J941 electric globe valve is a universal shut-off valve driven by an electric actuator. The valve drives the valve stem and valve disc through the actuator, causing them to move vertically up and down along the centerline of the valve seat, achieving remote automatic opening and closing and flow regulation of the pipeline medium. The core of its design lies in the use of a sealing surface (W-shaped) directly machined from the valve body, without the need for additional welding sealing materials, with a simple and economical structure. Valves are usually connected with flanges for easy integration and installation with piping systems. Valves rely on standard electric actuators to provide power, converting the torque output by the motor into precise linear motion of the valve stem through gear transmission, achieving fast, reliable, and remotely/centrally controllable valve operation. This valve is designed specifically for working conditions involving water, steam, oil, and general non corrosive, non particulate media. It is suitable for public works, HVAC, and general industrial fluid pipelines that require frequent operation, remote control, or access to automatic control systems.

J941 Electric Globe Valve Product Illustration

Feature

1. Economical and practical automation design: adopting an integrated electric actuator to achieve remote automation control of valve opening and closing, suitable for working conditions that require centralized management or frequent operation. The valve disc and seat sealing surface are directly processed from the valve body material, with a simple structure and economical cost, making it an excellent cost-effective basic choice in automation systems.

2. Reliable universal seal: A hard sealing pair directly processed from the valve body is used to achieve reliable metal to metal sealing. The sealing pair is precision ground and combined with the principle of forced sealing of the shut-off valve, it can achieve good sealing effect when the valve is closed, suitable for conventional media such as water, steam, and oil.

3. Convenient operation and precise control: The electric drive mode is labor-saving and efficient, and can easily achieve remote control and status feedback. The valve stem lifting is precisely controlled by the actuator, with clear opening indication, making it easy to achieve rapid cutting operation and a certain degree of flow regulation in the system.

4. Compact structure and easy installation: The overall structure design of the valve is compact, using standard flange connections for easy installation and pipeline docking. The integrated design of the actuator and valve body simplifies the on-site wiring and debugging process, saving installation space and time.

5. Safety, reliability, and system integration: The actuator is usually equipped with overload protection, thermal protection, and travel limit switches, ensuring safe and reliable operation. Can receive standard switch or analog control signals, easily integrated into automation control systems such as DCS and PLC, achieving programmed control and remote monitoring.

6. Easy maintenance and strong adaptability: It has good adaptability to clean, hard particle free, and weakly corrosive conventional media. The valve structure is mature, and routine maintenance (such as packing replacement) is easy to operate. Suitable for automation pipelines in fields such as power, HVAC, water supply and drainage, and general industry.