Explosion proof Electric Ball Valve 6
Explosion proof Electric Ball Valve 5
Explosion proof Electric Ball Valve 2 1
Explosion proof Electric Ball Valve 3 1

Explosion-Proof Electric Ultra-Short Ball Valve

The Explosion-Proof Electric Short Pattern Flanged Ball Valve is a high-safety automated valve designed for flammable and explosive environments, featuring a stainless steel or WCB body with PTFE/PPL seals for zero leakage and corrosion resistance, integrated with explosion-certified electric actuators to enable rapid 90° switching or precise flow control. Ideal for oil & gas, chemical,…

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Customizable
Valve Core Selections

We offer a diverse selection of valve core configurations, including V-port, full bore, and segmented designs, to deliver tailored solutions that empower your operations to achieve new heights.

Full-Bore Explosion-proof Electric Ball Valve
Full-Bore
V-Port Explosion-proof Electric Ball Valve
V-Port

Features

  • It features a compact structure, small size, light weight and convenient installation.
  • It is mainly used to shut off or connect the medium in pipelines, and can also be applied to the regulation and control of fluids.
  • The valve seat adopts sealing rings made of elastic materials such as PTFE. Due to the excellent self-lubricating property of PTFE and similar materials, the friction loss with the ball is low, effectively extending the service life of the product.
  • The valve stem seal is reliable. Since the stem only rotates without lifting movement, the packing seal of the stem is not easily damaged, and the sealing performance increases with the rise of medium pressure.
  • The bottom‑mounted valve stem is designed with a protruding shoulder to prevent stem blowout. In the event of fire damage to the stem seal, metal‑to‑metal contact can be formed between the shoulder and the stem to ensure sealing.
  • It is widely used in petroleum, chemical, metallurgical, power station, light industry and other fields for automatic regulation or on‑off control of oil, water, gas, pulp and fibrous fluids.
  • Anti-static function: Springs are installed between the ball, stem and valve body to discharge static electricity generated during the opening and closing operation.

Basic Parameters

Nominal Diameter (DN): DN15 - DN200
Operating Power Supply: AC110V, AC220V, AC380V, DC24V
Medium Temperature: -20°C to 350°C (Special sealing for >200°C)
Working Pressure: PN16, PN25, PN40, PN64
Control Method: Modulating or On/Off Control
Protection Class: IP67

Connection & Sealing

Connection Type: Flange Type
Sealing Type: Elastic Seal, High-Temperature Resistant PPS (Polyphenylene Sulfide)
Leakage Rate: Complies with ANSI B16.104 Class 5 Standard

Material Specifications

Body & Internal Components

Body Material: WCB, SUS304, SUS316
Ball Material: SUS304, SUS316

Sealing Components

Seat Material: PTFE (Normal Temperature) Special PPL (High Temperature)

Applicable Medium

  • Water
  • Petroleum
  • Nitric Acid
  • Acetic Acid
  • Viscous Fluids
  • Strong Oxidizing Media

Explosion Protection

Ex db ⅡC T6 Gb
Flameproof enclosure with increased safety
Explosion Protection
Flameproof (d) + Increased Safety (b)
Gas Group
ⅡC (Hydrogen, Acetylene)
Temperature Class
T6 (≤85°C)
Equipment Protection Level
Gb (Zone 1 & 2)

Standards Compliance

Design & Manufacturing: GB 12237-2007, API 6D
Flange Standards:
- JB/T 79-2015 - GB/T 9124.1-2019 - GB/T 9124.2-2019 - ANSI B16.5 - JIS B2239
Face-to-Face Dimension: GB 12221-2005
Inspection Standard: API 598

Main Parameters

ItemSpecification
Operating Power SupplyAC110V, AC220V, AC380V, DC24V
Nominal DiameterDN15 - 200
Medium Temperature-20℃ to +350℃ (+200℃ for special sealing)
Working PressurePN16, PN25, PN40, PN64
Control ModeRegulating or On-Off Control
Pneumatic Action ModeSingle-Acting (with spring return) or Double-Acting
Connection TypeFlanged Type
Valve Body MaterialWCB, SUS304, SUS316
Valve Core MaterialSUS304, SUS316
Valve Seat MaterialPTFE (normal temperature), Special PPL (high temperature)
Leakage RateComplies with ANSI B16.104 Class V Standard
Sealing FormElastic Sealing, High Temperature Resistant Para-Polyphenylene
Applicable MediumWater, Petroleum, Nitric Acid Series, Acetic Acid Series
Viscous Fluids, Strong Oxidizing Media, etc.
Protection ClassIP67
Design and Manufacturing StandardsGB12237-2021, API 6D
Flange StandardsJB/T 79-2015, GB/T 9124.1-2019, GB/T 9124.2-2019, ANSI B16.5, JIS B2239
Structural LengthGB12221-2005
Inspection StandardAPI 598

Dimension Drawing

1.Installation Dimensions of Explosion-proof Electric Ball Valve

Explosion proof Electric Ball Valve 7
Nominal Diameter
(DN)
dD1KDn-MdfLH1W1W2
mmin
DN151/2〃154565954-M12235240217150
DN203/4〃1955751054-M12238246217150
DN251〃2565851154-M12250253217150
DN321-1/4〃28761001404-M12250260217150
DN401-1/2〃38831101484-M16367270217150
DN502〃491021251564-M16372279217150
DN652-1/2〃641201451854-M16394325217150
DN803〃731431602008-M163120336268180
DN1004〃901681802208-M163141346268180
DN1255〃1101852102458-M163165421268180
DN1506〃1452082402778-M203225446268180
DN2008〃19526539533512-M203275536268180

Circuit Diagram

S

S

Switching Action Mode:Switching operations (open/close) are achieved via AC switching signals, and a set of active position signals indicating fully open/fully closed status are output.

MS

MS

Switching Action Mode: Outputs passive contact signals. Structure:Equipped with two intermediate position switches.

PIU

PIU

Switching Action Mode: Outputs 0~1000Ω feedback signal. Structure: Equipped with 500Ω or 1kΩ potentiometer.

CPT

CPT

Switching Action Mode:
Outputs 4~20mA valve position feedback signal. Structure: Equipped with 1kΩ potentiometer and R/I converter.

PCU

PCU

Regulating Action Mode:Accepts 4~20mA control signal input and outputs 4~20mA valve position feedback signal. Structure: Integrated with 1kΩ potentiometer and control module (servo amplifier).

G

G

DC switching signals are output from the circuit via an external DC power supply to control the opening/closing program, and a set of passive contact signals corresponding to fully open/fully closed positions are provided.

SP

SP

Switching Action Mode: 
Controls valve opening angle via switching circuit, corresponding to potentiometer resistance value, while enabling intermediate position control function. Structure: Integrated with potentiometer and intermediate position switch.

H

H

Three-phase AC switching signals are output through an external three-phase power phase-reversing circuit to control opening/closing operations, accompanied by a set of passive contact signals for fully open/fully closed position indication.

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