The ASEM GMBH MODC4 Rev.1 Module Board is a rugged industrial I/O module designed for mission-critical automation applications, featuring a wide operating voltage range of 12-30V DC with a logic threshold ≥8V for reliable signal detection. This versatile module delivers robust performance with 500V AC channel-to-channel isolation and impressive 1500V AC channel-to-bus isolation, ensuring safe operation in electrically noisy industrial environments. The ASEM GmbH MODC4 supports substantial contact ratings of 5A @ 230V AC, making it suitable for controlling various industrial loads and equipment.

Engineered for demanding factory conditions, the ASEM GMBH MODC4 Module operates on 24V DC (±15%) supply voltage with low power consumption (≤3W), demonstrating excellent energy efficiency. Its exceptional surge immunity (1kV) protects connected systems from voltage spikes and transient disturbances. The module maintains reliable performance across a broad temperature range (-25°C to +60°C) and humidity conditions (5-95% RH non-condensing), making the ASEM GMBH MODC4 Industrial controller adaptable to harsh manufacturing environments.

Manufactured by ASEM in the USA and shipped globally from Xiamen, China, this Rev.1 Module Board (classified under tariff code 8537101190) combines compact dimensions (2.1×18.8×26.1cm) with lightweight construction (0.32kg) for flexible installation in control cabinets. The Rev.1 Module Board GMBH MODC4 ASEM meets stringent industrial standards, ensuring long-term reliability in continuous operation scenarios.

As a key component in industrial automation systems, the ASEM rev 1 module GMBH MODC4 delivers the perfect balance of performance and durability. Its combination of high isolation ratings, robust contact capacity, and environmental resilience makes it particularly valuable for PLC systems, process control applications, and manufacturing automation where reliable signal processing is critical. The module's design emphasizes both functional reliability and operational safety in challenging industrial settings.