AUMA’s new TIGRON actuators combine the highest level of explosion protection, robust design, outstanding ease of operation, and the latest trends in digitalisation. The versatile all-rounder provides safe and reliable valve automation across all application sectors, including oil and gas production, pipelines, tank farms and refineries.
Safe and robust
TIGRON actuators are ATEX and IECEx certified for the highest gas group IIC, which includes the highly flammable hydrogen. Other approvals will follow. The actuators are designed to withstand the harshest environmental conditions, covering a particularly wide temperature range from –65 °C to +75 °C. IP68 enclosure protection and AUMA’s extremely resistant powder coating protect effectively against tropical downpours, ocean spray and desert sandstorms.
For installation in hard-to-reach locations or where vibration is a problem, the controls can be mounted separately, up to 100 m away from the actuator. TIGRON actuators will also be available in SIL versions.
Powerful electronics, innovative sensor systems and a wide variety of interfaces ensure that TIGRON is future-proof as digitalisation advances. Data upload to the AUMA Cloud facilitates predictive maintenance. Low standby power consumption reduces the actuator’s carbon footprint and decreases operating costs.
Excellent usability is another feature of TIGRON actuators. Particularly striking are the large display and the robust Combi-Switch, which can be operated easily even when wearing gloves. An on-board commissioning assistant guides the operator safely through the setting procedure. TIGRON actuators work with all types of valves. As a multi-turn actuator, TIGRON is ideal for gate valve automation. It is available in six sizes, providing torques from 10 Nm up to 1,000 Nm. Higher torques can be achieved in combination with multi-turn gearboxes. For ball, butterfly and globe valve automation, TIGRON actuators are combined with part-turn gearboxes or linear thrust units. The smart actuators are suitable for the most challenging automation tasks, such as high-precision operation of control valves.