新产品

新产品

 

DXE3J - High response servo-proportional valve with feedback and integrated electronics

— The DXE3J valve is a four-way (3 + fail-safe position) servo-proportional valve where the spool moves inside a sleeve. It is operated by a proportional solenoid highly dynamic, which achieves high performance and not requires pilot pressure. The spool position is controlled by a linear transducer (LVDT) in closed loop which ensures high precision and repeatability.
— It is available in four different flow ranges up to 40 l/min, with spools with zero overlap.
— The valve is featured by integral electronic based on SMD technology which ensures standard regulations and simplifies the electric wiring. The unit does not require any adjustment other than the possible electronic regulation of the zero.
— Suitable for control applications with closed loop of position, velocity and pressure. With a power down or without the enable input, the spool moves automatically at fail-safe position.

 
85120 | | | | 3D
 

DXE3J - Directional control valve, pilot operated, with OBE and feedback

— DXPE*J are directional control valves operated by a servo-proportional pilot, with mounting surface compliant with ISO 4401 standards.
— The spool position is controlled by a linear transducer LVDT in closed loop, which ensures high precision and repeatability. In the event of
switch-off or inactive electronics the main spool is set to a fail-safe position by springs.
— The valve is featured by integral electronic based on SMD technology which ensures standard regulations and simplifies the electric wiring. The
unit does not require any adjustment.
— The valve is easy to install. The driver directly manages digital settings. In the event of special applications, you can customize the settings using
the optional kit.

 
85320 | | |
 

FV6 - Fixed displacement vane pumps

— The FV6 pumps are fixed displacement vane pumps, with several nominal displacement each. Single, double and triple pumps are available.
— The pumping group is composed of a cartridge element that contains rotor, vanes, cam ring and support plates. Cartridges are easily removable without disconnecting the pump from the hydraulic circuit, thus simplifing the maintenance operations.
— The special elliptical profile of the cam ring, with double suction and delivery chambers one against the other, eliminates the radial thrusts on the rotor, reducing wear of the pump. The use of a 10 vane rotor reduces the delivery pressure pulsations, suppressing the vibrations and noise level of the pump.

 
13110 | | |
 

VPPL - 轴向柱塞变量泵,适用于中低压

The VPPL are variable displacement axial-piston pumps with variable swash plate, suitable for applications with open circuits and intermediate pressures.

  • They are available in seven nominal sizes, with displacements of 8, 16, 22, 36, 46, 70 and 100 cm3/rev.
  • The pump flow rate is proportional to the rotation speed and to the angle of the swash plate, which can be continuously modulated. The maximum and minimum angle can be limited mechanically via suitable regulating screws. 
  • They are usually supplied with a SAE J744 2-hole flange and a SAE J744 cylindrical with key shaft.
  • They are available with four different types of regulating control, each according to the application needs.
 
16200 | | | | 3D
 

EWM-2SS-DAD - Card for 2 axis positioning in closed loop control with profibus interface

— The EWM-2SS-DAD card is designed for controlling the stroke position of 2 axes

— Additionally, the synchronized control of the axes is available

— Both SSI or analogue sensor input are available

— The module communicates with the PLC via the embedded Profibus interface

— Card configuration is made via software, via USB

CLICK HERE to download the start-up manual.

 
89470 | | |
 

FV7 - Fixed displacement vane pumps

— The FV7 pumps are fixed displacement vane pumps, with several nominal displacement each. Single, double and triple pumps are available.
— The pumping group is composed of a cartridge element that contains rotor, vanes, cam ring and support plates. Cartridges are easily removable without disconnecting the pump from the hydraulic circuit, thus simplifing the maintenance operations.
— The special elliptical profile of the cam ring, with double suction and delivery chambers one against the other, eliminates the radial thrusts on the rotor, reducing wear of the pump. The use of a 10 vane rotor reduces the delivery pressure pulsations, suppressing the vibrations and noise level of the pump.

 
13120 | | |
 

EWM-SP-DAD - 轴控制(行程和压力)卡,带Profibus通讯接口

This card has been developed for positioning control with integrated closed loop pressure where an high accuracy is needed, using a digital sensor for positioning, and analogue sensors for pressure sensing.

The card is an axis controller with two positioning control mode, SDD and NC. It communicates with the PLC via the integrated Profibus interface.

An integrated control for pressure limitation for one or two sensors (differential pressure), completes the card.

The output value, voltage or current type, has to be configured via software.

Card setup is via software only, through an USB-B port.

CLICK HERE to download the start-up manual.

 

NOTE: to download the PDF catalogue of the old series click here 

 
89440 | | |
 

PZM2 - Direct operated pressure reducing valves ISO 4401-02 (CETOP R02)

P max 320 bar
Q max 20 l/min

The PZM2 valve is a three-ports pressure reducing valve, direct operated, spool type, made as modular version, with ports according to the ISO 4401 standards and can be assembled quickly, without use of pipes, under the ISO 4401-02 solenoid valves.

The PZM2 is a normally open valve. The hydraulic fluid flows freely in the pressure line. When the inlet pressure in P exceeds the value set by the spring, the valve opens the outlet port to the tank line until the outlet pressure has been reduced to the set value.

The valve construction provides good adjustment sensitivity with reduced drainage flow. The drainage to the tank line is internal.

The three-ports design provides protection of the secondary circuit from pressure surges since it allows a reverse flow from the actuator to the tank line.

 
62100 | | | | 3D