4-Way Ball Valve Motorized

Description

TECHNICAL DATA SHEET

Motorized 4-Way Ball Valve

Multiport Flow Control · Electric Actuated


1. PRODUCT DESCRIPTION

The Motorized 4-Way Ball Valve is a multiport quarter-turn rotary valve designed for directional flow control, flow diversion, and media mixing in complex piping systems. Featuring a four-port body with a specially configured ball core (X / LL port design), this valve enables simultaneous switching of flow paths between two media with a single 90° rotation.

The electric actuator provides automated, remote-controlled operation, making this valve ideal for power station cooling water systems, petrochemical switching applications, HVAC, and industrial process control where reliable flow redirection is essential. The motorized 4-way ball valve replaces multiple two-way valves, simplifying piping layouts, reducing installation space, and lowering overall system costs.


2. DESIGN FEATURES

Feature Description
Valve Type 4-way multiport ball valve (X / LL port configuration)
Flow Path Design Ball core with two internal passages arranged in X-shape; four channels arranged on equatorial circumferential section of the sphere
Operation 90° rotation switches flow direction between two media simultaneously
Port Configuration L-port, Double L-port (X-port), or T-port available
Shut-off Bidirectional bubble-tight sealing
Stem Design Anti-blowout stem with double O-ring seals for added protection
Actuator Mounting ISO 5211 direct mounting
Manual Override Built-in manual override mechanism for operation during power interruption
Maintenance Compact design with reduced maintenance requirements

3. TECHNICAL SPECIFICATIONS

3.1 General Parameters

Parameter Specification
Size Range DN15 – DN300 (½” – 12″)
Pressure Ratings PN16 – PN100 / Class 150 – Class 600
Design Standards API 6D, ISO 17292, BS 5351, ASME B16.34
Face-to-Face Dimensions ASME B16.10, DIN 3202
End Connections Flanged (RF, RTJ), threaded (BSP, NPT), socket weld, butt weld
Top Flange ISO 5211

3.2 Operating Conditions

Parameter Specification
Maximum Working Pressure 10.0 MPa (100 bar) / Class 600
Operating Temperature (Valve) -40°C to +450°C (depending on seat material)
Ambient Temperature (Actuator) -20°C to +60°C
Applicable Media Water, oil, steam, gas, air, liquid, dust, slurry, solid particle media

4. MATERIAL SPECIFICATION

Component Material Options Grade / Standard
Body Carbon Steel, Stainless Steel, Ductile Iron WCB, CF8 (304), CF8M (316), CF3 (304L), CF3M (316L)
Ball Core Stainless Steel F304, F316, F304L, F316L
Stem / Shaft Stainless Steel AISI 304, 316, 410
Seat PTFE, RPTFE, PPL, PEEK, NYLON
Seat (High Temp.) PPL: -29°C to 250°C
Seat (Standard) PTFE: -9°C to 180°C
O-Ring Seals EPDM, FKM (Viton®), NBR

5. ELECTRIC ACTUATOR SPECIFICATIONS

Parameter Specification
Actuator Type 90° quarter-turn electric rotary actuator
Torque Range 50 Nm to 4,000 Nm (442 to 35,398 in-lb)
Mounting Standard ISO 5211 direct mounting
Supply Voltage AC110V, AC220V, AC380V, AC240V, DC12V, DC24V
Control Options ON/OFF type, Modulating (4-20mA, 0-10V, 1-5V), MODBUS, PROFIBUS
Feedback Signals Active contact, passive contact, resistance, 4-20mA
Protection Class IP65 (standard); Explosion-proof available (Ex II BT4)
Cycle Time (90°) 15 – 100 seconds (depending on torque)
Manual Override Built-in handwheel
Duty Cycle S2: 15 min (short-time duty)

6. PORT CONFIGURATIONS

Configuration Description Application
L-Port Four ports arranged in L-shape; ball has two passages connecting adjacent ports Flow diversion between two lines
Double L-Port (X-Port) Two sets of L-shaped ports on opposite sides; four potential flow path combinations Bi-directional switching in power station cooling systems
T-Port Three-way interlinking; achieves bypass flow, interflow, and full open Mixing and blending applications

7. PERFORMANCE & TESTING

Test Standard Requirement
Body Shell Test API 598 / ISO 5208 1.5 × rated pressure
Seat Leak Test API 598 / API 6D / ISO 5208 Bubble-tight shut-off
Fire-safe Test API 607 / API 6FA Available upon request
Anti-static Design API 607 / API 6FA Standard
Pressure-Temperature Rating ASME B16.34 Per rating chart

8. DIMENSIONS (Typical – Flanged Type)

Dimensions are for reference. Consult factory for certified drawings.

DN Face-to-Face (mm) Approx. Weight (kg)
15
20
25
40
50
80
100
150
200
250
300

Face-to-face dimensions per ASME B16.10 / DIN 3202.


9. APPLICATIONS

  • Power station cooling water systems (bi-directional water supply switching)

  • Petrochemical and refinery switching valves (air commutator / switching valves)

  • HVAC and building automation systems

  • Oil and gas pipeline flow diversion

  • Chemical processing and fluid mixing

  • Water and wastewater treatment

  • Food and beverage processing (dairy, etc.)

  • Paper and pulp industry

  • Instrumentation and control systems


10. OPTIONS & CUSTOMIZATIONS

Option Details
Body Materials WCB, CF8 (304), CF8M (316), CF3 (304L), CF3M (316L)
Ball Materials A105, F304, F316, F316L
Seat Materials PTFE, RPTFE, PPL, NYLON, PEEK, metal-to-metal
End Connections Flanged (RF, RTJ), threaded (BSP/NPT), socket weld, butt weld
Actuator Types ON/OFF, Modulating (4-20mA), Intelligent
Explosion-proof Ex II BT4 available
Feedback Position feedback (4-20mA), limit switches, potentiometer
Extended Stem For underground installation
Fire-safe Design API 607 / API 6FA certified
Anti-static Standard feature

11. APPLICABLE STANDARDS

Standard Description
API 6D Pipeline valves (ball valves)
ISO 17292 Metal ball valves for petroleum, petrochemical and allied industries
ASME B16.34 Valves — Flanged, threaded, and welding end
ASME B16.10 Face-to-face dimensions
ASME B16.5 Flange dimensions
API 598 Valve inspection and testing
ISO 5208 Pressure testing of industrial valves
EN 12266-1 Industrial valves — Testing of valves
API 607 / API 6FA Fire-safe testing
BS 5351 Specification for steel ball valves
NACE MR 01-75 Sulfide stress cracking resistant materials

This technical data sheet is provided for general reference only. Specifications are subject to change without prior notice. For specific project requirements, please consult the manufacturer or our technical support team.