The Parker ETH series is the next generation version of the well known, widely used ET Series. The ETH design offers unrivaled power density due to larger screw and bearing designs in smaller packages. The result is a product that offers increased force output from a given frame size or increased product life at the same force output.

• 3 profile sizes (ISO 32, 50 & 80)
• Oversized ballscrews and thrust bearings
• 4-5X higher force or 10X longer life
• Maximum thrust: 7000 N
• Maximum stroke: 1.6 m
• Maximum speed: 1.7 m/s
• Duty cycle: 100%

Parker ET Series Electric Cylinders

The ET Series combines an unparalleled design with a variety of options that make it easy to integrate into both new and existing applications. Produced to hard metric ISO standards, the ET Series can mount into existing fluidpower cylinder applications, adding infinite programmability to the durability and long life expected of hydraulic and pneumatic cylinders. Combined with a Parker Hannifin motor and control system, the ET Series arrives at the customer''s dock complete and ready to mount.

• ET Series Design Features: Precision anti-rotation roller bearing rod support carriage
• Angular contact thrust bearings
• Anodized aluminum cylinder body
• Five profile sizes (32, 50, 80, 100, 125 mm)
• Precision rolled ball screws or Acme lead screws
• Inline or parallel motor mounting
• Six different rod end options including Linear Rod Guide Module for additional side load support

Exlar I Series Actuators present a new range of alternatives for linear motion solutions. The I Seires actuators offer all of the benefits of Exlar's planetary roller screw technology, along with extreme flexibility in actuator mounting style, and the type of motor used to drive the actuator.

Exlar's roller screw technology has been the integral component in creating the most reliable, long lasting electromechanical actuators on the market. For the last 15 years, Exlar's inverted roller screw actuators have provided a long-life, all-electric replacement for hydraulic cylinders in thousands of applications.

I Series Features

• Proven Exlar roller screw technology
• Flexible mounting options
• Adapts to various types of motors
• Optional inline planetary gear reducer for high force output from lower motor torques

The Exlar GSX Series linear actuators offer a complete linear actuator solution, in the most compact package, for nearly any application or environment. The GSX Series includes Exlar’s high capacity inverted roller screw technology, offering 15 times the life of similarly sized ball screws. With IP65 sealing and ported for oil or air cooling for added performance, the GSX Series is unmatched in the industry for providing thrust, force and positioning in linear applications.

Exlar's Tritex Series actuators combine three technologies to deliver for the first time a truly simple and low cost electric alternative for fluid power actuators. Tritex actuators with built-in mechanical converters also replace electric drive systems employing ball screw or gear reducer mechanisms for a complete actuation solution.

Tritex actuators represent an all-electric actuator solution for moving and/or positioning mechanical devices in a large variety of industrial or military grade applications. Tritex actuators eliminate the need for pneumatic and hydraulic cylinders while improving position performance, reducing cycle times and eliminating the maintenance associated with fluid power devices. Ball screw mechanisms, and separately mounted gear reducers are also a thing of the past because rotary to linear converters or mechanical reducers are designed in.

The Tritex Series of electric actuators combine a brushless servo motor, servo amplifier and position controller in a single industrial grade enclosure. This eliminates both the external servo amplifier and the expensive and failure prone cables associated with a typical servo system. Component selection, design and installation are completely eliminated. Trouble-shooting and debugging of individual components; gear reducers, rotary-to-linear converter mechanisms and the complex wiring layout typical of such a system are gone. The panel space for a separately mounted amplifier and installation of that amplifier are no longer necessary.