DFS60B-TJAA03600 SICK ⍾ 1065321
DFS60, Rotary.
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SICK DFS60B-TJAA03600 Datasheet PDF Size: 570 KB |
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Related in dfs60b-tj / DFS60 ⍾ Page 1
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DFS60B-TJAA10000
Performance: Pulses per revolution: 10,000 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.01°; Error limits: ± 0.05°; Inter …
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DFS60B-TJAC01024
Performance: Pulses per revolution: 1,024 1); Measuring step: 90° electronically/ppr; Measuring step deviation at binary number of lines: ± 0.008°; Error limits: ± 0.05°; Interface …
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DFS60B-TJAK08192
Performance: Pulses per revolution: 8,192 1); Measuring step: 90° electronically/ppr; Measuring step deviation at binary number of lines: ± 0.008°; Error limits: ± 0.05°; Interface …
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DFS60B-TJEC01024
Performance: Pulses per revolution: 1,024 1); Measuring step: 90° electronically/ppr; Measuring step deviation at binary number of lines: ± 0.008°; Error limits: ± 0.05°; Interface …
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DFS60B-TJEC10000
Performance: Pulses per revolution: 10,000 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.01°; Error limits: ± 0.05°; Inter …
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DFS60B-TJEK01024
Performance: Pulses per revolution: 1,024 1); Measuring step: 90° electronically/ppr; Measuring step deviation at binary number of lines: ± 0.008°; Error limits: ± 0.05°; Interface …
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DFS60B-TJNC01024
Performance: Periods per revolution: 1,024; Measuring step: 90° electronically/ppr; Measuring step deviation at binary number of lines: ± 0.008°; Error limits: ± 0.05°; Interfaces: …
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DFS60B-TJPZ00S06
Features: Special device: ✔; Specialty: Cable, universal, 0.5 m with M12 5-pin, customized label; Standard reference device: DFS60B-TJPK10000, 1036928; Performance: Pulses per revo …
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DFS60B-TJPZ00S07
Features: Special device: ✔; Specialty: DFS60B-TJPZ00S06 (1100135) cable, universal, 0.5 m with M12 8-pin, additional accessories included with deliveryCustomized label:6028369 M12 …
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DFS60B-TJWA03600
Performance: Pulses per revolution: 3,600 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.01°; Error limits: ± 0.05°; Interf …
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