Universal Hydraulic Tensile Machine 600 Kn

The hydraulic servo-controlled unit, for the data acquisition, control and processing. The whole is built in a console.
The frame is designed to carry out tensile tests using the grips placed in the clamping heads. In the upper part, between the head and traverse, it is possible to carry out flexion, compression, bending by using the suitable accessories devices.
The hydraulic servocontrolled unit regulates the load rate by the Computer. An emergency device stops the machine in any moment as per the International Safety Standards.
The machine is supplied complete with loading frame, control console, software, ronud samples :8-32 grips and flat samples grips.
Capacity : 600kN
Clemping head : pneumatic control
Max. crosshead stroke : 120 mm
Max. distance between the jaws : 420 mm Distance between
Compression plates : 320 mm
Load reading : Sensing by loading cell.
Resolution 0,01% U.V.
Accuracy : Class 1 EN 10002/2 Stroke reading Sensing by linear transducer Resolution : 0,01 mm
Deformation reading : Sensing by electronic extensometer
Resolution : 0,001 mm
Needed height : 3000 mm
Frame weight : 2600 kg approx.
Power Supply 220 V 1ph 50 Hz The hydraulic servo-controlled unit, for the data acquisition, control and processing. The whole is built in a console.
The frame is designed to carry out tensile tests using the grips placed in the clamping heads. In the upper part, between the head and traverse, it is possible to carry out flexion, compression, bending by using the suitable accessories devices.
The hydraulic servocontrolled unit regulates the load rate by the Computer. An emergency device stops the machine in any moment as per the International Safety Standards.
The machine is supplied complete with loading frame, control console, software, ronud samples :8-32 grips and flat samples grips.
Capacity : 600kN
Clemping head : pneumatic control
Max. crosshead stroke : 120 mm
Max. distance between the jaws : 420 mm Distance between
Compression plates : 320 mm
Load reading : Sensing by loading cell.
Resolution 0,01% U.V.
Accuracy : Class 1 EN 10002/2 Stroke reading Sensing by linear transducer Resolution : 0,01 mm
Deformation reading : Sensing by electronic extensometer
Resolution : 0,001 mm
Needed height : 3000 mm
Frame weight : 2600 kg approx.
Power Supply 220 V 1ph 50 Hz