Servo-controlled electromechanical "touch-screen" universal testing machine, 600 kN.  

MAIN FEATURES

- Load capacity: 600 kN 
- Test speed: Minimum 0.01mm/min - Maximum 480 mm/min
- Positioning speed: 300 mm/min
- Cross bar travel (*): 1500 mm/min
- Opening of the testing chamber: Vertical (**) 1510 mm - Horizontal 713 mm
- Maximum distance between the tensile heads (***): 550 mm
- Dimensions in mm: 3000 (height) - 1465 (width) - 930 (depth)
- Weight: 2600 kg
- Power supply: 400V 3ph 50Hz
- Absorbed power: 3000 W

For further information, please consult the category electromechanical servo-controlled universal machines for tensile tests on steel.

NOTES: 
(*) The cross bar travel is referred to the distance between the upper surface of the base and the lower surface of the cross bar and it doesn’t include the load cell, the seizing devices, the different equipments etc.
(**) The vertical opening of the testing chamber is the distance between the upper surface of the base and the lower surface of the crossbar, without load cells, seizing devices and other devices.
(***) The maximum distance between the tensile heads is the distance between the grips when the crossbar is at its upper dead point (load cell is installed). Practically it is the free length of the specimen between the tensile heads.

Servo-controlled electromechanical "touch-screen" universal testing machine, 200 kN.  

MAIN FEATURES

- Load capacity: 200 kN 
- Test speed: Minimum 0.01mm/min - Maximum 480 mm/min
- Positioning speed: 480 mm/min
- Cross bar travel (*): 1150 mm/min
- Opening of the testing chamber: Vertical (**) 1280 mm - Horizontal 600 mm
- Maximum distance between the tensile heads (***): 480 mm
- Dimensions in mm: 2340 (height) - 1370 (width) - 700 (depth)
- Weight: 1150 kg
- Power supply: 400V 3ph 50Hz
- Absorbed power: 3000 W

For further information, please consult the category electromechanical servo-controlled universal machines for tensile tests on steel.

NOTES: 
(*) The cross bar travel is referred to the distance between the upper surface of the base and the lower surface of the cross bar and it doesn’t include the load cell, the seizing devices, the different equipments etc.
(**) The vertical opening of the testing chamber is the distance between the upper surface of the base and the lower surface of the crossbar, without load cells, seizing devices and other devices.
(***) The maximum distance between the tensile heads is the distance between the grips when the crossbar is at its upper dead point (load cell is installed). Practically it is the free length of the specimen between the tensile heads.

Servo-controlled electromechanical "touch-screen" universal testing machine, 100 kN.  

MAIN FEATURES

- Load capacity: 100 kN 
- Test speed: Minimum 0.01mm/min - Maximum 500 mm/min
- Positioning speed: 500 mm/min
- Cross bar travel (*): 1180 mm/min
- Opening of the testing chamber: Vertical (**) 1310 mm - Horizontal 600 mm
- Maximum distance between the tensile heads (***): 510 mm
- Dimensions in mm: 2340 (height) - 1370 (width) - 700 (depth)
- Weight: 1000 kg
- Power supply: 400V 3ph 50Hz
- Absorbed power: 2000 W

For further information, please consult the category electromechanical servo-controlled universal machines for tensile tests on steel.

NOTES: 
(*) The cross bar travel is referred to the distance between the upper surface of the base and the lower surface of the cross bar and it doesn’t include the load cell, the seizing devices, the different equipments etc.
(**) The vertical opening of the testing chamber is the distance between the upper surface of the base and the lower surface of the crossbar, without load cells, seizing devices and other devices.
(***) The maximum distance between the tensile heads is the distance between the grips when the crossbar is at its upper dead point (load cell is installed). Practically it is the free length of the specimen between the tensile heads.

Servo-controlled electromechanical "touch-screen" universal testing machine, 50 kN.  

MAIN FEATURES

- Load capacity: 50 kN 
- Test speed: Minimum 0.01mm/min - Maximum 500 mm/min
- Positioning speed: 500 mm/min
- Cross bar travel (*): 1130 mm/min
- Opening of the testing chamber: Vertical (**) 1251 mm - Horizontal 421 mm
- Maximum distance between the tensile heads (***): 612 mm
- Dimensions in mm: 1845 (height) - 810 (width) - 670 (depth)
- Weight: 370 kg
- Power supply: 230V lph 50Hz
- Absorbed power: 1200 W

For further information, please consult the category electromechanical servo-controlled universal machines for tensile tests on steel.

NOTES: 
(*) The cross bar travel is referred to the distance between the upper surface of the base and the lower surface of the cross bar and it doesn’t include the load cell, the seizing devices, the different equipments etc.
(**) The vertical opening of the testing chamber is the distance between the upper surface of the base and the lower surface of the crossbar, without load cells, seizing devices and other devices.
(***) The maximum distance between the tensile heads is the distance between the grips when the crossbar is at its upper dead point (load cell is installed). Practically it is the free length of the specimen between the tensile heads.

Servo-controlled electromechanical "touch-screen" universal testing machine, 10 kN.  

MAIN FEATURES

- Load capacity: 10 kN 
- Test speed: Minimum 0.01mm/min - Maximum 500 mm/min
- Positioning speed: 500 mm/min
- Cross bar travel (*): 1130 mm/min
- Opening of the testing chamber: Vertical (**) 1253 mm - Horizontal 421 mm
- Maximum distance between the tensile heads (***): 630 mm
- Dimensions in mm: 1708 (height) - 550 (width) - 683 (depth)
- Weight: 250 kg
- Power supply: 230V lph 50Hz
- Absorbed power: 1000 W

For further information, please consult the category electromechanical servo-controlled universal machines for tensile tests on steel.

NOTES: 
(*) The cross bar travel is referred to the distance between the upper surface of the base and the lower surface of the cross bar and it doesn’t include the load cell, the seizing devices, the different equipments etc.
(**) The vertical opening of the testing chamber is the distance between the upper surface of the base and the lower surface of the crossbar, without load cells, seizing devices and other devices.
(***) The maximum distance between the tensile heads is the distance between the grips when the crossbar is at its upper dead point (load cell is installed). Practically it is the free length of the specimen between the tensile heads.