Tie Rods Hydraulic Cylinder
Tie rods hydraulic cylinder, in compliance with the ISO 6020/2 standard, also available with magnetic sensors.
All standard ISO mountings are available, in different seals configurations.
|Standard Cylinders||ISO 6020/2 – DIN 24554 tie rods|
|Bore||From 25 to 100 -CD- || From 25 to 200 -DK-|
|Pressure(bar)||Operating: 160; Max 210|
|Stroke Tolerance||0 + 2 mm ISO 8131 Standard0 + 2mm Standard ISO 8131|
|Fluid||Hydraulic mineral oil / Phosphoric esters / HFC-fluid|
|Viscosity||12 … 90 mm2/S|
Hydraulic Cylinders with Counter Flanges
Hydraulic cylinders with counterflanges, in compliance with the ISO 6020/2 standard. They can be used with pressures up to 210 bar and they are suitable for long strokes. The cylinders are available in several different sealing configurations, depending on application conditions and desired performances.
Standard Cylinders ISO 6020/2 – DIN 24554 with counter flanges Bore From 50 to 100 -CD- || From 125 to 200 -DK- Pressure(bar) Operating: 160; Max 210 Max Stroke 4000 Stroke Tolerance 0 + 2 mm ISO 8131 Standard Fluid Hydraulic mineral oil / Phosphoric esters / HFC-fluid ViscosityViscosité 12 … 90 mm2/S
ISO 6020/2 Hydraulic Servocylinder
The ISO 6020/2 servocylinders are available both with tie rods (TD and TK versions) and with counter flanges (TH and TX version).
The servocylinders include an electronic transducer, which allows to obtain the absolute position of the rod. The type of transducer to be used depends on the performance you need.
The precision of positioning is determined by 2 elements: the resolution of the transducer and the drive system of the cylinder.
3 type of transducers are available:TEMPOSONIC: it allows high resolutions and different types of control; it supports all the stroke lengths necessary.POTENTIOMETRIC: the output signal is given from a cursor sliding on a piezoelectric. The maximum stroke allowed is 500 mm.INDUCTIVE: it emits a voltage or current signal generated by a separated electrical circuit. The maximum stroke allowed is 1000 mm.
MV MA MS PV IV IA Transducer type Temposomic Temposomic Temposomic Potenciometric InductiveInductif Inductive Supply Voltage 24V DC 24V DC 24V DC Max 60V 24V DC 24V DC Output 0-10V 4-20mA SSI 0-10V 4-20mA Resolution Endless Endless Endless Endless Endless Linearity <±0.02% F.S. (min ± 50 μm) <±0.02% F.S. (min ± 50 μm) <±0.01% F.S. (min ± 50 μm) ±0.1% F.S. ±0.2% F.S. ±0.2% F.S. Repeatability <±0.001% F.S. (min ± 2.5 μm) <±0.001% F.S. (min ± 2.5 μm) <±0.001% F.S. (min ± 2.5 μm) Hysteresis <4 μm <4 μm <4 μm Absorption 100 mA 100 mA 100 mA Max Speed 2 m/s 2 m/s 2 m/s 1 m/s 2 m/s 2 m/s Temperature -20 +70 °C -20 +70 °C -20 +70 °C -20 +70 °C -20 +70 °C -20 +70 °C Max Stroke 2500 2500 2500 500 1000 1000
The servocylinders can be equipped with ISO interface plates, which allow to mount directly on the cylinder the following elements:
– Solenoid valves ON/OFF
– Proportional solenoid valves
ISO 6020/2 Compact Hydraulic Cylinder
Light Compact Hydraulic Cylinder (Short Stroke)[/fusion_builder_column]
Double acting hydraulic cylinders, realized in high resistance aluminum with wearresistant coating. Suitable for industrial automation applications, not in heavy duty conditions, when a light, compact and highly modular construction is required.
Designed also for use with integrated magnetic sensors to control the piston position.
Bore from 25 to 63 from 80 to 100 Max Pressure 160 100 Stroke 20,50, 80, 100
Heavy Duty Compact Hydraulic Cylinders (Short Stroke)
Double acting hydraulic cylinders, realized in steel for heavy duty uses. Suitable for industrial automation applications, when a strong, compact and highly modular construction is required.
Available also with anti-rotation device and mechanic stroke limiters to control the final rod positions.
Bore from 25 to 100 Operating Pressure 250. Max 320. Stroke 20,50, 80, 100
Rotary actuators generate a torque through a cogwheel and a rack moved by a hydraulic cylinder.
This solution simplifies the kinematic and the maintenance required during its life cycle.
Rotary actuators have an adjustable cushioning, which can generate a cushioning torque comparable to the maximum torque of the cylinder. The stroke end adjuster allows phasing the system with a regulation range of +/-5°. They are also available in a version with magnetic piston for applications with magnetic proximity switches along the stroke of the piston.