• Payment
  • Payment
  • Payment
  • Payment
  • Payment
  • 30-day return policy.
  • Intl. delivery available via DHL, FedEx & UPS.
  • Government, Military, or Educational buyers: Request an official quote.
  • Warranty terms vary by product; please refer to policies page for details.

Datalogic Barcode Scanner - PM9501-910RBK10

$1,160.00
PM9501-910RBK10 - Datalogic Barcode Scanner
SKU DATALOGIC-PM9501-910RBK10
BrandDatalogic
ConditionNew
Availability
In stock
Weight 1.5

Need multiple units of DATALOGIC-PM9501-910RBK10 or planning a bulk purchase? Call us at (754) 732-9110 or submit a bulk quote request. Our team will work with you directly to provide the most competitive pricing and tailored solutions for your business.

PM9501-910RBK10 - Datalogic Barcode Scanner
Specifications:
Technical Specifications
General Information
Manufacturer Part NumberPM9501-910RBK10
Brand NameDatalogic
Product TypeRuggedized Cordless 1D/2D Area Imager (USB Kit, 910 MHz)
SeriesPowerScan PM9501
UPC / Barcode0746175924924
Scanner Specifications
Scan TechnologyArea Imager, high-performance liquid lens optics
ConnectivityDatalogic STAR Cordless System, 910 MHz narrow band radio
Durability RatingIP65 water and particulate sealing
ColorBlack/Yellow
Included AccessoriesBase Station BC9030-910, Cable CAB-438, Power Brick 8-0935, Power Cord 6003-0941
Physical Characteristics
Dimensions21.2 x 11 x 7.4 cm (8.3 x 4.3 x 2.9 in), same PowerScan 9500 family footprint
Weight1.5 lb
Key Features
A ruggedized cordless reader suitable for all demanding applications in warehouses, transportation and manufacturing (manufacturer product description)
Equipped with a new generation of the Datalogic STAR Cordless System, improving versatility, ease-of-use and radio range
Handle shape, well-balanced weight and intuitive aiming system allow high first-pass reading rates while reducing wrist strain
Uses soft-pulsed white illumination light that is gentle on the eyes during scan-intensive applications
High-performance Liquid Lens increases depth-of-field for reading wide and high density codes in a single model