Hydraulics - Import export

The V310 is available as standard with a Y400 or Y1000 injection unit. It is distinguished by its very small footprint Machine features: - Clamping force: 1,100 kN. - Platen size: 335 x 400 mm. - Injection volume: 400 or 1000 cm³.

Rep studies your solution REP answers questions that cannot be resolved using conventional techniques. An "advanced" competence accompanied by the guarantees of the REP GROUP! A team of engineers is at your disposal for the study and realization of presses for special applications. A REP solution for every problem! We are able to meet your most complex requirements

Transfers varied small size products in a flow of water propelled by a pump Ideal for long distance transfers. Characteristics of the hydraulic circuit (length, elevation pressure head, etc.) depending on the required product flow rates.

Extracts the waste that is denser (stones, clumps of soil, various objects etc.) than the processed product. Machine primarily comprised of a destoning tank, a pump that allows for the sustentation of the processed products and a vibrating draining separator. Recovery in a settling tray under the separator and filtering of the water with a wire screen. The upper screens of the vibrating separator can be removed and are perforated according to the product processed. Continuous removal of heavy waste in a chamber with 2 controlled valves and its control box.

This step of washing is as essential with regards to quality and the health stakes that processing food products represents. Destoning and washing use water to separate and wash the products of any foreign body that could still be entwined therein. Destoning is done upstream of washing and, due to the hydraulic process, carries out a pre washing with a water circuit different from that of washing in order to improve the performance of the latter. FEMIA is well known worldwide for its efficient and compact solutions for destoning and washing. Destoning through extraction or water flow, dedicated or universal washers, we have developed many solutions for destoning and washing floating and sinking products. We offer options according to needs (insect traps, for example). Combining performance and robustness, FEMIA equipment is recognised in the market for its quality and longevity.Always very attentive to your performance and our impact on the environment,

As part of our maintenance and repair services, our teams can manage the technical upgrading and renewal of your existing pneumatic and hydraulic controls.

A major challenge when designing special machinery, the quality of design and integration of hydraulic and pneumatic controls is key for proper operation, reliability and maintenance purposes. Fully aware of these issues, we take the greatest possible care and apply our wealth of experience to design and integrate pneumatic and hydraulic control solutions that are both efficient and reliable. The components used are all selected from the most widely used, tried-and-tested solutions available from leading manufacturers. At your request, we will install the materials recommended by your technical services.

Mono Hydraulic cylinder Cutting stroke 110 mm 4 manual or motorized mechanical stops accuracy +/ 0.01 mm Through cut and kiss cut on hardened steel plate 60 HRC Picard accuracy +/ 0.01 mm Slow down stroke 10mm before touching the material Fast die change Touchscreen control in different languages Standard electrical, hydraulic and pneumatic parts Safety guards and/or photocells Class 4 Meets CE

Planetary gearing for stepper motors of the NEMA 23 and NEMA 34 size. Suitable for all mounting positions. Maintenancefree thanks to lifetime lubrication. The planetary gearing is selfcentring, equipped with a flange adapter system and axial length compensation.

Steel 1.1213. Stainless steel 1.4034. Stainless steel 1.4112. Version Steel, ground. Steel, ground and hardchromed, chrome coating 5 10 µm. Stainless steel, ground. The precision steel shafts are generally inductively surface hardened. Note The surface value obtained during the inductive hardening process guarantees high surface wear resistance. Suitable for shaft supports 21565. On request Lengths up to a max. 4000 mm. Accessory Shaft supports 21565. Drawing reference 1) chamfered

Shaft support with bore for easy and secure clamping and fastening the guide shafts. Precision guide shafts 21595. Fastening screws 07160 or 07161.

Drived by integrated pneumatic cylinder Guided by 2 rods on ball bushings Adjustable mechanical stops Hydraulic shock absorbers Inductive sensors Flow limitation Compact and robust manipulator With a compact and very robust design, they are suitable for shortstroke movement where rigidity is necessary. They are often used in vertical or lifting modules in the design of pneumatic handling assemblies. For longer strokes, use the Type 37 manipulators. Several mounting directions possible Equipped with the same end plates and without exceeding of the cylinder at the end of the stroke, these compact manipulators can be fixed by the 2 end plates to have the movable central body, but they can also be fixed by the body, the rod cylinder can then be oriented up or down. Optimized end of stroke adjustments The fine adjustment of the stroke is done by mechanical stops without any intervention on the hydraulic dampers and the inductive detectors this saves time

Drived by pneumatic cylinder (ISO or rodless) Guided by rolling guides Adjustable mechanical stops Hydraulic shock absorbers Inductive sensors Flow limitation More than a rodless guided cylinder With their selfsupporting aluminum beam and being equipped with mechanical endofstroke stops, hydraulic shock absorbers, inductive sensors and flow limiters, these gantries are more than a cylinder without guided rod, they are real handling axes ready to install and wired. They are intended for the transfer of loads from 3 to 50 kg over strokes up to 1500 mm. Pneumatic Cartesian manipulators The mobile carriage, drived by a rodless cylinder (or a rod cylinder in short stroke to be more economical) allows to carry a perpendicular axis to create cartesian manipulators with 2 or 3 axes, with manipulators Type 37. Optimized end of stroke adjustments Pneumatic gantry with intermediate positions with through-travel

