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DFS60E-TGE / DFS60

DFS60E-TGE / DFS60

Items 13 - 24 of 30 from SICK ⍾ Last modified Sep 4, 2025

DFS60E-TGE / DFS60 ⍾ Page 2

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DFS60E-TGEK00100 - Sick
DFS60, Rotary.
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DFS60E-TGEK02048 - Sick
DFS60, Rotary. Electrical interface: 10 V ... 32 V, HTL/Push pull, Cable, 8-pin, universal, 1.5 m.
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DFS60E-TGEC01024 - Sick
DFS60, Rotary. Electrical interface: 10 V ... 32 V, HTL/Push pull, Connector M12, 8-pin, radial.
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DFS60E-TGEK01000 - Sick
DFS60, Rotary.
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DFS60E-TGEA01000 - Sick
DFS60, Rotary. Electrical interface: 10 V ... 32 V, HTL/Push pull, Connector M23, 12-pin, radial.
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DFS60E-TGEA00100 - Sick
DFS60, Rotary. Electrical interface: 10 V ... 32 V, HTL/Push pull, Connector M23, 12-pin, radial.
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DFS60E-TGEA00512 - Sick
DFS60, Rotary. Electrical interface: 10 V ... 32 V, HTL/Push pull, Connector M23, 12-pin, radial.
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DFS60E-TGEA00360 - Sick
DFS60, Rotary. Electrical interface: 10 V ... 32 V, HTL/Push pull, Connector M23, 12-pin, radial.
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DFS60E-TGEA00500 - Sick
DFS60, Rotary. Electrical interface: 10 V ... 32 V, HTL/Push pull, Connector M23, 12-pin, radial.
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DFS60E-TGEA00720 - Sick
DFS60, Rotary. Electrical interface: 10 V ... 32 V, HTL/Push pull, Connector M23, 12-pin, radial.
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DFS60E-TGEN00250 - Sick
Performance: Pulses per revolution: 250 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.2°; Error limits: ± 0.3°; Interfaces: Communication interface: Incremental; Communication Interface detail: HTL / Push pull; Number of signal channels: 6-channel; Initialization time: 40 ms; Output frequency: ≤ 300 kHz; Load current: ≤ 30 mA; Power consumption: ≤ 0.5 W...
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DFS60E-TGEM00100 - Sick
Performance: Pulses per revolution: 100 1); Measuring step: 90° electronically/ppr; Measuring step deviation at non binary number of lines: ± 0.2°; Error limits: ± 0.3°; Interfaces: Communication interface: Incremental; Communication Interface detail: HTL / Push pull; Number of signal channels: 6-channel; Initialization time: 40 ms; Output frequency: ≤ 300 kHz; Load current: ≤ 30 mA; Power consumption: ≤ 0.5 W...