DATALOGIC Datalogic Powerscan Pd9531, 2d, Sr, Multi-if, Kit (USB), Black, Yellow Moq:1

Redcorp# 78556863 Article# PD9531-K1
€ 470.30 Excl. VAT
Starts from € 457.83 Details
FREE Shipping.
Quantity
-
1
+
Datalogic DATALOGIC Datalogic Powerscan Pd9531, 2d, Sr, Multi-if, Kit (USB), Black, Yellow Moq:1
For personal help or faster delivery

+32 2 558 30 00

Direct Part Marking (DPM) is a process that allows users to imprint a bar code directly on an item instead of printing the code on a paper label. Different technologies are available to directly mark objects: laser / chemical etching, dot peening and ink jet printing. Each of these methods has specific advantages and disadvantages in terms of durability, cost and ease of reading.

The PowerScan™ PD9530-DPM Evo reader is a rugged handheld area imager specifically addressed for DPM applications. The typical reading distance is from contact to 4-5 cm / 1.5-1.9 in, depending on the type of DPM technology used, the code resolution, and the material and surface type. The scanner is also capable of reading standard bar codes printed on labels. It is based on a high density optic which allows the capture of very small, high-resolution codes in a range from near contact up to 15.0 cm / 5.9 in.

The intuitive aiming system provides the highest first-pass reading rate. Additionally, the PowerScan 9530-DPM Evo area imager uses a soft-pulsed white illumination light resulting in reduced flashes, which is very gentle on users’ eyes.

Datalogic’s Motionix™ motion-sensing technology detects the natural actions of the operator to automatically switch the scanner into the desired scanning mode.

Specs
Scanning
Handheld bar code reader
1D/2D
Photo diode
Aztec Code, Data Matrix, MaxiCode, Micro QR Code, QR Code
864 x 544 pixels
0 - 100000 lx
0 - 360°
0 - 40°
0 - 40°
Ports & interfaces
Wired
Keyboard wedge, RS-232, USB
Performance
IP65
Black, Yellow
Power
DC
5 V
Weight & dimensions
74 mm
110 mm
212 mm
330 g
Packaging data
USB
Operational conditions
-20 - 50 °C
-40 - 70 °C
0 - 95%
Technical details
RoHS
Logistics data
84716070


Results