Konica Minolta DF617 alimentatore automatico di documenti reversibile (RADF) - 100 fogli, A3/A4, duplex, 70 opm, bianco/grigio

The Konica Minolta DF617 is a high-performance Reversing Automatic Document Feeder (RADF) designed to enhance the productivity of compatible bizhub multifunction printers. This feeder enables automatic duplex scanning and high-speed document processing, making it an essential accessory for busy office environments.

Advantages

Boost your workflow efficiency with the DF617's ability to handle up to 100 sheets at once, supporting duplex scanning for two-sided documents without manual intervention. With a scan speed of up to 70 originals per minute (A4, 300 dpi), it significantly reduces waiting time. The feeder accommodates a wide range of paper sizes from A3 to A5, as well as custom sizes, and handles paper weights from 35 to 128 g/m² (simplex) and 50 to 128 g/m² (duplex). Its robust construction and easy top-mount installation ensure reliable performance and seamless integration with your existing Konica Minolta equipment.

Suitable for

• Offices requiring high-volume scanning, copying, and faxing
• Users needing automatic duplex document feeding
• Compatible with Konica Minolta bizhub C220, C280, C360, C452, C552, C652, C224, C284, C364, C454, C554, C654, C754 series and other compatible models

Key specifications

• Feeder Type: Reversing Automatic Document Feeder (RADF)
• Document Capacity: 100 sheets
• Supported Paper Sizes: A3, A4, A5, B4, B5, Letter, Legal, Custom
• Paper Weight (Simplex): 35 - 128 g/m²
• Paper Weight (Duplex): 50 - 128 g/m²
• Duplex Scanning: Yes (Automatic)
• Maximum Scan Speed: Up to 70 opm (A4, 300 dpi)
• Compatibility: Konica Minolta bizhub series (see full list)
• Colour: White/Grey
• Includes 8 pickup rollers (part number A0HT706000)

Recommendations

For optimal performance, use genuine Konica Minolta consumables and follow the installation guide provided with the feeder. Regular maintenance of the pickup rollers ensures consistent feeding and extends the life of the device.