Special Design for Cast Iron Y Strainer - Double sphere air release valve with flange A-H-02 – Deye
Special Design for Cast Iron Y Strainer - Double sphere air release valve with flange A-H-02 – Deye Detail:
Quick Detail
Design standard: DIN/BS/ANSI EN558
Body material: Cast iron, ductile iron
Screen/mesh: ss304, ss316
Nominal diameter: 3″ DN80
Pressure: PN16
End connection: RF. Flange EN1902-1
Working temperature: -30℃~+300℃.
Test and inspection: API 598.
Connection: Flange ends conform to EN1092-1/ ANSI 150LBS
Performance:
● The Air Release Valve is automatic in operation. They have much smaller orifices than?Vacuum Valves. They release small pockets of air that gather at the high points of a system?after it is filled and under pressure.?
● The Air Release Valve has the ability to open against internal pressure because it has?a small orifice and a leverage mechanism that multiplies the force of the float.
This force must be greater than the internal pressure across the orifice in order to open?the orifice when a pocket of air needs to be vented
Product detail pictures:
Related Product Guide:
Sticking for the principle of "Super Quality, Satisfactory service" ,We have been striving for being a superb small business partner of you for Special Design for Cast Iron Y Strainer - Double sphere air release valve with flange A-H-02 – Deye , The product will supply to all over the world, such as: Eindhoven , Honduras , Iraq , Our company sets up several departments, including production department, sales department, quality control department and sevice center,etc. only for accomplish the good-quality product to meet customer's demand, all of our products have been strictly inspected before shipment. We always think about the question on the side of the customers,because you win,we win!
By Julia
from France
- 2017.06.25 12:48
The sales manager is very patient, we communicated about three days before we decided to cooperate, finally, we are very satisfied with this cooperation!
By David Eagleson
from Manchester
- 2017.03.28 12:22
