Banc de test de rotor d'interruptuer série FD
  • Banc de test de rotor d'interruptuer série FD

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Fabricant: DACPOL SERVICE

Banc de test de rotor d'interruptuer série FD

Rotor tester FD series


Device description

The tester is designed for automatic measurement of rotor torque and its rotation angle. Measurement results are presented on the computer screen in the form of a graph: torque vs. rotation angle and digital torque values read for selected intervals of the rotor rotation angle.

The rotor under test is placed in the measuring socket of the tester. The tester forces rotation of the rotor's moving parts. During this rotation the value of the torque and the rotation angle is measured. A special sensor with very high accuracy is used to measure the torque, while the angle of rotation is calculated from the number of "steps" of the stepping motor. To increase the accuracy of determining the rotation angle, the stepper motor has been equipped with a backlash-free gear.

The test starts automatically when the protective cover is closed. When the test is finished, the screen will show the result as "Good" or "Defective". If the result was "Good" you can remove the rotor and insert another one, if the result was "Defective" a window will appear on the monitor screen where you must enter a code to unlock the cover and remove the rotor. START" button is used to repeat the test, "STOP" button is used to stop the test.

The tester is controlled by a computer equipped with a measuring and control card. The card records the analog signal from the torque sensor and simultaneously counts the steps of the stepper motor. The tester computer software provides automatic and manual execution of the test cycle. Manual mode is used during service work. The operator operates the tester using the computer touch screen, keyboard, mouse, and control buttons and indicator lights. During operation of the tester, the operator's activities are limited only to replacement of the rotors under test.



Technical data

Tester operation 1 person
Duration of the test cycle 10 s
Tester power supply 230 V; 50 Hz
Power consumption approx. 1 kW
Measured parameters - torque applied to the rotor moving parts;
- rotation angle of rotor's moving parts.
Maximum torque value 2,4 Nm
Torque resolution ±0,2% of range
Rotation angle measurement resolution ±0,01 grd
Rotation angle measurement accuracy ±0,01°
Adjustable tester parameter rotor rotation angular velocity
Rotor rotation method constant angular velocity
Rotor drive stepping motor with backlash-free transmission
Basing the rotor in the measuring socket 2 pcs. of pegs
Rotor lever locking 2 pcs. of pegs
Rotor Hold from above, with a clamp attached on a common axis with the rotor body (it will rotate together with the rotor)
Operator's desk computer monitor, keyboard, mouse, disconnect switch, emergency stop, illuminated buttons NETWORK, ON, OFF, START, STOP
Tester dimensions (H x W x D)
 960 x 800 x 770 [mm]
Weight 100 kg


Example test

Tested element Screenshot
Moins
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Rotor tester FD series


Device description

The tester is designed for automatic measurement of rotor torque and its rotation angle. Measurement results are presented on the computer screen in the form of a graph: torque vs. rotation angle and digital torque values read for selected intervals of the rotor rotation angle.

The rotor under test is placed in the measuring socket of the tester. The tester forces rotation of the rotor's moving parts. During this rotation the value of the torque and the rotation angle is measured. A special sensor with very high accuracy is used to measure the torque, while the angle of rotation is calculated from the number of "steps" of the stepping motor. To increase the accuracy of determining the rotation angle, the stepper motor has been equipped with a backlash-free gear.

The test starts automatically when the protective cover is closed. When the test is finished, the screen will show the result as "Good" or "Defective". If the result was "Good" you can remove the rotor and insert another one, if the result was "Defective" a window will appear on the monitor screen where you must enter a code to unlock the cover and remove the rotor. START" button is used to repeat the test, "STOP" button is used to stop the test.

The tester is controlled by a computer equipped with a measuring and control card. The card records the analog signal from the torque sensor and simultaneously counts the steps of the stepper motor. The tester computer software provides automatic and manual execution of the test cycle. Manual mode is used during service work. The operator operates the tester using the computer touch screen, keyboard, mouse, and control buttons and indicator lights. During operation of the tester, the operator's activities are limited only to replacement of the rotors under test.



Technical data

Tester operation 1 person
Duration of the test cycle 10 s
Tester power supply 230 V; 50 Hz
Power consumption approx. 1 kW
Measured parameters - torque applied to the rotor moving parts;
- rotation angle of rotor's moving parts.
Maximum torque value 2,4 Nm
Torque resolution ±0,2% of range
Rotation angle measurement resolution ±0,01 grd
Rotation angle measurement accuracy ±0,01°
Adjustable tester parameter rotor rotation angular velocity
Rotor rotation method constant angular velocity
Rotor drive stepping motor with backlash-free transmission
Basing the rotor in the measuring socket 2 pcs. of pegs
Rotor lever locking 2 pcs. of pegs
Rotor Hold from above, with a clamp attached on a common axis with the rotor body (it will rotate together with the rotor)
Operator's desk computer monitor, keyboard, mouse, disconnect switch, emergency stop, illuminated buttons NETWORK, ON, OFF, START, STOP
Tester dimensions (H x W x D)
 960 x 800 x 770 [mm]
Weight 100 kg


Example test

Tested element Screenshot
Moins
Lire la suite