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VARIVENT® CONTROL VALVES

GEA valves

VARIVENT® CONTROL VALVES

VARIVENT® CONTROL VALVES

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VARIVENT® CONTROL VALVES

The new GEA VARIVENT® Mixproof valve type MX offers innovative technologies as essential elements of future-oriented safety concepts. It offers a measure of product safety that goes far beyond previous requirements.

The optimized physical design of the leakage cavity creates a negative pressure. Should a seal fail, the product is removed by vacuum and guided to the periphery without the risk of contamination (Venturi effect).

Closed actuator housings, thoroughly protected by specially designed piston seals – designed to be maintenance-free. The robust design supports uninterrupted process operation and saves valuable time and operating costs.

The optimized physical design of the leakage cavity creates a negative pressure. Should a seal fail, the product is removed by vacuum and guided to the periphery without the risk of contamination (Venturi effect).

Thanks to specially shaped balancers in both pipelines, the valve remains stable in the closed position even in the event of water hammer and, on the other hand, retains its full ability to act even in the case of hydraulic lock or thermal expansion of the medium.

Material in contact with the product	1.4404 (AISI 316L)
Material not in contact with the product	1.4301 ( AISI 304)
Seal material in contact with the product	EPDM, FKM, HNBR
Ambient temperature	0 to 45 °C
Air supply pressure	6 bar (87 psi)
Product pressure	10 bar (145 psi)
Water hammer safety	50 bar
Surface in contact with the product	Ra ≤ 0.8 μm
External housing surface	Matte blasted
Control and feedback system	T.VIS® M-20, T.VIS® A-15
Actuator type	Pneumatic actuator air/spring
Connection fittings	Welding end
Identification	Adhesive ID tag
Valve seat version	Welded seat ring
Certificates	CE, EHEDG, FDA

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Manual CIP washing

Select parameters and order CIP

Development of process flow diagram, 1000€ (P&ID scheme of CIP station; Composition solutions of location; List of instrumentation, signals for development of HQ) Development of 3D model, 1500€ (Scan objects with FARO S150 laser; Create point cloud; Form digital prototype of object with SolidWork or Revit software) Chief assembly, 8000€ (Mechanical assembly of CIP) Commissioning, set-up, 1500€ (Dry testing of the equipment; Calibration of sensors; Testing of the station at medium supply; Manual start-up of the CIP; Commissioning of the equipment in automatic mode) Warranty service, 2000 € (Carried out remotely by Viravix Engineering during the warranty period of the equipment)

Total:

Supply (+15% of the cost of components)

Pumps, valves, instrumentationControl cabinet and wiring materialsPipe materials, insulationBy submitting an application, you agree to privacy policy

Automatic multi-circuit CIP

Select parameters and order CIP

Collection of initial data and drafting of TOR (or according to the completed questionnaire free of charge)Development of technological scheme (P&ID scheme of CIP station; Composition solutions of location; List of instrumentation, signals for HQ development)3D model development (Scan objects using FARO S150 laser; Create point cloud; Form digital prototype of the object using SolidWork or Revit software).Software for HQAssembly (Mechanical assembly of CIP)Commissioning, adjustment (Carrying out dry tests of the equipment; Calibration of sensors; Testing of the station at the supply of media; Manual start-up of CIP; Commissioning of the equipment in automatic mode)Warranty service (Performed remotely by Viravix Engineering during the warranty period of the equipment).

The final cost of an automatic multi-circuit CIP station depends on the complexity of the project. Describe your task and attach a link to the task as a file. Our specialists will reply to you during working hours.

By submitting an application, you agree to privacy policy