Hydraulikprogramm

Maximum power transmission for professionals: Bondioli & Pavesi S2050 gearboxesWhen it comes to absolute reliability in continuous operation, farmers and machine builders worldwide rely on drive technology from Bondioli & Pavesi. With the S2050 series right-angle gearboxes, you get robust solutions made of high-quality grey cast iron, specially developed for the toughest mechanical requirements.Why the S2050 series?These gearboxes form the backbone of many agricultural machines – from feed mixers to soil cultivation equipment. They impress with:Maximum load capacity: Thanks to their solid grey cast iron housings, these models offer outstanding stability and vibration damping.Precise performance: The S2050 is the all-rounder for medium loads with an input power of up to 37 kW (50 hp) at 540 rpm.Versatile gear ratios: With common gear ratios (e.g. 1.91:1 or 1:1), the gearboxes can be precisely adapted to your machine requirements.Durability through quality: Developed to the highest industry standards for minimal maintenance intervals and maximum service life.Technical highlights at a glance, transmission ratio 1:1,46Max. power (540 rpm)        approx. 37 kW / 50 hpMax. output torque    up to 446 Nm (at 540 rpm)Material                    High-quality grey cast ironApplication                Fertiliser spreaders, small mowersEnsure original quality for your drive!Whether as original equipment or as a durable spare part, with Bondioli & Pavesi you are choosing efficiency and safety in the field.

Mechanical actuation with spring return as standard. The middle position is designed with a pressureless circulation and the ports A &~ B are connected to the tank. Pressure relief valve at connection P (pump). Negative overlap of the slides.Standard design of the valves in parallel connection.Flow max.: 45 L/min.Operating pressure: 250 barmax. Pressure: 315 barRelief valve set: 100 bar, adjustable from 20-315 barScrew-in thread A, B, P, P2: R3/8?Screw-in thread T, T2: R1/2? HR=Raise locked, SW=Middle position - floating position, S=Lowering The switching positions listed depend on the respective model of the control valve.

Mechanical actuation with spring return as standard. The middle position is designed with a pressureless circulation and the ports A &~ B are blocked. Pressure relief valve at connection P (pump). Negative overlap of the slides.Standard design of the valves in parallel connection.Flow max.: 90 L/min.Operating pressure: 250 barmax. Pressure: 315 barRelief valve set: 100 bar, adjustable from 20-315 barScrew-in thread A, B, P, P2: R1/2?Screw-in thread T, T2: R3/4? HR=Raise locked, 0=Middle position, S=Lowering.The switching positions listed depend on the respective model of the control valve.

Mechanical actuation with spring return as standard. The middle position is designed with a pressureless circulation and ports A, B are blocked. Pressure relief valve at connection P (pump). Negative overlap of the slides.Standard design of the valves in parallel connection.Flow max.: 90 L/min.Operating pressure: 250 barmax. Pressure: 315 barRelief valve set: 100 bar, adjustable from 20-315 barScrew-in thread A, B, P, P2: R1/2?Screw-in thread T1, T2: R3/4? H=Raise, 0=Middle position, S=Lowering, SW-R=Floating position lockedThe switching positions listed depend on the respective model of the control valve.

Mechanical actuation with spring return as standard. The middle position is designed with a pressureless circulation and the ports A &~ B are blocked. Pressure relief valve at connection P (pump). Negative overlap of the slides.Standard design of the valves in parallel connection.Flow max.: 90 L/min.Operating pressure: 250 barmax. Pressure: 315 barRelief valve set: 100 bar, adjustable from 20-315 barScrew-in thread A, B, P, P2: R1/2?Screw-in thread T, T2: R3/4? H=Raise, 0=Middle position, SR=Lowering locked.The switching positions listed depend on the respective model of the control valve.

Mechanical actuation with spring return as standard. The middle position is designed with a pressureless circulation and ports A, B are blocked. Pressure relief valve at connection P (pump). Negative overlap of the slides.Standard design of the valves in parallel connection.Flow max.: 90 L/min.Operating pressure: 250 barmax. Pressure: 315 barRelief valve set: 100 bar, adjustable from 20-315 barScrew-in thread A, B, P, P2: R1/2?Screw-in thread T, T2: R3/4? H=Raise, 0=Middle position, SR=Lowering lockedThe switching positions listed depend on the respective model of the control valve.

Mechanical actuation with spring return as standard. The middle position is designed with a pressureless circulation and the ports A &~ B are blocked. Pressure relief valve at connection P (pump). Negative overlap of the slides.Standard design of the valves in parallel connection.Flow max.: 90 L/min.Operating pressure: 250 barmax. Pressure: 315 barRelief valve set: 100 bar, adjustable from 20-315 barScrew-in thread A, B, P, P2: R1/2?Screw-in thread T, T2: R3/4? H=Raise, 0=Middle position, S=Lowering.The switching positions listed depend on the respective model of the control valve.

Mechanical actuation with spring return as standard. The middle position is designed with a pressureless circulation and the ports A &~ B are blocked. Pressure relief valve at connection P (pump). Negative overlap of the slides.1. Double-acting control slide DW-SR: H=Raise, 0=Middle position, SR=Lowering locked2. Double-acting control slide DW: H=lifting, 0=middle position, S=loweringStandard version of the valves in parallel connection.Flow max.: 90 L/min.Operating pressure: 250 bar max. Pressure: 315 barRelief valve set: 100 bar, adjustable from 20-315 barScrew-in thread A, B, P, P2: R1/2?Screw-in thread T, T2: R3/4?

