Actuators, connectors, and coils for the petrochemical sector
Contact usThe petrochemical sector imposes extremely strict requirements in terms of safety, reliability, and component durability, due to complex operating conditions and associated risks. Plants in this sector, characterized by exposure to extreme temperatures, high pressures, corrosive agents, and potentially explosive atmospheres, require robust solutions that comply with the most stringent international standards.
ATAM designs and manufactures electromagnetic coils, actuators, and electrical connectors specifically developed for petrochemical applications, delivering high performance, durability, and safety in any operating environment. Our solutions are fully compliant with ATEX and IECEx certifications.
Performance and safety in petrochemical processes
ATAM electromagnetic coils are designed to operate in harsh environments, withstanding temperatures ranging from -40°C to +200°C and high pressures, typical of petrochemical plants. Thanks to the use of Class F, H, or N insulating materials and advanced encapsulation techniques, these coils offer protection against dust, moisture, and aggressive chemicals. Their ability to withstand continuous duty cycles and prolonged exposure to corrosive substances makes them ideal for valves and critical control systems.
ATAM electromagnetic actuators, available in on/off and proportional configurations, ensure precise control of pneumatic and hydraulic valves used in chemical fluid transport and management systems. Built with high-strength materials, our actuators guarantee reliability and longevity even under high pressure and temperature conditions, minimizing machine downtime.
Protected electrical connections for explosive environments
ATAM electrical connectors are designed to provide stable and secure connections in petrochemical environments, where protection against explosive atmospheres and extreme environmental conditions is crucial. ATEX-certified, they feature IP65, IP67, and IP69K protection ratings, ensuring resistance to dust infiltration, liquids, and high-pressure washdowns.
The modular design of our connectors allows for the integration of monitoring LEDs for operational status control and overvoltage protection circuits, enhancing the safety of electrical systems. The use of advanced materials ensures mechanical and chemical resistance, even in highly corrosive environments.