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Laat je robot nog verder gaan
Met de schuifrail kan de werkruimte van DOBOT Magician met 1 meter worden uitgebreid.
Over grote afstanden picken en plaatsen, maar ook ook uitgebreide lasergravures, schrijf- en tekenopties.
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Specificaties
Laadvermogen5 kgEffectieve reisafstand1000 mmMaximale snelheid150 mm/sMaximale versnelling150 mm/s²Herhaal positioneringsnauwkeurigheid0.01 mmAbsolute positioneringsnauwkeurigheid0.25 mmNetto gewicht in kg4.7 kgGewicht (inclusief verpakking) in kg7.23 kgAfmetingen (lengte x breedte x hoogte) in mm1320 mm × 120 mm × 55 mm
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DOBOT Sliding Rail Kit Verzendlijst
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Sliding Rail
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Gereedschap
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Kabelset
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Montage accessoires
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Montage-instructie
Het pakket bevat: de schuifrail, gereedschap, een kabelset, montage accessoires en de montage-instructie. -
Veelgestelde vragen
DOBOT Sliding Rail Kit
1) Check the present software firmware and the version of Dobot Studio whether they support the color sensor or not.
2) The distance between color sensor and wood blocks shouldn’t be too long or too short, it had better in the range of 5~10 mm.
3) Check the pre-setting color sensor interface and the actual interface is consistent or not.
4) If the above mentioned methods are noneffective, please open the blockly module, and run the test program below. Check the reading data in Running Log which is on the right, and you should change a color sensor if the reading data is abnormal.
Press Home button firstly and continue your operation.
Take a close look at the color of indicator light. The yellow indicates the next running of Dobot arm is limited, and you should modifies its position point.
Open the blockly module, and run the test program below to check the photoelectric sensor is normal or not. If there’s no barriers in front of photoelectric sensor, the value will be 0; otherwise, the value will be 1.
Note:
1）If you choose the Interface GP2 in blockly module, and the sensor should be connected onto the Interface GP2 on Dobot arm correspondingly.
2）You can use the spin button on the back of photoelectric sensor to adjust its sensing distance. Clockwise (C.W.) spinning means making the distance longer and anticlockwise spinning means making the distance short. If the data of sensor is always 1 or 0, you can try to deal the problem by slightly spinning it.
