The HL-L9470CDN is a high-speed, high-volume A4 colour laser printer with a low cost of ownership. The high inbox toner considerably reduces print spend, together with robust build quality and excellent glossy print quality makes the HL-L9470CDN the ideal print partner for your business. With the simple, modern design comes impressive expansion options including a mailbox for sorting documents, staple finisher and additional paper trays adapting to your specific needs.
More Information
More Information
SKU
HLL9470CDNZU1
EAN
5023821216486
Specification
Print technology
Print technology
Laser
Recommended duty cycle
520 - 2600 pages per month
Maximum duty cycle
15000 pages per month
Duplex printing
Yes
Maximum resolution
2400 x 600 DPI
Colour
Yes
Print quality
Print technology
Laser
Recommended duty cycle
520 - 2600 pages per month
Maximum duty cycle
15000 pages per month
Duplex printing
Yes
Maximum resolution
2400 x 600 DPI
Colour
Yes
Memory
Internal memory
1000 MB
Software
Windows operating systems supported
Yes
Mac operating systems supported
Yes
Printing
Print technology
Laser
Print speed (colour, normal quality, A4/US Letter)
40 ppm
Time to first page (colour, normal)
10 s
Duplex print speed (colour, normal quality, A4/US Letter)
40 ppm
Duplex printing
Yes
Maximum resolution
2400 x 600 DPI
Colour
Yes
Features
Print technology
Laser
Duplex printing
Yes
Colour
Yes
Control type
Touch
Recommended duty cycle
520 - 2600 pages per month
Maximum duty cycle
15000 pages per month
Page description languages
PCL 5c, PCL 5e, PCL 6
Input & output capacity
Total number of input trays
1
Total input capacity
520 sheets
Total output capacity
250 sheets
Paper handling
Maximum ISO A-series paper size
A4
ISO A-series sizes (A0...A9)
A4, A5, A6
ISO B-series sizes (B0...B9)
B5, B6
Envelopes sizes
C5, Com-10, DL
Auto Document Feeder (ADF) media weight
60 - 230 g/m²
Custom media width
76.2 - 215.9 mm
Custom media length
127 - 355.6 mm
Paper tray media types
Bond paper, Envelopes, Glossy paper, Plain paper, Thick paper, Thicker paper, Thin paper