1" Pneumatic Angle Seat Valve, 3 Way

1" (DN25) Pneumatic angle seat valve, 3 way with control pressure range of 0.3-0.8MPa provides precise control over the valve's operation. Constructed with precision, the valve body is made from CF8M material, providing excellent corrosion resistance and longevity.

SKU: CCHN-S3-DN25

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Delivery date: 6-25 days

Overview

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

Versatility is a hallmark of this valve, offering multiple control types such as Normally Closed, Double Acting with Spring, and Double Acting with Compressed Air. Operating seamlessly in temperatures ranging from -10℃ to +180℃ for the medium and -10℃ to +80℃ ambient temperatures.

Specification

Model	CCHN-S3-DN25
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

Single acting, with strong spring

Size	Actuator	lnterface	lnner hole（mm）	Flow rate A⟶B	KV (m2/h) A⟶C	Differential pressure range ∆P (MPa) A⟶B / A⟶C	Differential pressure range ∆P (MPa) C⟶A	Control pressure (MPa)
DN25	50	1"	24	13.9	14.4	0-1.1	0.6	0.45-0.65

Dimension (Unit:mm)

1-2 pneumatic angle seat valve 3 way

Size	Actuator	Q	C	R	G	A	K	L	SW	Weight(kg)
DN25	50	G1/8	60	33	1"	242	68	90	40	3

Tips: What are the typical applications of pneumatic angle seat valves?

Pharmaceuticals: Control of liquids in manufacturing processes.
Food and Beverage: Handling fluids in filling, packaging, and mixing.
Water Treatment: Regulating water flow and treatment chemicals.
Chemical Processing: Controlling the flow of chemicals in manufacturing.
Textile Manufacturing: Managing dyes and chemicals in production.
Automotive Industry: Regulating fluids in production lines.
HVAC Systems: Maintaining fluid flow in heating and cooling systems.
Biotechnology and Laboratories: Precise fluid control in research settings.
Pulp and Paper: Handling chemicals and water in paper production.
Mining and Minerals Processing: Controlling flow in mining operations.