Magswitch UR10 Isolated Cobot Magnet Base – 81001289

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Our Magswitch UR10 Isolated Cobot Magnet Base is intended for use with collaborative robotic arms. The Cobot magnet base firmly fixtures 10 kg payload collaborative robots on ferrous materials with a twist of the wrist. Magswitch pivoting arrays can be anchored to flat and cylindrical surfaces and feature a wide footprint to reduce the risk of peel when the end effector is at its greatest radius. The array pivot points contain electrically isolating bushings and washers to ensure welding and static transient voltages on the part/substrate are decoupled from the robot ground. Refer to the dimensional drawing below for the default mounting pattern. Custom patterns can be incorporated upon request.

SKU: 81001289.
Categories: , .

Specifications

Maximum Breakaway Force 1,2 4960 lb / 2250 kg
Maximum Shear 1,2 1088 lb / 494 kg
Individual Magnetic Pole Footprint 2.8″ x 11.7″ / 71 mm x 296 mm
Overall Magnetic Pole Footprint  15.0″x 11.7″ / 381 mm x 296 mm
Net Weight 66 lb / 30 kg

 

Material Thickness – mm (in) 1.5
(.059)
1.9
(.075)
2.7
(.106)
3
(.118)
3.5
(.138)
4.76
(.187)
6.35
(.250)
9.53
(0.375)
12.7
(0.500)
19.05
(0.750)
Maximum Force – kg (lbs) 161.6
(356)
215.9
(476)
357.1
(787)
371.9
(820)
413.7
(912)
570
(1257)
879.4
(1939)
1044
(2302)
1092
(2407)
1125
(2480)

 

SWL (Safe Working Load) = Maximum Force 5/ Safety Force (≥5)

1 Determined in laboratory environment on 2” thick SAE1018 Steel with surface roughness 63 micro inches with optimized pole shoes. Many factors contribute to the actual breakaway force and safe working load in each application. Consult a Magswitch Applications Engineer and test the Magswitch in each application before deployment.
2 All data applies to unit with flat pole shoes installed.
3 Determined with SAE1018 Steel L=200mm W=200mm.
4 Values may vary by +/- 5%.
5 Maximum forces listed above are not safe lifting forces. Designer must take into account safety factor when specifying tool. Magswitch recommends SWL = 5:1 for most applications.

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