Cod. PA003314 It is fitted in the mixer hoppers and allows dissolving powders, facilitating mixing them with water. It is made of anticorrosive material and is pressure fed; its particular configuration allows the formation of a vortex inside the hopper.
Cod. PA003314.1 It is fitted in the mixer hoppers and allows dissolving powders, facilitating mixing them with water. It is made of anticorrosive material and is pressure fed; its particular configuration allows the formation of a vortex inside the hopper.
Cod. 10435099 The kit can be installed on any model of ball valves and allows the user to excite, manually moving the lever, the microswitch card measuring the position of the ball, so that to forward it to a remote visual electronic system, properly connected to the connectors given as an equipment. It can be used in any application where it is not possible to motorise the ball valve but is necessary to know its position at distance. The microswitch card can be powered at 12 Vcc. and 24 Vcc., 5A maximum. The microswitch card is located inside an aluminium structure, carefully protected.
Cod. 10433799 The kit can be installed on any model of ball valves and allows the user to excite, manually moving the lever, the microswitch card measuring the position of the ball, so that to forward it to a remote visual electronic system, properly connected to the connectors given as an equipment. It can be used in any application where it is not possible to motorise the ball valve but is necessary to know its position at distance. The microswitch card can be powered at 12 Vcc. and 24 Vcc., 5A maximum. The microswitch card is located inside an aluminium structure, carefully protected.
Cod. 10425399 The kit can be installed on any model of ball valves and allows the user to excite, manually moving the lever, the microswitch card measuring the position of the ball, so that to forward it to a remote visual electronic system, properly connected to the connectors given as an equipment. It can be used in any application where it is not possible to motorise the ball valve but is necessary to know its position at distance. The microswitch card can be powered at 12 Vcc. and 24 Vcc., 5A maximum. The microswitch card is located inside an aluminium structure, carefully protected.
Cod. P0005810.V "Operating control for motorized ball valves.
Touch display, Isobus protocol. 12
volt or battery operating , radio connection.
Radiofrequency hall sensors position
card."
Cod. 44305599 "Connectable to all axial turbine Rapid Check flowmeters. It allows simple and rapid disassembly so that the moving parts can be inspected.
High and low volume versions can be mounted on the same flowmeter body so that it can be used for both applications."
Cod. 00200029 PROPORTIONAL FLOW REGULATOR. Used in control units to regulate the flow during treatments with consumption proportional to the motor's RPM. It guarantees precise regulation and a linear flow rate. Also available in motorized versions.
Cod. 00200107 PROPORTIONAL FLOW REGULATOR. Used in control units to regulate the flow during treatments with consumption proportional to the motor's RPM. It guarantees precise regulation and a linear flow rate. Also available in motorized versions.
Cod. 00200106 PROPORTIONAL FLOW REGULATOR. Used in control units to regulate the flow during treatments with consumption proportional to the motor's RPM. It guarantees precise regulation and a linear flow rate. Also available in motorized versions.
Cod. 00200105 PROPORTIONAL FLOW REGULATOR. Used in control units to regulate the flow during treatments with consumption proportional to the motor's RPM. It guarantees precise regulation and a linear flow rate. Also available in motorized versions.
Cod. 00200007 PROPORTIONAL FLOW REGULATOR. Used in control units to regulate the flow during treatments with consumption proportional to the motor's RPM. It guarantees precise regulation and a linear flow rate. Also available in motorized versions.
Cod. R12X0000 AUTOMATIC SPRING-LOADED MAXIMUM PRESSURE SAFETY VALVES. These valves are made of a plastic (nylon and fiberglass) which is particularly resistant to liquid chemical products and even abrasive liquid chemical products. If they are used as safety valves, they guarantee a constant pressure whenever it is not necessary to continuously regulate the working pressure. Any excess liquid bypasses the valve and allows it to maintain a constant line pressure. Available in the membrane version (for better regulating accuracy) and the piston version (to deaden the effect of vibrations).
Cod. R12X0016 AUTOMATIC SPRING-LOADED MAXIMUM PRESSURE SAFETY VALVES. These valves are made of a plastic (nylon and fiberglass) which is particularly resistant to liquid chemical products and even abrasive liquid chemical products. If they are used as safety valves, they guarantee a constant pressure whenever it is not necessary to continuously regulate the working pressure. Any excess liquid bypasses the valve and allows it to maintain a constant line pressure. Available in the membrane version (for better regulating accuracy) and the piston version (to deaden the effect of vibrations).
Cod. R0200129 AUTOMATIC SPRING-LOADED MAXIMUM PRESSURE SAFETY VALVES. These valves are made of a plastic (nylon and fiberglass) which is particularly resistant to liquid chemical products and even abrasive liquid chemical products. If they are used as safety valves, they guarantee a constant pressure whenever it is not necessary to continuously regulate the working pressure. Any excess liquid bypasses the valve and allows it to maintain a constant line pressure. Available in the membrane version (for better regulating accuracy) and the piston version (to deaden the effect of vibrations).