The T968Y electric steam trap/drainage regulating valve is a critical control device specifically engineered for high-pressure heater drainage, deaerator drainage, and condensate discharge in thermal power plants, petrochemicals, and industrial boiler systems. Consisting of a high-performance electric actuator and a valve body with a multi-stage pressure reduction structure, it receives standard analog signals from the control system to achieve precise proportional regulation of drainage flow. The core technology utilizes the multi-stage throttling energy dissipation principle to effectively distribute extreme pressure differentials, fundamentally preventing cavitation, flashing, and high-decibel noise during the drainage process. With Stellite hard alloy hard-facing on the seat and plug surfaces, the valve provides exceptional erosion resistance and tight shut-off performance under high-temperature and high-pressure environments, making it an ideal choice for ensuring thermal system safety and economic efficiency.

Product Image of T968Y Electric Motor-operated Drain Control Valve

Feature

1. Multi-stage throttling to prevent cavitation:The unique cage-style or cascaded multi-stage pressure reduction design allows the medium pressure to drop step-by-step. This staged reduction ensures that the flow velocity at each stage is kept within safe limits, eliminating cavitation damage caused by high-pressure condensate.
2.High-quality hard alloy sealing surfaces:The sealing surfaces of the plug and seat are fully hard-faced with Stellite cobalt-based alloy. It offers extreme hardness and superior resistance to high-temperature erosion and wear, maintaining tight sealing even under frequent cycling in harsh conditions.
3.Intelligent integrated electric drive:Equipped with a high-precision intelligent electronic actuator with built-in servo control. It supports 4-20mA signal regulation and real-time position feedback, featuring overload protection, self-diagnosis, and fail-safe position presetting.
4.Pressure-balanced plug design:For high pressure drop conditions, a balanced plug structure is utilized, using medium pressure to offset stem unbalanced forces. This reduces actuator load and significantly improves regulation stability and dynamic response speed.
5.Excellent hydrodynamic performance:The valve body flow path is optimized with a wide and smooth cavity, providing a large flow coefficient. While ensuring efficient energy dissipation, it minimizes mechanical impact of the fluid on internal components.
6.Structural safety for high temp and pressure:The body is typically forged from carbon steel or Cr-Mo alloy steel, with wall thicknesses meeting high-pressure valve standards. The all-welded end connection eliminates potential leakage risks associated with flanges under thermal fluctuations.
7.Precision guiding and alignment:Utilizes a cage side-guided structure with a large and precise guiding area. This ensures excellent concentricity of the stem throughout its stroke, reducing friction and extending the service life of the packing seal.
8.Modular design for easy maintenance:Internals are modularly arranged. During maintenance, the internal cage and plug assembly can be extracted vertically just by removing the bonnet. Core components can be replaced without cutting the valve body from the pipeline, shortening maintenance cycles.