zdlp-electric-single-seat-control-valve-structure-diagram

ZDLP Electric Single Seat Control Valve

ZDLP Electric Single Seat Control Valve

Material:
Body: Cast steel, stainless steel, carbon steel, or alloy steel (depending on the application and media)
Trim: Stainless steel or other corrosion-resistant materials for better durability
Seat: Stainless steel, hard-facing, or other wear-resistant materials depending on the type of media and working conditions

Size (Nominal Pipe Diameter):
Common sizes: 1″, 1-1/2″, 2″, 2-1/2″, 3″, 4″, and larger
Custom sizes may be available based on specific system requirements
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ZDLP Electric Single Seat Control Valve 

ZDLP Electric Single Seat Control Valve, offering reliable performance for automated flow regulation"Product Overview

The ZDLP Type Electric Single Seat Control Valve is engineered for precise and reliable flow regulation, designed with a robust single-seat structure and a high-performance electric actuator. This valve excels in applications requiring high accuracy, low noise, and optimal dynamic stability in fluid systems with varying pressure and temperature conditions.

ZDLP Type Valve features a compact design, low operating noise, and the ability to handle significant flow rates with low pressure drops. It is equipped with a proportional control electric actuator, providing accurate fluid flow control across multiple industrial sectors, including chemical processing, water treatment, and oil & gas industries.

Key Features:

  • Electric Proportional Control: Uses a DC signal (ON/OFF or 4-20mA) for precise flow regulation.

  • Efficient Flow Regulation: Designed to manage high flow rates with minimal pressure drop, ensuring energy-efficient operation.

  • High Performance: The valve’s seat and actuator work in combination to offer reliable performance even under challenging fluid conditions.

  • Durability: Built to withstand high temperatures and pressures, made with materials like stainless steel and PTFE packing for long-lasting operation.

 

Technical Specifications

Component Specification
Valve Type Through single-seat body
Valve Size DN20 – DN200
Nominal Pressure PN16, PN40, PN63, PN100
Material ZG230-450, ZGCr18Ni9Ti, ZGCr18Ni12Mo2Ti
Flange Standard GB9113-2000, JB/T79-94
Seal Type PN16, PN40, 63, convex/concave surface
Actuator Type Electric actuator with proportional or ON/OFF control
Control Signal 4-20mA or 1-5VDC for ON/OFF or proportional control
Output Power 800-16000 N
Speed 3.8 seconds to 60 seconds
Temperature Range Standard type: -20°C to +200°C, Heat type: -40°C to +450°C, Low temperature: -60°C to -196°C

 

Kv Rated Value & Travel

Nominal Diameter (DN) Kv Rated Value Actuator Model Output Power (N) Travel (mm) Speed (s)
20 0.2 381LSA-08/20 800/2000 10mm 2.4
25 11 381LSA-08/20 800/2000 16mm 3.8 / 7.6
40 44 381LSB-30/50 3000/5000 25mm 7.2 / 14.7
50 63 381LSB-50/SC-65 5000/6500 60mm 23.5 / 14.3
100 160 381LSC-99/160 10000/16000 60mm 30 / 60

Functions and Benefits

  • Precision Control: The ZDLP valve provides fine-tuned control over fluid flow with minimal pressure drop, making it ideal for systems requiring high accuracy.

  • Durable and Reliable: Made from corrosion-resistant materials, the valve performs efficiently in harsh environments and has a long lifespan.

  • Electric Proportional Control: The electric actuator supports both ON/OFF and proportional control, offering versatility for different applications.

  • Wide Application Range: Suitable for high-precision fluid control, handling varying pressures and temperatures, while being energy-efficient.

Structure diagram of ZDLP Electric Single Seat Control Valve, showing internal components and control mechanisms

Applications

The ZDLP Type Electric Single Seat Control Valve is ideal for various industrial applications, including:

  • Chemical Processing: Efficiently controls the flow of chemicals, ensuring precise regulation and process stability.

  • Water and Wastewater Treatment: Manages fluid flow for both water treatment plants and industrial waste management systems.

  • Oil and Gas: Ideal for flow regulation in pipelines, refining, and offshore applications.

  • Food and Beverage: Provides accurate flow control in food and beverage manufacturing, meeting hygienic standards.

  • Power Generation: Controls steam, cooling water, and other fluids in power plants, improving overall system efficiency.

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