Sanitary Stainless Steel CIP Cleaning Mixproof Butterfly Valve with Pneumatic Actuator

Product Description

Sanitary Stainless Steel Cip Cleaning Mixproof Butterfly Valve With Pneumatic Actuator

1.Description:
Double seat butterfly valves can be used in food-processing, pharmacy and chemical industries. Leakage butterfly valve offers an easy and safe separation of products and prevents accidental mixing in case of gasket failure. The most usual applications are the ones that requires safe separation of the product and CIP solution in a single point ( not in manifolds), or at the end of a manifold( e.g CIP return) or entry of a CIP solution into a tank (through a spray ball).

2.Applications:
The mixproof butterfly valve as a process element for the separation of medium is suitable for a variety of applications:
In CIP systems for separating CIP medium.
In flush-out processes
In water management
As pipe section shut-off valve for separating medium.
In CIP/gas management (breweries)
At storage tanks for separating product/CIP
As CIP return valve in a valve matrix.
Preferably suitable for liquid and gaseous medium without suspended matter/particles.

3.Technical specifications:

Size	DN40-DN100, 1"-4"
Material	1.4404/1.4301, 304/316L
Max.temperature	-10ºC to 130ºC
Max. pressure	10bar
Operation	pneumatic/ manual interchangeable
Control box	C-TOP basic, C-TOP+AS-I communication
Seal	EPDM (standard) FPM/SILICON/NBR, FDA177.2600
Packaging details	standard exporting package or ar per the request of customers.
Delivery details	Usually within 20 days after receiving T/T down payment.

4.Options:
Air/air pneumatic actuator
Inductive position sensors
C-TOP control head
Position sensors

5.Design and features:
Compact and robust design.
Interchangeable half-bodies ( any connection type)
Connections:
Weld DIN 11850
Clamp DIN32676
Thread DIN 11851
Weld ASME BPE
Clamp ASME BPE

6.Operating principles:
It provides double safety: the two butterfly valves are simultaneously actuated by only one actuator. When the two valves are closed, there is a chamber between them. The chamber is under atmospheric pressure as it open to the exterior, thus, in case of failure of any of the two gaskets, leakage of the liquid product will indicate any possible mixing of products. The state of the gaskets is supervised by means of either fo the leakage detectors. The other detector (superior) controls the entry of the cleaning solution to prevent any kind of conmination in the chamber. These 2 leakage detectors provide optimal protection and enable cleaning of the intermediate chamber