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PHD ESZ Belt-Driven Cantilever Linear Actuators

PHD ESZ Belt-Driven Cantilever Linear Actuators

PHD ESZ is a belt-driven electric linear actuator designed for cantilever arrangements, including vertical systems in which the motor remains stationary. The stationary motor reduces moving mass and can simplify cable routing. The actual travel, loading and support depend on whether the saddle or base is fixed and which mechanical configuration is selected.

Review Summary

Consider ESZ for a Cartesian handling axis where moving mass, reach and cable management are central design constraints. Use the selected size and orientation’s actual moment, thrust and travel data. The longest travel and highest speed are family boundaries, not a simultaneous performance guarantee for every load.

SizesTwo sizes in the supplied announcement
Travel distinctionOriginal source: up to 2000 mm fixed saddle; 5500 mm fixed base
Speed/acceleration overviewUp to 5000 mm/s and 50 m/s²; selected load/configuration governs
TransmissionHTD8 steel-reinforced polyurethane belt
GuidanceEnclosed high-capacity rail-bearing arrangement
SaddlesSingle, dual or independently driven dual options
Motor arrangementYour Motor, Your Way adaptation; compatible motor/controls specified separately
PriceRequest a quote for complete mechanical and motor/drive scope

Applications and Industries

Industrial machine and automation integration

Industrial automation

Request a quote for the exact configuration,quantity and delivery schedule.

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VIEW PRODUCT SPECIFICATIONS

Sizes Two sizes in the supplied announcement
Travel distinction Original source: up to 2000 mm fixed saddle; 5500 mm fixed base
Speed/acceleration overview Up to 5000 mm/s and 50 m/s²; selected load/configuration governs
Transmission HTD8 steel-reinforced polyurethane belt
Guidance Enclosed high-capacity rail-bearing arrangement
Saddles Single, dual or independently driven dual options
Motor arrangement Your Motor, Your Way adaptation; compatible motor/controls specified separately
Price Request a quote for complete mechanical and motor/drive scope
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