New EA15 Completes Solid State Electric Actuator Family
Designed with high functionality and universal mounting pattern for open/close applications
IRVINE,Calif. – July 11, 2017 - GF Piping Systems has added the new EA15 electric actuator to its recently introduced Type EA25-250 Electric Actuator Series. The new EA15 is ideal for smaller diameter, open/close ball valve applications in chemical processing, refrigeration and water treatment.
Key features included in the standard package are: open/close limit switches, easy-to-read
7-segment error code display, adjustable internal heating element and chemically resistant polyproplyene housing. An optional fail-safe battery backup is also available. The EA15 utilizes an ISO 5211 universal mounting pattern and carries certifications for Vibration Testing under EN 60068-2-6, manufacturing under ISO9001 for Quality, and Environmental Management under ISO14001.
Designed to operate quarter turn valves, the EA15 actuator delivers a nominal torque of 10 Nm and a peak torque of 20 Nm. Clearly displayed LED indicators enable fast and easy reading of valve position and actuator status at a glance – whether in low light conditions or from a distance.
“With five digital actuator models now available, the EA15-250 family offers customers a myriad of choices to fulfill most industrial ball and butterfly actuation requirements,” says Jeffrey Sixsmith," GF Piping Systems Product Manager for Valves & Actuation. “Like the previously launched actuators in the family, the EA15‘s easy set-up and operation, along with being a true drop-in replacement, make it an attractive solution for actuating GF as well as other manufacturers’ valves.”
Contact GF Piping Systems at toll Free (800) 854-4090.
PHOTO CAPTION:
New all-digital Electric ActuatorType EA15 is the latest addition to the GF Piping Systems solid state electric actuator product offering. Limit switches, LED status monitoring, modularity, and 7-segment display are all part of the standard package.
Designed with high functionality and universal mounting pattern for open/close applications
IRVINE,Calif. – July 11, 2017 - GF Piping Systems has added the new EA15 electric actuator to its recently introduced Type EA25-250 Electric Actuator Series. The new EA15 is ideal for smaller diameter, open/close ball valve applications in chemical processing, refrigeration and water treatment.
Key features included in the standard package are: open/close limit switches, easy-to-read
7-segment error code display, adjustable internal heating element and chemically resistant polyproplyene housing. An optional fail-safe battery backup is also available. The EA15 utilizes an ISO 5211 universal mounting pattern and carries certifications for Vibration Testing under EN 60068-2-6, manufacturing under ISO9001 for Quality, and Environmental Management under ISO14001.
Designed to operate quarter turn valves, the EA15 actuator delivers a nominal torque of 10 Nm and a peak torque of 20 Nm. Clearly displayed LED indicators enable fast and easy reading of valve position and actuator status at a glance – whether in low light conditions or from a distance.
“With five digital actuator models now available, the EA15-250 family offers customers a myriad of choices to fulfill most industrial ball and butterfly actuation requirements,” says Jeffrey Sixsmith," GF Piping Systems Product Manager for Valves & Actuation. “Like the previously launched actuators in the family, the EA15‘s easy set-up and operation, along with being a true drop-in replacement, make it an attractive solution for actuating GF as well as other manufacturers’ valves.”
Contact GF Piping Systems at toll Free (800) 854-4090.
About GF Piping Systems
GF Piping Systems supplies a full range of plastic pipe, fittings, valves, actuators, fusion machines, secondary containment, heat exchangers, custom products, and sensors and instrumentation for industrial process control. For further information, please contact: GF Piping Systems, 9271 Jeronimo, Irvine, CA 92618-1904 USA; Toll Free (800) 854-4090, Fax (714) 731-6923.
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