WATERWORKS

AUTOMATIC VALVES
PIPELINE PROTECTION

AUTOMATIC VALVES

CLAYTON VALVES    ELECTRONICS   

AUTOMATIC VALVES WITH HYDRAULIC OPERATION AND ELECTRONIC CONTROLS OF 3rd GENERATION

Clayton valves have got a native trait of innovation, so they were the first to look at the possibilities offered by electronic devices.
During a 15 year long research Clayton technicians and designers reach a level of development without equal.
Clayton valves didn’t lose the original hydraulic principle but now they are completed by a powerful, advanced and flexible electronic control system.
Following the ultimate trend of technology all devices for Clayton valves were designed to need the lowest power supply and to be potentially self-powered.

A COMPLETE RANGE OF SOLUTIONS TO INTEGRATE AND COMPLETE THE VALVES REGULATION:

MEASURE
Pressure sensors, flow meters and valve position transmitter can be inserted into the valve outlets.

CONTROL
An electronic controller IP68 manages and varies the command to the valve according to the input signals and the configured applications (ValvApps TM).

ACTUATION
The hydraulic action of the valve is changed by the intervention of solenoid valves or actuators

AUTONOMY
The electronic devices are designed to have the least power consumption. A complete and self-regulating system of production of electric energy makes the equipment completely autonomous.

VISIBILITY
The data transmission to a central SCADA system allows the user to view and continuously monitor the efficiency of regulation.

NEXT GENERATION OF CLAYTON VALVE: HYDRAULIC OPERATION VARIABLE AND INTERACTIVE

     
1. Pressure Management
This Clayton valve controls the pressure into the installation site and varies its action according to the effects in a farer point of the waterwork’s net.
The whole equipment is self powered and able to log and transmit all relevant data to a central SCADA system.

2. Dynamic districts
This Clayton valve is able to modify the topology of a waterwork’s district as well as control the flow according to time schedule.
The whole equipment is self powered and able to log and transmit all relevant data to a central SCADA system.