Mechanical actuation with spring return as standard. The middle position is designed with a pressureless circulation and the ports A &~ B are blocked. Pressure relief valve at connection P (pump). Negative overlap of the slides.1. Double-acting control slide DW: H=lifting, 0=middle position, S=lowering2. Single-acting control slide EW: H=Raise, 0=Middle position, S=Lower3. Single-acting control spool EW: H=lifting, 0=middle position, S=loweringStandard version of the valves in parallel connection.Flow max.: 90 L/min.Operating pressure: 250 bar max. Pressure: 315 barRelief valve set: 100 bar, adjustable from 20-315 barScrew-in thread A, B, P, P2: R1/2?Screw-in thread T, T2: R3/4?The switching positions listed depend on the respective model of the control valve. 1. Double-acting control slide DW: H=lifting, 0=middle position, S=lowering2. Single-acting control slide EW: H=Raise, 0=Middle position, S=Lower3. Single-acting control slide EW: H=lifting, 0=middle position, S=lowering

Pressure force 14137 kg, tensile force 10602 kg at 180 bar, connection G 1/2, nominal pressure 250bar

Linksgewinde M36x3, Kat. 3, Bohrung 32mm, Gewindelänge 200 mm, verzinkt. 

Leak oil container complete with clamp and 1 piece Y-hose connector.Dimensions container Height: 120mm (with screw cap 150mm) Width: 65mm Depth: 100mm

Automated workflows in manufacturing, testing, controlling and regulating require the highest precision. This is where our multi-coupling 4-way set comes into play: It allows you to effortlessly connect several oil hydraulic lines at the same time. The fixed arrangement of the coupling elements eliminates confusion and the duration of the coupling process is shortened enormously. There are neither fluid losses nor air inclusions during the coupling and uncoupling phases, even when ~ Presence of pressure. Incorrect connections are virtually impossible.The 4-way multi-coupling set is used here:Hydraulic equipment for agricultural machinesHydraulic equipment for forestry machinesHydraulic equipment for conveyor machinesHydraulic equipment for commercial vehiclesComponents on test benches for hydraulic systemsCooling or heating when molding plastic and metal< li>Hydraulic systems in industrial applicationsHydraulic systems for special transport vehicles ~Scope of delivery / technical data:Complete with fixed and loose parts Assembly 2, DN10Pressure max. 350 barFlow 45 L/minConnection R1/2"

Automated workflows in manufacturing, testing, controlling and regulating require the highest precision. This is where our multi-coupling 2-way set comes into play: It allows you to effortlessly connect several oil hydraulic lines at the same time. The fixed arrangement of the coupling elements eliminates confusion and the duration of the coupling process is shortened enormously. There are neither fluid losses nor air inclusions during the coupling and uncoupling phases~ even at ~ Presence of pressure. Incorrect connections are virtually impossible.The multi-coupling 2-way set is used here:Hydraulic equipment for agricultural machinesHydraulic equipment for forestry machinesHydraulic equipment for conveyor machinesHydraulic equipment for commercial vehiclesComponents on test benches for hydraulic systemsCooling or heating when molding plastic and metal< li>Hydraulic systems in industrial applicationsHydraulic systems for special transport vehicles ~Scope of delivery / technical data:Complete with fixed and loose parts Assembly 2, DN10Pressure max. 350 barFlow 45 L/minConnection R1/2" female

The multi-coupling PSF from dnp was developed to enable coupling under residual pressure on the tool side. The coupling plugs allow the hydraulic lines to be connected up to a pressure of 200 bar! The special seals on the connectors are designed for this application.The hydraulic lines are connected via flat-sealing coupling elements through which several hydraulic lines can be connected or separated within a very short time. This is done with an operating lever whose guide link is designed in such a way that the operating forces are kept as low as necessary.The outstanding features of the multi-coupling are the security of connections, quick connection, ability to couple under residual pressure and optimally minimized leakage during the coupling process. Another advantage is the interchangeability with the Faster multi-coupling P206. Not only are the two halves of the multi-coupler with Faster P206 interchangeable, but also the plugs and sockets.Assembly 2/DN10Pressure max. 250 barFlow rate max. 80 l/minConnection R1/2?IG

The multi-coupling PSF from dnp was developed to enable coupling under residual pressure on the tool side. The coupling plugs allow the hydraulic lines to be connected up to a pressure of 200 bar! The special seals on the connectors are designed for this application.The hydraulic lines are connected via flat-sealing coupling elements through which several hydraulic lines can be connected or separated within a very short time. This is done with an operating lever whose guide link is designed in such a way that the operating forces are kept as low as necessary.The outstanding features of the multi-coupling are the security of connections, quick connection, ability to couple under residual pressure and optimally minimized leakage during the coupling process. Another advantage is the interchangeability with the Faster multi-coupling P506. Not only are the two halves of the multi-coupler with Faster P506 interchangeable, but also the plugs and sockets.Assembly 2/DN10Pressure max. 250 barFlow rate max. 46 l/minConnection R1/2?IG

Through various combination options by reconnecting the supplied PTO shaft stub, gear ratios of 1:1, 1:2 or 2:1 can be achieved while maintaining or changing the direction of rotation. This results in 6 different possible uses. The PTO shaft stub is fixed in the hollow shafts by circlips.44 kW at 540 rpm or 1000 rpm.PTO shaft connections: 3x 1 3/8 x 6Generally, torque peaks are up to 2 times higher of the nominal torque does not cause any damage to the individual gear components. However, complete integrity can only be guaranteed by a suitable safety device.

According to ISO 7241-1A, push-pull versionplug