Cod. 63461899 The system is made of plastic and stainless steel. It is suitable for fitting inside specially shaped hoppers to build mixers. It is composed of a Venturi system which allows direct suction of the product contained in the hopper. In the version with external suction it can also be used to empty containers of liquid products without having to transfer them. Available in versions with (ASP) and without (JET) external suction.
Cod. 63422099 The system is made of plastic and stainless steel. It is suitable for fitting inside specially shaped hoppers to build mixers. It is composed of a Venturi system which allows direct suction of the product contained in the hopper. In the version with external suction it can also be used to empty containers of liquid products without having to transfer them. Available in versions with (ASP) and without (JET) external suction.
Cod. 20121899 HYDRAULICALLY-DRIVEN IN-LINE INJECTION KIT · 3-piston pumps for in-line injection with stainless steel heads. · Drive: hydraulic motor. Flow rates: 4 – 8 l/min. Features: the pump has 3 manifolds on the delivery line: 1 manifold for delivery to the boom; 1 manifold for return to the tank; 1 manifold for the safety valves. · 2 Versions.
Cod. 20121799 HYDRAULICALLY-DRIVEN IN-LINE INJECTION KIT · 3-piston pumps for in-line injection with stainless steel heads. · Drive: hydraulic motor. Flow rates: 4 – 8 l/min. Features: the pump has 3 manifolds on the delivery line: 1 manifold for delivery to the boom; 1 manifold for return to the tank; 1 manifold for the safety valves. · 2 Versions.
Cod. 20121699 HYDRAULICALLY-DRIVEN IN-LINE INJECTION KIT · 3-piston pumps for in-line injection with stainless steel heads. · Drive: hydraulic motor. Flow rates: 4 – 8 l/min. Features: the pump has 3 manifolds on the delivery line: 1 manifold for delivery to the boom; 1 manifold for return to the tank; 1 manifold for the safety valves. · 2 Versions.
Cod. 00185600 TECHNICAL FEATURES · Filling and transferring of liquids. · Mixing of chemical products. · Internal washing of empty containers for chemical products. · Independent washing of the systems composing the unit. · Washing of the Sprayer. · Collection of the residues remaining in the Sprayer. TECHNICAL STRUCTURE · Polyethylene tanks with various capacities, fitted with cover equipped with quick funnel with rotating nozzles, wide angles flat nozzles for dissolving chemical products, vortex system for mixing and suction system for quick emptying. · 500 liters/minute Centrifugal Pump. · 5,5 Kw Explosion Engine (Honda or Lombardini) to activate the Centrifugal Pump. · Cataphoresis treated steel frame, complete with wheels for movements. · Some models are equipped with an auxiliary tank to contain clean water, and with a 3·points connection for the coupling to the tractor lifter. · Tandem Ball Valve to control all the operative phases: A1 connected to suction. B1 connected to delivery.
Cod. 001859EL MAIN OPERATIVE PHASES - The Tandem Ball Valve allows to have the operating levers on the same axis, thus making easier the series of operations to control the liquid through the different passages. 1) Filling of the Sprayer suctioning water from the outside (channel, well and so on). 2) During the Sprayer filling it is possible to introduce the mixed chemical products. 3) Mixing of the chemical products in a closed circuit/recycle. 4) Washing of containers for chemical products and washing of the structure. 5) Washing of the Sprayer and collection of the rinsing residues. 6) Quick transfer of the liquids.
Cod. 00185900 MAIN OPERATIVE PHASES - The Tandem Ball Valve allows to have the operating levers on the same axis, thus making easier the series of operations to control the liquid through the different passages. 1) Filling of the Sprayer suctioning water from the outside (channel, well and so on). 2) During the Sprayer filling it is possible to introduce the mixed chemical products. 3) Mixing of the chemical products in a closed circuit/recycle. 4) Washing of containers for chemical products and washing of the structure. 5) Washing of the Sprayer and collection of the rinsing residues. 6) Quick transfer of the liquids.
Cod. 001858EL MAIN OPERATIVE PHASES - The Tandem Ball Valve allows to have the operating levers on the same axis, thus making easier the series of operations to control the liquid through the different passages. 1) Filling of the Sprayer suctioning water from the outside (channel, well and so on). 2) During the Sprayer filling it is possible to introduce the mixed chemical products. 3) Mixing of the chemical products in a closed circuit/recycle. 4) Washing of containers for chemical products and washing of the structure. 5) Washing of the Sprayer and collection of the rinsing residues. 6) Quick transfer of the liquids.
Cod. 00185800 MAIN OPERATIVE PHASES - The Tandem Ball Valve allows to have the operating levers on the same axis, thus making easier the series of operations to control the liquid through the different passages. 1) Filling of the Sprayer suctioning water from the outside (channel, well and so on). 2) During the Sprayer filling it is possible to introduce the mixed chemical products. 3) Mixing of the chemical products in a closed circuit/recycle. 4) Washing of containers for chemical products and washing of the structure. 5) Washing of the Sprayer and collection of the rinsing residues. 6) Quick transfer of the liquids.
Cod. 001857EL MAIN OPERATIVE PHASES - The Tandem Ball Valve allows to have the operating levers on the same axis, thus making easier the series of operations to control the liquid through the different passages. 1) Filling of the Sprayer suctioning water from the outside (channel, well and so on). 2) During the Sprayer filling it is possible to introduce the mixed chemical products. 3) Mixing of the chemical products in a closed circuit/recycle. 4) Washing of containers for chemical products and washing of the structure. 5) Washing of the Sprayer and collection of the rinsing residues. 6) Quick transfer of the liquids.
Cod. 00185700 MAIN OPERATIVE PHASES - The Tandem Ball Valve allows to have the operating levers on the same axis, thus making easier the series of operations to control the liquid through the different passages. 1) Filling of the Sprayer suctioning water from the outside (channel, well and so on). 2) During the Sprayer filling it is possible to introduce the mixed chemical products. 3) Mixing of the chemical products in a closed circuit/recycle. 4) Washing of containers for chemical products and washing of the structure. 5) Washing of the Sprayer and collection of the rinsing residues. 6) Quick transfer of the liquids.
Cod. P0005142 TECHNICAL FEATURES · Filling and transferring of liquids. · Mixing of chemical products. · Internal washing of empty containers for chemical products. · Independent washing of the systems composing the unit. · Washing of the Sprayer. · Collection of the residues remaining in the Sprayer. TECHNICAL STRUCTURE · Polyethylene tanks with various capacities, fitted with cover equipped with quick funnel with rotating nozzles, wide angles flat nozzles for dissolving chemical products, vortex system for mixing and suction system for quick emptying.