PARTS FOR MOUNTING AND SERVICING HYDRAULIC SYSTEMS Locked flange adapter for PE pipes and hoses BMAIN CHARACTERISTICS - Made of ductile cast iron EN-GJS 400 - Blue epoxy anti-corrosion coating - Pressure rating: 10 or 16 bar - For PE pipes - ISO PN10 and PN16 drilled flanges up to DN150, from DN200, ISO PN10 or PN16 drilling to be specified. or PN16 drilling to be specified - Complies with EN 545 - A.C.S. certified product

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

PROTECTION OF HYDRAULIC NETWORKS Cast iron strainer MAIN FEATURES Ductile iron body Nominal pressure 16Bars ISO PN10 and PN16 drilled flanges up to DN 150, from DN 200, PN 10 or PN16 drilling to be specified

FGS cast iron body Express seal accessory supplied Blue epoxy anti-corrosion coating Complies with standard EN 545

CAST IRON FITTINGS FOR PVC PIPES FGS cast iron body EPDM seal Blue epoxy anti-corrosion coating Complies with standard EN 545

Blue or black For inlet and outlet taps Pre-cut door

Cast-iron hydrant (pavement and roadway) FGL or FGS cast iron body Protection against corrosion Cover attached to body by chain for RONDE roadway model

Composite keyhole Composite keyhole for access to underground networks. Composite plug for service valves Allows a key to be passed through to operate a tap buried in a water network. Features Polypropylene fibreglass (PPFV) is an environmentally-friendly, fully recycled and recyclable material, Durable, not subject to the effects of time. Lightweight, easy to handle and transport. Quiet, as the surfaces in contact do not rattle. Inert, good transmission of Hertzian waves (making it easier to find leaks).

Brass compression tee fitting Hot forged brass bar body Temperature range 0°C /+ 50°C NBR O-ring seal Brass locking ring

For steam applications, condensate pots are essential. They are used to condense the fluid upstream of the differential pressure transmitter. Installed at the same height, they allow accurate measurement by maintaining a constant condensate height in the impulse lines above the differential pressure transmitter. The condensation pot can also be used to protect the transmitter in the case of a flow measurement of a corrosive / aggressive fluid. In this case we speak of separation pots. For more information, see the Frequently Asked Questions tab on this page.

A flow straightener greatly reduces disturbances in a flow while a conditioner reduces disturbances and also allows a good redistribution of the speed profile, at each point of the section of the pipe. Thus, these devices make it possible to reduce the upstream straight lengths and to improve the measurement accuracy in the case of a flow measurement. They are therefore to be positioned between a pipe fitting (elbow, reduction, etc.) and a flow measurement element while respecting the distances specified in the standard.

Different types of pressure transmitters exist: differential pressure transmitter for measuring a pressure difference ΔP but also a relative or absolute pressure transmitter. For more specific applications, it will be necessary to use: a differential pressure transmitter to correct variations of pressure and temperature of a gas two transmitters for the same differential pressure flow element to increase the measuring range For more details on these cases, please see the Frequently Asked Questions tab on this page.

The monoblock diaphragm and the ISA1932 monoblock nozzle are made from a solid round. The pressure taps are directly machined in the monoblock. They can be simply machined (pressure tapping holes) or supplied with nipples to connect directly to your installation. This type of diaphragm or nozzle has the advantage of being simple to install: simply mount it between single flanges or weld directly on the pipe for a version to be welded. All types of edges (sharp-edge, conical, quarter-circle, eccentric, segmental and multi-hole) can be made in a single-piece version. Flanged or corner pressure taps can be made in monoblock version.

The annular chamber (carrier rings) is proposed for orifice plates, for venturis and for nozzles. It has several advantages: it favors the circulation of the fluid over the complete circumference of the pipework and offers a more stable and precise averaged pressure; in the case of the orifice plate, it also allows to change only the plate in case of maintenance or change of process compared to a monoblock where the complete system must be changed. This type of mounting is particularly recommended for pipe diameters smaller than DN50.

According to ISO 5167, flowmeters with orifice plates and nozzles (long radius) can benefit from D - D/2 mounting. This corresponds to a positioning of the upstream tap at a distance of 1D (D, internal diameter of the pipework) from the upstream of the orifice plate and the downstream tap at a distance of 1/2D from the downstream of the plate. This type of assembly has the advantage of not requiring orifice flanges (more expensive than standard flanges): you simply prepare bosses on the piping upstream and downstream of the measurement to position the pressure taps. It is widely used for large pipe diameters.

The 1''/1'' flowmeter is also called a flowmeter with flange pressure taps. The high pressure upstream measurement is 1 inch from the upstream edge of the plate and, symmetrically, the low pressure measurement is 1 inch from the downstream edge of the plate. This is often a pre-assembled complete set with orifice plate mounted between orifice flanges. Orifice flanges are standardized and manufactured to ASME B16.36. The orifice plate is manufactured in accordance with ISO 5167 or ASME MFC-3M.