Cod. 152256YV Use: hydraulically-driven forced air conveying system to be fitted on sprayers to generate an air flow that prevents dispersion of the products sprayed with the boom spraying nozzles. Fan unit composed of: · Sand-blasted and painted steel body · 700 Ø 14-blade fan with treated aluminium hub · Gearmotor or piston motor mounts · Protection grille · Provision for revolution counter · 8-hole flange coupling.
Cod. 152250YV Use: hydraulically-driven forced air conveying system to be fitted on sprayers to generate an air flow that prevents dispersion of the products sprayed with the boom spraying nozzles. Fan unit composed of: · Sand-blasted and painted steel body · 700 Ø 14-blade fan with treated aluminium hub · Gearmotor or piston motor mounts · Protection grille · Provision for revolution counter · 8-hole flange coupling.
Cod. 152256Y9 Use: hydraulically-driven forced air conveying system to be fitted on sprayers to generate an air flow that prevents dispersion of the products sprayed with the boom spraying nozzles. Fan unit composed of: · Sand-blasted and painted steel body · 700 Ø 14-blade fan with treated aluminium hub · Gearmotor or piston motor mounts · Protection grille · Provision for revolution counter · 8-hole flange coupling.
Cod. 152250Y9 Use: hydraulically-driven forced air conveying system to be fitted on sprayers to generate an air flow that prevents dispersion of the products sprayed with the boom spraying nozzles. Fan unit composed of: · Sand-blasted and painted steel body · 700 Ø 14-blade fan with treated aluminium hub · Gearmotor or piston motor mounts · Protection grille · Provision for revolution counter · 8-hole flange coupling.
Cod. VTCD6000 The modular valve was born of the experience with the recirculation valve and the tandem valve and uses both technical concepts to control the entire distribution of the sprayer including the main on/off valve and the proportional pressure valve. Aluminium body treated with a cataphoresis cycle. Viton O-rings and Teflon-PTFE seals. Interchangeable Nylon flanges with different couplings and sizes. Possibility of constructing various models based on the sizes and the technical requirements to be satisfied.
Cod. 15216799 Hydraulic block with 12-24VDC powered electric actuator to regulate the hydraulic flow. Easy to fit on hydraulic circuits to activate the air sleeve fan and adjust its speed. Treated aluminium body and electric motor protected with an ABS cover.
Cod. 31303432 ALL OUR FITTINGS are constructed exclusively in top-quality white nylon, in order to assure exceptional reliability over time. All threads conform to current standards, both BSP and NPT.
Cod. 30306732 ALL OUR FITTINGS are constructed exclusively in top-quality white nylon, in order to assure exceptional reliability over time. All threads conform to current standards, both BSP and NPT.
Cod. 00379011 Available in the sizes 1”½ (20-400 l/min) and 2” (45-900 l/min). Maximum pressure 8 bar. Because there are no internal moving parts, it is particularly suitable for measuring aggressive liquids or with small suspended solid particles. Compared to the Pro-Flow version with turbine flowmeter, this model does not offer the acoustic signal, external 5A device control and level sensor connection functions.
Cod. 00379012 Available in the sizes 1”½ (20-400 l/min) and 2” (45-900 l/min). Maximum pressure 8 bar. Because there are no internal moving parts, it is particularly suitable for measuring aggressive liquids or with small suspended solid particles. Compared to the Pro-Flow version with turbine flowmeter, this model does not offer the acoustic signal, external 5A device control and level sensor connection functions.
Cod. 00375701 Radial turbine plastic flowmeter for low flow rates (0.3 l/min to 9 l/min). BSP ¼" male threaded couplings with possibility of attachment to quick-couplings. Proximity sensor with LED to indicate operation. Made of plastic material resistant to corrosive liquid. Maximum operating pressure: 20 bar. The internal component coupling and the low proximity sensor magnetism allow the turbine to operate even at low flow rates while maintaining the reading accuracy at ±1%.