DFS60B-BDW / DFS60 Page 1 from SICK ⍾ Last modified
dfs60b-bdw / DFS60 ⍾ Page 1
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DFS60B-BDWA00005
Performance: Pulses per revolution: 5 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.08°; Error limits: ± 0.05°; Interfaces …
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DFS60B-BDWA00020
Performance: Pulses per revolution: 20 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.08°; Error limits: ± 0.05°; Interface …
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DFS60B-BDWA00030
Performance: Pulses per revolution: 30 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.08°; Error limits: ± 0.05°; Interface …
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DFS60B-BDWA00050
Performance: Pulses per revolution: 50 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.08°; Error limits: ± 0.05°; Interface …
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DFS60B-BDWA00360
Performance: Pulses per revolution: 360 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.01°; Error limits: ± 0.05°; Interfac …
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DFS60B-BDWA00400
Performance: Pulses per revolution: 400 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.01°; Error limits: ± 0.05°; Interfac …
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DFS60B-BDWA00500
Performance: Pulses per revolution: 500 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.01°; Error limits: ± 0.05°; Interfac …
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DFS60B-BDWA01000
Performance: Pulses per revolution: 1,000 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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DFS60B-BDWA01024
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-BDWA03000
Performance: Pulses per revolution: 3,000 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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