The VK ultra-compact electric control valve is a precision industrial control unit consisting of a highly integrated miniature electronic actuator and a compact regulating valve body. This valve is specifically engineered for conditions with restricted installation space, requirements for high-resolution regulation, and small flow rates. By receiving standard 4-20mA DC or 0-10V DC signals from control systems, the integrated servo system drives the stem to move the plug with high precision, thereby adjusting the fluid flow area in real-time. With dimensions significantly smaller than conventional valves (typically over 50% weight reduction), the ZP series is widely used in laboratory equipment, medical instruments, fine chemical dosing systems, and light-duty HVAC terminal controls.

Product Image of VK Ultra-Compact Electric Control Valve

Feature

1. Ultra-compact design:The overall structure is extremely optimized for space, greatly reducing height and weight. This allows the valve to be easily arranged in narrow equipment compartments or dense piping groups, significantly improving space utilization.
2.High-precision proportional regulation:The valve plug is precision-ground to provide an excellent flow characteristic curve. With high positioning resolution and a minimal dead zone, it captures and responds to minute signal fluctuations, ensuring stable process parameters.
3.Intelligent integrated control module:The actuator features built-in electronic servo circuitry, eliminating the need for external amplifiers. It supports non-intrusive stroke setting and self-diagnosis, offering strong anti-interference performance for automated systems.
4.Flexible connection options:Available with internal/external threads, small flanges, compression fittings, or quick-release connections. The flexible interface design simplifies installation across various instrumentation networks.
5.Smooth operation and low noise:The transmission uses high-precision gear sets and damping technology to ensure smooth plug displacement. It effectively suppresses tremors and hydrodynamic noise during regulation, meeting silent environment requirements.
6.Mechanical self-locking and protection:The transmission mechanism provides inherent mechanical self-locking, firmly holding the valve position during power loss. Built-in overload and thermal protection logic prevent motor damage caused by accidental stalling.
7.Wide material adaptability:Body materials include brass, stainless steel (304/316L), or engineering plastics. Internals can be hardened to handle clean water, gases, oils, and general corrosive fluids.
8.Low energy consumption:Optimized control algorithms and high-efficiency motors ensure minimal power consumption during standby and operation, aligning with energy-saving industrial design concepts.