The IFM EBC112 is a high-quality connectivity component designed for reliable performance in industrial automation and control systems. Engineered to meet the stringent requirements of modern production environments, this part combines a silicone-free construction with gold-plated contacts, ensuring dependable functionality even in specialised applications.

A key advantage of the EBC112 is its silicone-free design, which makes it especially suitable for use in paint shops, coating lines, or other processes where even minimal silicone contamination can compromise surface quality. By eliminating silicone materials, IFM ensures that this product maintains full compatibility with sensitive manufacturing operations while still delivering the durability expected in industrial components.

The gold-plated contacts provide an additional level of reliability, offering enhanced electrical conductivity and improved resistance to oxidation and corrosion. This ensures stable signal transmission and reduces the likelihood of connection failures over time. Gold-plating also extends the product’s service life, making it an economical and low-maintenance choice for operators seeking long-term performance.

The EBC112 supports a maximum operating voltage of up to 50 V AC or 60 V DC (with cULus certification specifying 30 V AC / 42 V DC). This wide operating range allows for versatility across various systems, from control circuits to sensor connections. With a maximum total current load of 3 A, the part is well-suited for low-voltage applications where reliable power and signal transmission are critical.

Temperature resistance is another defining characteristic of the EBC112. It operates reliably in environments ranging from -25 °C to 90 °C, making it suitable for both cold storage facilities and high-temperature production areas. For cULus-certified usage, the part is approved for continuous operation up to 65 °C, ensuring compliance with safety and quality standards in North American markets.

The EBC112 is classified under Protection Class III, which designates it for use in systems operating at Safety Extra-Low Voltage (SELV). This ensures enhanced operator safety and compliance with international standards for low-voltage equipment.

Practical and robust, the IFM EBC112 is designed to deliver dependable performance across a broad spectrum of industrial environments. Whether used in sensor connections, automation assemblies, or specialised manufacturing settings, its combination of silicone-free construction, corrosion-resistant gold contacts, and robust operating specifications makes it an essential component for engineers prioritising reliability and safety.

In conclusion, the IFM EBC112 is more than a connectivity solution—it is a purpose-built component engineered to enhance reliability in sensitive and demanding applications. Its silicone-free design ensures process integrity, while gold-plated contacts, flexible voltage compatibility, and wide temperature tolerance make it a durable, versatile choice for modern industrial systems.