Three Way Pneumatic Actuated Flanged Ball Valve

Three Way Pneumatic Actuated Flanged Ball Valve

  • Valve Size: DN50~DN200
  • Body Material: SS304/SS316 And Carbon Steel
  • Type: L port, T port
  • Connection: ISO 5211 or DIN 3337 Standard
  • Pressure Rating: PN10/PN16 ANSI150, DIN16, JIS 10K/16K
  • Medium: Water, Oil, Gas, Powder, Chemical etc….
  • Protection Class: Weatherproof – lP67
  • Seal Material: PTFE
  • Work Temperature: -20~+150 Degree
  • Actuator Model: HPA Pneumatic Actuator Double Acting/Spring Return
Quote Now


    Electric actuator production line

    Quick Help: Contact one of our experts and we'll get back to you in 24 hours!

    Get Free Catalog


      Electric actuator production line

      Quick Help: Attachments will be downloaded automatically after form submission!

      LinkedIn
      Instagram
      YouTube

      Description

      Hearken Pneumatic Flanged Ball Valve features a versatile 3-Way design, making it the ideal solution for systems that need to divert or mix flow. You can select either an L-Type or T-Type configuration to match your specific piping requirements.

      3 way ball valve

      Features

      1. The pneumatic three-way flange ball valve adopts an integrated structure, a sealing type of four-sided valve seat, fewer flange connections, high reliability, and a lightweight design.
      2. The pneumatic three-way ball core is divided into T-type and L-type, with a long service life, large flow capacity, and low resistance.
      3. The ball valve is divided into single-acting and double-acting types according to the action type. The characteristic of the single-acting type is that once the power source fails, the ball valve will be in the state required by the control system.
      4. The ball of the pneumatic three-way flange ball valve is divided into L-type and T-type. The pneumatic actuator drives the ball to rotate 90 degrees to achieve the control purpose of reversing, or rotates 180 degrees to achieve the control purpose of reversing and diversion and confluence.

      Dimension

      drawing

      DNINLH1L1fH2DD1DNIND2TL2N-DActuator Model
      151/2″15565153.7/153.7292.3/92.39565151/2″451672.5/72.54-14HPA052DA/HPA052SR
      203/4″16565153.7/172.4292.3/110.710575203/4″581872.5/834-14HPA052DA/HPA063SR
      251″18168172.4/188.32110.7/12111585251″681883/95.54-14HPA063DA/HPA075SR
      321 1/4″19079188.3/2152121/128140100321 1/4″781895.5/103.54-18HPA075DA/HPA083SR
      401 1/2″21285215/248.52121/136.2150110401 1/2″8818103.5/1084-18HPA083DA/HPA092SR
      502″23293248.5/277.52136.2/154.5165125502″10218108/121.54-18HPA092DA/HPA105SR
      652 1/2″290121277.5/358.32154.5/187.6185145652 1/2″12218121.5/1428-18HPA105DA/HPA125SR
      803″310153358.3/403.62187.6/204.7200160803″13820142/1518-18HPA125DA/HPA140SR
      1004″350171403.6/468.42204.7/2302201801004″15820151/1748-18HPA140DA/HPA160SR

      Applications

      • Oil & Gas: Diverting petroleum or oil flow between different tanks.

      • Water Treatment: Mixing or switching water flow lines.

      • Chemical Processing: General handling of liquids and gases.

      • Industrial Automation: Remote control of air and fluid lines.

      Related Products

      Related Posts

      Why Electric Gate Valves Are Replacing Pneumatic Systems

      Why Electric Gate Valves Are Replacing Pneumatic Systems: An Engineer’s Guide

      What is Rotary Pneumatic Actuators

      What Are Rotary Pneumatic Actuators?

      High-Flow, Stable Air Supply

      Professional Guide to Air Filter Regulators

      Understanding Pneumatic Control Schematics for Industrial Applications

      Understanding Pneumatic Control Schematics for Industrial Applications