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CLA-VAL Series 40 : Flow Control
CLA-VAL Series 50 : Upstream Pressure Control
CLA-VAL Series 60 : Pump Control
CLA-VAL Series 81 : Network Protection
CLA-VAL Series 85 : Network Protection
CLA-VAL Series 90 : Downstream Pressure Control
CLA-VAL Series 100 : Level Control
CLA-VAL Series 136 : Electrical Remote Control
CLA-VAL Series 208 : Altitude Level Control
CLA-VAL Series 210 : ON/OFF Altitude Level Control
CLA-VAL Series 400 : Modulating Level Control
CLA-VAL Series AQUA
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Waterworks
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Smart Water Systems
CLA-VAL 98 : 2-Stage Pressure Modulation
CLA-VAL ECO : Autonomous Controller e-Timer ON/OFF (Time)
CLA-VAL COM : Autonomous Data Logger CV-Log
CLA-VAL CLOG : Communicating Controller CV-Log+ ON/OFF
CLA-VAL D11 : Autonomous Controller D11 ON/OFF
CLA-VAL D12 : Communicating Controller D12 0-5V
CLA-VAL D22 : Communicating Controller D22 4-20 mA
CLA-VAL CPC : Motorized Positioning 4-20 mA
CLA-VAL PCM : Motorized Hydraulic Pilot 4-20 mA
CLA-VAL Link2Valves : Monitoring, Control and Asset Management
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Smart Water Systems
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Fuelling
CLA-VAL Nozzles
CLA-VAL Strainer Ball Valve
CLA-VAL Adapters
CLA-VAL Hydrant Pit Valve
CLA-VAL Couplers
CLA-VAL Control Valves
CLA-VAL Controls & Accessories
CLA-VAL Dry-Break Disconnects
CLA-VAL Flow Meter
CLA-VAL Hose End Regulator
CLA-VAL High Level Control for Tanks
CLA-VAL Level Control for Filter Separators
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Fuelling
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Marine
CLA-VAL Pressure Reducing Valves
CLA-VAL Pressure Relief Valves
CLA-VAL Solenoid Control Valves
CLA-VAL Control Valves
CLA-VAL Filter Separator Valves
CLA-VAL Check Valves
CLA-VAL Fuelling and Defuelling Valves
CLA-VAL Magazine Sprinkler Valves
CLA-VAL Void Filling Valves
CLA-VAL Backflow Preventers
CLA-VAL Level Control for Filter Separators
CLA-VAL Speciality Marine Products
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Marine
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Palace Genevois
Installation made in a Palace in Geneva.
Commissioning of four mixing valves in order to supply softened water between 7° and 9°f continuously for the entire sanitary installation of the hotel.
The advantage of these valves is that they adapt to the variations in flow rate which results in a constant residual hardness at the outlet of the softener system.
