New GEMÜ 44A0 Automation Module Brings Together Precision, Versatility and Ease of Use
GEMÜ 44A0 multi-functional valve actuation (Image source: GEMÜ Gebr. Müller Apparatebau GmbH & Co. KG)
In addition to three new valves and an innovative electrical position indicator, the GEMÜ 44A0 automation module is also one of this generation’s highlights.
With the new GEMÜ 44A0 multi-functional valve actuation, GEMÜ is presenting a future-proof solution for modern process automation. The innovative automation module combines two functions in a single device for the first time: A combi switchbox and position control – for maximum versatility and efficient plant design.
GEMÜ 44A0 is available in two versions and is suitable for simple open/close applications and for precise position control systems in sophisticated processes. The desired function is already stipulated at the time of ordering and therefore ensures optimal adaptation to the respective application.
Compact, high-performance and cross-linked
GEMÜ 44A0 has a compact and robust construction that enables space-saving installation and hygienically-compatible cleaning. Contactless, non-wearing position detection and a mechanical and electronic position indicator ensure maximum process reliability.
Easy to operate, powerful in use
Due to the self-initialization function, fast mounting and digital support via the GEMÜ app, commissioning is made particularly convenient. At the same time, integrated sensors enable condition monitoring and predictive maintenance, which reduces system downtimes and optimizes maintenance intervals.
An overview of the GEMÜ 44A0:
- Non-wearing position detection for reliable process control
- Condition monitoring for predictive maintenance
- Compact design with minimal deadleg for hygienic applications
- User-optimised commissioning with app support
- Modern communication interfaces: IO-Link and ASi-5
Added value to plant designers and operators
With only one device type for two applications, GEMÜ 44A0 reduces the number of variants, simplifies plant design and reduces storage and administration costs. At the same time, users benefit from greater process reliability, reduced maintenance requirements and increased efficiency.
