The M.E.A. Incorporated Goldline Actuator series consists of both linear and rotary electro-hydraulic actuators, offering a unique combination of high speed, performance and accuracy, in a compact, lightweight package.  The Goldline Actuator has speeds up to 2” per second, excellent position accuracy, manifold design for a virtually leak-proof system for a long life with minimal maintenance. The product is also supplied as explosion-proof. 100% continuous duty cycle is standard.  High performance is achieved with respect to speed, linearity, load sensitivity, deadband and temperature range.  The M.E.A. Incorporated Goldline series is ideal for precise control of valves and dampers, with exceptional speed, accuracy and repeatability are required.

The Fisher “350” Series was designed in the 1940’s for which parts available are very expensive.  In addition, personnel trained in servicing this product are very difficult to find.  M.E.A. Incorporated’s Goldline Series is the newest technology. The Goldline Series Actuator is a very user–friendly system which is easy to maintain as well as calibrate.  Calibration has been simplified because all parts are accessible and not enclosed in a housing like the Fisher “350” Series.

M.E.A Incorporated has made it simple for users to upgrade to the newest in technology by designing a drop-in replacement for the Fisher “350” Series.  The Goldline Series Actuator size, mounting holes and wiring were designed specifically to match the Fisher “350” Series.  The Goldline Series Actuator was designed to produce twice the speed, performance, greater accuracy, compact size and output thrust in a very powerful, economical package.

The Goldline Series gives your exact application a wide choice of force, thrust and torque.  Field-proven design of rotary units delivers up to 24,000 inch lbs of torque; linear models produce thrusts up to 12,000 lbs. Compare M.E.A. Incorporated’s Goldline Actuator Series superior specifications to the Fisher “350” series.  See the difference today’s technology makes.