The REVO® brand is the standard for excellence and performance in actuator technology and is widely recognized in the process industries as a leader in quality and innovation.

CUSTOMER SERVICE
Crane Process Flow Technologies GmbH
Heerdter Lohweg 63-71
D-40549 Düsseldorf, Germany

PHONE +49 211 5956 0
FAX +49 211 5956 111

Expertise

We offer technical expertise and advice because we understand that specialized products require customized expert support. We also offer training programs on-demand.

Safety

Safety is our priority. When working with corrosive or abrasive media in the chemical, petrochemical, refining, oil & gas, power and biopharma industries, our products meet high safety standards and are therefore used and accepted in these industries, worldwide.

Quality

Quality is always at the core of our business. Our products are subjected to thorough measurements and quality checks throughout the production process. Each finished product is carefully inspected and tested in a final check. With our quality checks and programs in place, we can assure a consistent quality.

REVO®

The REVO® brand is the standard for excellence and performance in actuator technology and is widely recognized in the process industries as a leader in quality and innovation.

That innovation is partnered with a manufacturing excellence to drive advances in product technology. With our combined knowledge and experience we can offer the optimum actuator for any application.

The REVO Series R range of actuators is ideal for operating quarter-turn valves, especially butterfly, ball and plug valves. Additional areas of applications are 90º or 180º rotary motion.

The linear counter movement of the pistons is transmitted into the required 90º travel by means of the integrated racks of the pistons and the pinion.

All REVO actuators are suitable for on/off or modulating control operations. Double-acting actuators are operated by air in both directions (open and closed) whilst single-acting actuators can be supplied with springs to open or close. On air failure these will then go into a fail-safe position.