ENCODER SENSOR (9730) TYPE D

₹1400 / Pcs.

  • Precision Type D Form Factor: Features the exact physical chassis geometry, mounting bracket tabs, and connection interface designated for Type D hardware layouts, ensuring a fast, plug-and-play replacement.

  • Advanced 9730 Optical Core: Built utilizing highly responsive optical photo-interrupter technology to read high-resolution raster scales (such as standard 180 LPI or fine-pitch grids) with extreme precision.

  • Anti-Contaminant Shielded Casing: Encased in a rugged polymer shell designed to isolate the delicate internal sensor lens from micro-fine ink vapors, ambient workshop dust, and static charge.

Category: SENSOR
vendor: CMYK
Contry Of Origin: CHINA
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  • Precision Type D Form Factor: Features the exact physical chassis geometry, mounting bracket tabs, and connection interface designated for Type D hardware layouts, ensuring a fast, plug-and-play replacement.

  • Advanced 9730 Optical Core: Built utilizing highly responsive optical photo-interrupter technology to read high-resolution raster scales (such as standard 180 LPI or fine-pitch grids) with extreme precision.

  • Anti-Contaminant Shielded Casing: Encased in a rugged polymer shell designed to isolate the delicate internal sensor lens from micro-fine ink vapors, ambient workshop dust, and static charge.

Parameter Specification
Part Name 9730 Type D Wide-Format Printer Raster Decoder Sensor
Condition 100% Brand New Factory-Original
Model Designation Type D Framework
Output Signal Type High-Accuracy Digital HTL / TTL Quadrature Data

Achieve flawless graphic layout, razor-sharp text legibility, and immaculate dot placement with our premium 9730 Type D Encoder Sensor. Precision-engineered as a mission-critical positioning module for industrial wide-format printing machinery, this commercial-grade optical reader acts as the primary positioning guide for your printer's carriage axis. It glides continuously along the physical raster ribbon, capturing real-time position coordinates down to microscopic intervals.