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™ PM9500-DPM reader is a cordless rugged handheld area imager specifically addressed and capable of reading codes marked with DPM. The PowerScan PM9530-DPM imager includes the latest optics and software from Datalogic to make the reading of codes marked with DPM technology easy and intuitive. The typical reading distance is from contact to 4-5 cm / 1.5-1.9 in, depending on the 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 PowerScan PM9500-DPM imager is equipped with Datalogic’s STAR Cordless System™ 2.0, which is available in 433 MHz or 910 MHz. Additionally, it features ‘backwards compatibility’, making it compatible with the current PowerScan STAR radio technology. The intuitive aiming system allows the highest first-pass reading rate. Additionally, the PowerScan PM9500-DPM 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. - Supports any kind of DPM code. - Snappy omnidirectional reading. - Intuitive aiming system. - Soft white light illumination. - STAR Cordless System™ available in 433 MHz or 910 MHz. - Datalogic’s Motionix™ motion-sensing technology. - Image capture. - Datalogic’s 3GL™ (3 Green Lights) technology and loud beeper for good-read feedback. - EASEOFCARE Service Plans offer a wide range of service options to protect your investment, ensuring maximum productivity and ROI.
Datalogic PowerScan PM9500 Handheld bar code reader 1D/2D Photo diode Black, Yellow
SKU: PM9500-DPM433RBK10£811.51 ex VAT
£973.81 inc VAT
Out of stockScanning Type Handheld bar code reader 2D (matrix & stacked) barcodes supported Aztec Code, Data Matrix, MaxiCode, Micro QR Code, QR Code Yaw reading angle 0 - 40° Wavelength 680 nm Tilt reading angle 0 - 360° Sensor type Photo diode Scanner type 1D/2D Pitch reading angle 0 - 40° Light levels (direct sunlight) 0 - 100000 lx Ports & interfaces Wireless range 100 m Operating frequency 433 MHz Standard interfaces USB Performance International Protection (IP) code IP65 Product colour Black, Yellow Light levels (direct sunlight) 0 - 100000 lx Design Type Handheld bar code reader International Protection (IP) code IP65 Product colour Black, Yellow Power Power source type Battery Number of batteries supported 1 Battery life 10 h Charging time 4 h Number of reads per charge 30000 Battery technology Lithium-Ion (Li-Ion) Battery capacity 2150 mAh Weight & dimensions Width 74 mm Depth 110 mm Height 212 mm Weight 380 g Technical details Type Handheld bar code reader International Protection (IP) code IP65 Product colour Black, Yellow Packaging data Charging base Yes Cables included USB Operational conditions Storage temperature (T-T) -40 - 70 °C Operating temperature (T-T) -20 - 50 °C Operating relative humidity (H-H) 0 - 95% Light levels (direct sunlight) 0 - 100000 lx Packaging content Charging base Yes Cables included USB Your parcel will arrive within 5 business days (excluding weekends and public holidays) after you place your order. Items are shipped in working days only, your order may arrive anytime between 7am and 9pm. Deliveries are not made on public holidays, so you can expect your order to arrive the next working day.
Items must be returned in an unused and saleable condition within 16 days of the receipt of goods. Please read our delivery and returns policy for further information.
