Datalogic PowerScan 9501 Handheld bar code reader 2D Black, Yellow

Datalogic PowerScan 9501. Type: Handheld bar code reader, Scanner type: 2D. Connectivity technology: Wired & Wireless. Product color: Black, Yellow. Power source type: Battery. Cables included: AC, USB
Manufacturer: Datalogic
SKU: 7217338
Manufacturer part number: PM9501-DHP433RBK10
GTIN: 5704174036173
Ship to
*
*
Shipping Method
Name
Estimated Delivery
Price
No shipping options
The PowerScan™ 9501 2D area imagers combine omnidirectional reading capabilities with outstanding optical characteristics, resulting in a scanner that is able to read any kind of bar code, regardless of orientation! The PowerScan family of bar code readers are the ultimate industrial hand held scanners designed and constructed to withstand the toughest environmental conditions. The PowerScan PD9531 imager is the corded version of the new series. The 9501 cordless area imagers are comprised of the PBT9501 / PM9501 imagers. The PBT9501 features Bluetooth® wireless technology and the PM9501 features Datalogic’s STAR Cordless System™ narrow band radio. The PowerScan 9501 imagers have an ergonomic shape with well-balanced weight and an intuitive aiming system, allowing the highest first-pass reading rate while reducing unnatural wrist movement. Additionally, the PowerScan 9501 area imagers use a soft-pulsed white illumination light resulting in reduced flashes, which is much gentler on the eyes during scan-intensive operations. The 9501 area imagers also feature Datalogic’s exclusive 3 Green Lights (3GL™) for superior good-read feedback. The patented ‘Green Spot’ technology directly on the code and dual Good Read LEDs increase visibility at any angle. All models have multi-interface capabilities featuring the most popular interfaces: RS-232, Keyboard Wedge, USB and offer an optional Ethernet for standard or industrial uses. The PowerScan 9501 imagers introduce a new technology with the ‘Liquid Lens’ feature which increases the depth of field and allows the reading of standard, wide and high density bar codes. Datalogic’s Motionix™ motion-sensing technology detects the natural actions of the operator to automatically switch the scanner into the desired scanning mode (hand held or presentation scanning).
The PowerScan™ 9501 2D area imagers combine omnidirectional reading capabilities with outstanding optical characteristics, resulting in a scanner that is able to read any kind of bar code, regardless of orientation! The PowerScan family of bar code readers are the ultimate industrial hand held scanners designed and constructed to withstand the toughest environmental conditions. The PowerScan PD9531 imager is the corded version of the new series. The 9501 cordless area imagers are comprised of the PBT9501 / PM9501 imagers. The PBT9501 features Bluetooth® wireless technology and the PM9501 features Datalogic’s STAR Cordless System™ narrow band radio. The PowerScan 9501 imagers have an ergonomic shape with well-balanced weight and an intuitive aiming system, allowing the highest first-pass reading rate while reducing unnatural wrist movement. Additionally, the PowerScan 9501 area imagers use a soft-pulsed white illumination light resulting in reduced flashes, which is much gentler on the eyes during scan-intensive operations. The 9501 area imagers also feature Datalogic’s exclusive 3 Green Lights (3GL™) for superior good-read feedback. The patented ‘Green Spot’ technology directly on the code and dual Good Read LEDs increase visibility at any angle. All models have multi-interface capabilities featuring the most popular interfaces: RS-232, Keyboard Wedge, USB and offer an optional Ethernet for standard or industrial uses. The PowerScan 9501 imagers introduce a new technology with the ‘Liquid Lens’ feature which increases the depth of field and allows the reading of standard, wide and high density bar codes. Datalogic’s Motionix™ motion-sensing technology detects the natural actions of the operator to automatically switch the scanner into the desired scanning mode (hand held or presentation scanning).
*
*
*