FHC3ZA-08-10BN

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FHC3ZA-08-10BN is a type of motor-driven two-stage pressure-balance electro-hydraulic cylinder, used in a wide range of applications in industry and automation. It is designed to simplify complex motion control with an integrated hydraulic system and its ability to leverage digital feedback and programmability.

The FHC3ZA-08-10BN uses a special combination of pressure and electric voltage to regulate the cylinder’s speed and force output. The two stages of pressure-balance provide control over the speed and force of the cylinder at all times. This makes the FHC3ZA-08-10BN ideal for applications that require precise and delicate control of motions such as in applications like medical, industrial and robotic applications.

The FHC3ZA-08-10BN has a wide range of features that make it a great choice for most applications. Its programmable pressure compensation can be set to adjust automatically to changing operating conditions, its integrated electronic position feedback system ensures precise control and monitoring, and its adjustable velocity limiters prevent damage from an overload of power. In addition, the FHC3ZA-08-10BN is highly durable and easy to maintain, making it perfect for long-term use in harsh environments.

The working principle of FHC3ZA-08-10BN is quite simple. When power is applied to the motor, the two opposing cylinders will move in opposite directions in order to move the linear actuator. The pressure created by the two cylinders is controlled by the integrated hydraulic system, which also allows for precise motion control. The two stages of pressure-balance provide control over the speed and force of the cylinder at all times, allowing for accurate and precise motion control.

The FHC3ZA-08-10BN is a reliable and cost-effective choice for any application that requires precise and delicate motion control. Its ease of use, durability, and programmability make it a great choice for multiple different industries, such as medical, industrial and robotic. It is an excellent choice for those applications where speed, precision, and reliability are all essential.

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