Mechanically operated valves Series 1 and 3
Series 1: 3/2-way and 5/2-way, ports G1/8 and G1/4
Series 3: 3/2-way and 5/2-way, ports G1/8
These mechanically operated valves have been designed with three different types of actuation:
- plunger
- lever/roller
- unidirectional lever/roller
Media separated solenoid valves Series K8DV
2/2-way - Normally Closed (NC)
The K8DV solenoid valve was born to meet all the demands to shut off aggressive or heat sensitive fluids.
Thanks to a fluid separation membrane, the fluid is isolated from all internal metal parts of the solenoid valve and avoids heating, even if minimum, generated by the solenoid positioned above.
To choose the most suitable model for a specific application, check the chemical compatibility of the medium to control with the available materials of body and seals.
Media separated solenoid valves Series KDV
2/2-way - Normally Closed (NC)
2/2-way - Normally Open (NO)
3/2-way - Universal (UNI)
The Series KDV are solenoid valves designed to control critical media such as aggressive, high purity liquids or gases or thermosensitive fluids. These valves prevent the controlled media from interacting with the internal mechanical part of the valve. The orifices are open or closed by a separation element on which acts a mechanism moved by a solenoid actuator.
To choose the most suitable model for a specific application, check the chemical compatibility of the medium with the available materials of body and seals.
Media separated solenoid valves Series PDV
2/2-way - Normally Closed (NC)
Series PDV directly operated solenoid valve is available with several nominal diameters and in three different versions according to the electrical connection.
Moreover, the fluid separation membrane protects the medium from extreme changes of temperature due to heating of the solenoid.
To choose the most suitable model for a specific application, check the chemical compatibility of the medium with the available materials of body and seals.
Mini ball valves for Pneumatics and industrial fluids Series 29
Tube external diameters: 4, 6 and 8mm
Threads: BSP (G1/8, G1/4, G3/8, G1/2, R1/8, R1/4)
The mini ball valves are used to open or close air or fluids in industrial applications characterised by extremely reduced spaces.
The miniaturised dimensions and light weight of Series 29 enable a quick installation at any point of the system, also thanks to the push-in connection or thread.
The design and materials used make this series particularly suitable for compressed air systems as well as hydraulic circuits and systems.
Mini ball valves in 316 stainless steel Series X29
These mini ball valves are used to open or close air or fluid flows in industrial applications with aggressive fluids or gases and where space is extremely limited.
The miniaturised dimensions and light weight of Series X29 enable an easy installation at any point of the system, also thanks to the threaded connection.
Mini-handle valves Series 2
Pneumatic operated cartridge valves Series 8
2/2-way - Normally Closed (NC)
3/2-way - Normally Closed (NC)
Series 8 pneumatic operated valves are particularly suitable for applications requiring high flow combined wtih compact design.
The valve is pneumatic operated by electro-pilots which are dimensioned according to the size.
The cartridge design, which is ideal for manifold assembly, allows to reduce both dimensions and the number of pneumatic connections.
The standard function of the valve is 2/2-way NC.
It can however fulfill the 3/2-way NC function if inserted in a proper seat.
Pneumatically and electropneumatically operated valves Series 8
2/2-way - Normally Closed (NC)
3/2-way - Normally Closed (NC)
The Series 8 enlarges the range of versions available with the cartridge valve directly integrated in an anodized aluminium body comprising also the pilot solenoid valve. The new bodies enable to have pneumatically operated versions with external piloting or electropneumatically operated versions with both external and internal piloting.
Quick exhaust valves Series VSO, VSC
Series VSO ports: M5, G1/8, cartridge Ø4
Series VSC ports: G1/8, G1/4, G1/2
Series VSC and VSO quick exhaust valves are commonly used to increase the speed of cylinders or for rapid depressurisation of tanks containing compressed air.
Mod. VSO 425-M5, VSO 426-04: they are particularly suitable to be mounted on solenoid valves and valves incorporating a ø 4 cartridge.
Mod. VSO 4-1/8: it is particularly suitable for direct mounting on the actuator connection. The air coming in from the jointed part (1) is used by the threaded side (2), whilst the exhaust (3) passes through the holes sideways to the valve body.
Mod. VSC: they are particularly suitable to be mounted directly on the cylinder mouth through the use of a nipple. It is recommended to mount a silencer on the outlet.
Shut-off micro-valves Series TC
2/2-way - Normally Closed (NC)
The principle of the Series TC1-V shut-off micro-valves is based on the actuation of a poppet by means of an operating pressure applied above it.
The poppet, once actuated, moves away from the tightening seal, permitting the flow of the intercepted fluid.
By removing the actuation pressure, the poppet repositions itself on the tightening seal by means of a spring positioned below that closes the flow of the fluid.
For its realization the most suitable materials for contact with fluids were selected. The body in PPS and the FKM tightening seals guarantee full compatibility with a wide range of gaseous fluids.
Silencers in 316L stainless steel Silencers
Silencers are indispensable elements for eliminating or reducing the characteristic noise of compressed air during discharge into the atmosphere. They should always be placed on the outlets of 3/2-, 5/2- or 5/3-way valves. When carrying out maintenance, silencers should be degreased using white spirit or paraffin and compressed air blown through them in the opposite direction to the direction of operation.
Flow rate: is measured at an inlet pressure of 6 bar with exhaust in the atmosphere. Noise level: is measured through a test using a phonometer. Placing the phonometer one meter away from the application and at the same height for ten seconds, gives an average reading of the noise generated.