Close
Shopping Categories
Search

1/2" Pneumatic Angle Seat Valve, 3 Way

1/2"Pneumatic angle seat valve, 3 way with a maximum capacity of 1.6MPa. With precise control capabilities, the valve operates within a control pressure range of 0.3-0.8MPa, utilizing neutral gas or air as the control medium. Crafted with a durable CF8M body and featuring an actuator made from high-quality materials.
SKU: CCHN-S3-DN15
30-day Returns
Free Shipping
Delivery date: 6-25 days

Note: This angle seat valve cannot be used for drinking water.

The seal material, PTFE, guarantees a secure and leak-free operation, while the 1/2" Pneumatic angle seat valve remains versatile in managing temperatures from -10℃ to +180℃ for the medium and -10℃ to +80℃ for ambient conditions.

Specification

Model CCHN-S3-DN15
Work pressure Max1.6MPa
Control pressure 0.3-0.8MPa
Control medium Neutral gas or air
Body material CF8M
Actuator material CF8
Material 304 stainless steel
Seal material PTFE
Medium temperature -10℃~+180 ℃
Ambient temperature -10℃~+80℃
Control type Normally closed, Double acting with spring, Doubleacting with compressed air.
Connection Thread
Applicable medium Water, steam, oil, neutral gas or liquid, organic solvent, acid base solution, etc
Weight 3kg


Function

1-2 pneumatic angle seat valve 3 way function

Pressure Date

Size Actuator lnterface lnner hole (mm) Flow rate AB KV (m2/h) AC Differential pressure range P (MPa) AB / AC Differential pressure range ∆P (MPa) C⟶A Control pressure (MPa)
DN15 40 1/2" 14 4.1 4.9 0-1.6 1.2 0.4-0.6


Dimension (Unit:mm)

1-2 pneumatic angle seat valve 3 way

Size Actuator Q C R G A K L SW Weight(kg)
DN15 40 G1/8 50.5 27 1/2" 195 50 68 27 3

Tips: What are the key features of pneumatic angle seat valves?

  • Angled body design for a straight flow path.
  • Pneumatic actuation for fast and precise control.
  • Suitable for on/off and modulating control applications.
  • Versatile installation options.
  • Commonly used in industries like pharmaceuticals, food and beverage, water treatment, and chemical processing.