly lines, steam trap monitoring in chemical processing, condensate recovery in HVAC chillers, and moisture control in semiconductor fab cleanroom air handling units. As a UL listed condensate management system, it meets stringent safety requirements for Class I Div 2 hazardous locations and supports predictive maintenance strategies through its IoT condensate monitor capabilities.