Description
SICK SRS50-HZA0-S21
SICK SRS50-HZA0-S21
- Features
Special product ✔ Property Customer-specific Hollow shaft (see Dimensional drawing) Fixing bolt M5 x 45 (Torx) screwed into the EFx50 in the delivery condition
Programming the position value (zero point marking: solver torque support)
Standard reference device SRS50-HAA0-K22, 1037060
- Performance
Sine/cosine periods per revolution 1.024 Absolute detectable speed 1 Total number of steps 32.768 measuring step ≤ 0.3″ Sine/cosine signals e.g. In case of interpolation with 12 Bits Integral nonlinearity type. ± 45 ″, Error limits in the evaluation of sine/cosine signals, at de-stressed torque support Differential nonlinearity ± 7″, Nonlinearity of a sine/cosine period Working speed ≤ 6,000 min⁻¹, which can be reliably realized up to the absolute position Available memory space 1.792 Byte System precision ± 52 ″
- Interfaces
Code type for absolute value Dual code string In the rotation of the shaft, increasing. Looking clockwise towards “A” (see dimensional drawing), In case the Shaft is rotated clockwise facing “A” (see dimensional drawing) Communication interface HIPERFACE®
- electrical data
Connection type Male connector, 8 pin, radial Supply voltage 7 V … 12 V Recommended voltage source 8 V DC Current consumption 80 mA 1) Output frequency for sine/cosine signals ≤ 200 kHz MTTF: Mean time to dangerous failure 235 years (EN ISO 13849) 2) - 1) No load.
- 2) This product is a standard product, it does not contain any safe components defined in the machinery directives. Calculation of structural elements based on nominal load, average ambient temperature 60 °C, frequency of use 8760 h/a. All electronic failures are considered dangerous failures. For detailed information, see Document No. 8015532.
- Mechanical data
Thousand types Hollow shaft Flange type / torque support rubber support Dimensions/dimensions See dimensional drawing Weight ≤ 0,2 kg Working speed ≤ 12.000 min⁻¹ Angular acceleration ≤ 200.000 rad/s² operating torque 0,2 Ncm Starting torque + 0,4 Ncm Permissible static shaft movement for the drive element ± 0,2 mm radyal ±0.8mm straight
Permissible dynamic shaft movement for the drive element ± 0,15 mm radyal ± 0.2 mm straight
Movement at right angles to the axis of rotation, static ± 0,005 mm/mm Perpendicular movement to the axis of rotation, dynamic ± 0,0025 mm/mm Working time of ball bearing 3,6 x 109 tur
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