Search results for: 'WA 0859 3970 0884 RAB Pembuatan Rumah Ukuran 6 X 10 Murah Sambungmacan Sragen'

Cod. TXT70325
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NXT70126
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NXT70325
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NPT70325
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NPT70126
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. NPT70125
STAINLESS STEEL (304-316) AXIAL-FLOW TURBINE FLOWMETER. Stainless steel body (304-316) in the versions with antacid plastic ducts (PVDF) or stainless steel ducts. This is the most suitable flowmeter for measuring corrosive and abrasive liquid chemical products at high working pressures. It can be used with a sinusoidal-wave or square-wave sensor, 4-20 mA.

Cod. T0370355.A

STAINLESS STEEL AXIAL TURBINE FLOW METER.
AISI 316 stainless steel body, conveyors made of acid-resistant plastic material (PVDF), propeller with PTFE coating, ceramic supports, AISI 316 seeger rings.
Comestible liquids as follow are indicated in the measurement: water, oil, milk, wine, beer and vinegar; for this reason a declaration of conformity for contact with foodstuffs is provided, in accordance with the existing standards.
Resistant to high work pressures; can be combined with sine wave, square wave or Hall effect sensors.

Cod. T0370325.A

STAINLESS STEEL AXIAL TURBINE FLOW METER.
AISI 316 stainless steel body, conveyors made of acid-resistant plastic material (PVDF), propeller with PTFE coating, ceramic supports, AISI 316 seeger rings.
Comestible liquids as follow are indicated in the measurement: water, oil, milk, wine, beer and vinegar; for this reason a declaration of conformity for contact with foodstuffs is provided, in accordance with the existing standards.
Resistant to high work pressures; can be combined with sine wave, square wave or Hall effect sensors.

Cod. M0377070
"MAGNETIC INDUCTION FLOWMETER 12 volts powered, square wave sensor without internal moving parts. Available in the versions with Delrin or polypropylene tunnel, 316 stainless steel bushings. Suitable for all water-based liquid chimicals. The inductive magnetic flowmeter consists of a centraI insulated part enclosed in a metal screen made of different types of material, copper and stainless steel, to which the rigorously insulated electronic operating components are connected. At the ends different attachments may be fitted to allow rapid and compact coupling to other components of the sprayer control units. This inductive magnetic flowmeter has a completely open tunnel without moving parts, indispensable for measurement of certain liquids. The mixtures used in agricolture may have different characteristics owing to the viscosity of the chemical and the temperature."

Cod. 00377070
"MAGNETIC INDUCTION FLOWMETER 12 volts powered, square wave sensor without internal moving parts. Available in the versions with Delrin or polypropylene tunnel, 316 stainless steel bushings. Suitable for all water-based liquid chimicals. The inductive magnetic flowmeter consists of a centraI insulated part enclosed in a metal screen made of different types of material, copper and stainless steel, to which the rigorously insulated electronic operating components are connected. At the ends different attachments may be fitted to allow rapid and compact coupling to other components of the sprayer control units. This inductive magnetic flowmeter has a completely open tunnel without moving parts, indispensable for measurement of certain liquids. The mixtures used in agricolture may have different characteristics owing to the viscosity of the chemical and the temperature."

Cod. 20130199
ELECTRICAL INTAKE SYSTEM. The peristaltic pumps are used to metre and transfer a liquid chemical product in units. The control system can operate on up a maximum of 4 peristaltic pumps for metering 4 liquid chemical products. The peristaltic pumps send the metered product to the piston pump which injects the chemical product into the pressure line. Two models: P100 and P150. Peristaltic pump P100 takes hoses of Ø3.2mm, Ø6.4mm and Ø9.6mm; peristaltic pump P150 takes hoses of Ø12mm and Ø17mm. These are activated by a a multiphase reduction motor with variable Rpm.

Cod. 20120599
ELECTRICAL INTAKE SYSTEM. The peristaltic pumps are used to metre and transfer a liquid chemical product in units. The control system can operate on up a maximum of 4 peristaltic pumps for metering 4 liquid chemical products. The peristaltic pumps send the metered product to the piston pump which injects the chemical product into the pressure line. Two models: P100 and P150. Peristaltic pump P100 takes hoses of Ø3.2mm, Ø6.4mm and Ø9.6mm; peristaltic pump P150 takes hoses of Ø12mm and Ø17mm. These are activated by a a multiphase reduction motor with variable Rpm.

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.

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. 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.