★TAIYO★ Introduction of the Electric Hydraulic Actuator "EHA Series"

Parker TAIYO

Hydraulic unit + integrated electric hydraulic actuator with hydraulic cylinder. Achieving high output, compactness, lightweight, and ease of use! The electric hydraulic actuator "EHA series" is a linear actuator that compactly integrates the hydraulic unit and hydraulic cylinder. It features a lightweight and compact hydraulic cylinder unit that incorporates all functions, demonstrating high output. We introduce the characteristics, specifications, and performance data of a system that combines power and speed, which could not be achieved with small hydraulic systems.

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Parker Electric Hydraulic Actuator "EHA Series"
Hydraulic unit, integrated electric hydraulic actuator with hydraulic cylinder.

The EHA (Electro-Hydraulic Actuator) series is a high-power hydraulic electric actuator equipped with control capabilities. • Three types of motors are available: DC12V, DC24V, and DC100V (full-wave rectified AC100V). • The EHA has a bi-directional gear pump built into a completely sealed tank. • The pump operates continuously in oil, improving the operating environment of the pump. • Basically maintenance-free. • With four pump options, it is possible to select more appropriate speed and output settings, allowing for the selection of products best suited for specific applications. • The body is made of anodized integrated aluminum casting, achieving weight reduction and stabilization of quality. • The cylinder has a maximum output of 21.35 kN on the push side and 16.00 kN on the pull side. • The use of stainless steel piston rods enhances rust prevention.
Electric Hydraulic Rotary Actuator EHA-R Series
An electric actuator that achieves high output from a hydraulic rotary actuator while maintaining a compact body.

● Adopts ISO5211 mounting dimensions. ● Operates solely on electrical wiring, requiring no knowledge of hydraulic or pneumatic circuits. ● Eliminates the need for hydraulic circuit design and piping work, allowing for a reduction in labor hours. ● Allows for adjustment of the stop position at both rotation ends. ● Incorporates a pilot check valve within the hydraulic circuit, maintaining the position of the output shaft even when the motor is stopped. ● Features a relief valve in the hydraulic circuit to prevent damage to internal components from overload on the output shaft. ● In emergencies such as power outages, the output shaft can be rotated externally by opening the manual release valve.