User-friendly Auto Return 0-10v 24vac/dc Two Way Cf8 Proportional Integral Control Motorized Butterfly Valve Perfect Gift [fNYdna7t]

Advanced Motorized Butterfly Valve with Proportional Control

The User-friendly Auto Return 0-10v 24vac/dc Two Way Cf8 Proportional Integral Control Motorized Butterfly Valve Perfect Gift [fNYdna7t] is a cutting-edge solution for precise control and automation. This valve actuator boasts a factory default 0-10V control setting, which can be easily adjusted to 2-10V/0-5V through the actuator menu, offering unparalleled flexibility for a wide range of applications. Its robust ABS housing and ISO5211 standard connection ensure durability and ease of installation, making it a reliable choice for various control needs.

Technical Specifications and Features

This actuator is designed with a high-performance motor control module and brushless motor, achieving precise positioning through frequency speed control. It features built-in overload protection for safe operation and a 1.3" OLED screen for clear and energy-efficient display of valve opening and control commands. The actuator supports 24VAC/DC voltage and provides a powerful torque output of 20n.M. Its full-bore stainless steel 304 butterfly valve is capable of withstanding high pressure up to 1.5 MPa, ensuring safety and reliability in critical applications. Key specifications include a rated torque of 20 N.M., signal input/output of 0-10V/2-10V, and a 100,000 times lifetime design.

Applications and Benefits

The User-friendly Auto Return 0-10v 24vac/dc Two Way Cf8 Proportional Integral Control Motorized Butterfly Valve Perfect Gift [fNYdna7t] is ideal for a variety of industries and applications. It is well-suited for building automation systems, industrial control, drinking water systems, agricultural irrigation, chemical and pharmaceutical industries, energy and utilities, and research and laboratories. This valve actuator offers numerous benefits, including precise control, energy efficiency, and safety. Its versatile design and high-performance features make it an essential tool for achieving optimal performance in various control scenarios.