Suction - Import export

Suction kit comprising: 1-metre long steel pipe 2” bung For 3/4” orifices

Suction equipment comprising: 3/4" elbow joint with sleeve 1 metre of Ø 32 mm hose Foot valve

Suction equipment comprising: 3/4" elbow joint with sleeve 1 metre of Ø 25 mm hose Foot valve

Suction kit comprising: metre long stainless steel pipe 2” bung For 3/4” orifices

Flat PVC Ø 25 hose, working pressure of up to 10 bars

Special hydrocarbon PVC Nitrile hose reinforced with a rigid shockproof PVC spiral Smooth inner and outer surfaces High manoeuvrability characterised by its flexibility even at low temperatures

Special hydrocarbon PVC Nitrile hose reinforced with a rigid shockproof PVC spiral Smooth inner and outer surfaces High manoeuvrability characterised by its flexibility even at low temperatures

Special hydrocarbon PVC Nitrile hose reinforced with a rigid shockproof PVC spiral Smooth inner and outer surfaces High manoeuvrability characterised by its flexibility even at low temperatures

Opal-fuel hose Ø 20 x 25.8 mm, resistant to negative pressure Type of hose: Special hydrocarbon PVC Nitrile hose reinforced with a rigid shockproof PVC spiral Smooth inner and outer surfaces

Opal-fuel hose Ø 30 x 36 mm, resistant to negative pressure Type of hose: Special hydrocarbon PVC Nitrile hose reinforced with a rigid shockproof PVC spiral Smooth inner and outer surfaces High manoeuvrability characterised by its flexibility even at low temperatures

Opal hose Ø 50.8 x 59 mm Type of hose: Phthalate-free PVC hose reinforced with a rigid shockproof PVC spiral Cuttings per metre available on request

3” discharge kit for PE-A3: fire department fitting + 5 m of flat PVC Ø 80 hose + clamp

2” discharge kit for PE-A2: fire department fitting + 5 m of flat PVC Ø 50 hose + clamp

Flat PVC Ø 80 hose, working pressure of up to 7 bars

Flat PVC Ø 50 hose, working pressure of up to 8.5 bars

Equipment for petrol pumps for the volumetric dispensing of fuel: normal and super petrol, unleaded petrol, biofuels and diesel Type of hose: Flexible Volukler rubber hose Ø 25 x 37 mm Pipe: NBR resistant to petrol, black, smooth. Coating: NBR/PVC resistant to oil and bad weather, black, smooth.

Suction and discharge of nearly all corrosive chemical products: strong acids, solvents with high aromatic content, chlorinated or oxygenated solvents, aromatic hydrocarbons, etc. Electric properties: UPE pipe and conductive rubber coatings, R ≤ 1 MOhm/lg.

drains (single-function suction cups) to remove air pockets from pressurised pipes KEY FEATURES - Built-in operation monitor - Ductile iron body EN-GJS 400 - Blue epoxy anti-corrosion coating - Minimum pressure: 0.1 bar - For brass 1/4 turn shut-off valve - Operating temperature: 1°C to 70°C - Flange drilling to EN1092-2 standard - A.C.S. certified product

Suction and discharge connection 40 mecon Movable brake Punch stop Remote control USE Suitable for the sweet and light transport of whole grapes, destemmed, marc, muds, lees and loaded liquids. Pumping with the only crushing of the pipe without any mechanical parts in contact with the product.

Industrial suction fan adjustable to the whole of MECANUMERIC and CHARLYROBOT. Various powers existing: 2.2 kW, 4 kW and 7.5 kW. With receiver tank large capacity. Subject to the machine configuration / chosen options. Online sales on Meca-line site here

Capture system for chips suction, with pneumatic automatic up and down control. Subject to the machine configuration / chosen options. Online sales on Meca-line site here

System allowing to direct a compressed air jet to the tool. Subject to the machine configuration / chosen options. Online sales on Meca-line site here

How does vacuum handling work? Vacuum handling using suction cups is simple. A pump sucks in the vacuum between the suction cup and the part to be lifted, and stores this vacuum in a chamber dedicated for this purpose. By creating a vacuum, the atmospheric pressure is eliminated in the suction cup enclosure. The product is then pressed against the suction cup by this same atmospheric pressure of 1 kg/cm² (which varies from 950 to 1030 hectopascals); consequently, on a suction cup of 1 m² there is a pressure of 10,000 kg, making it capable of raising this same load. This physical phenomenon makes handling by suction cups an extremely efficient and reliable technique, capable of performing a very large number of handling operations.