Fujitsu fi-6130Z PA03630-B051 ユーザーズマニュアル

Designed with innovative features, the Fujitsu fi-6130Z and fi-6230Z scanners offer outstanding price/performance value in a compact 
footprint, conserving both space and budget. They combine the ultra-high performance and image quality of the fi-series coupled with 
the convenient access to personal productivity tools and routines from the world reknown ScanSnap series.
The fi-6130Z and fi-6230Z are the first in class to introduce a personal productivity mode to workgroup business scanners helping 
knowledge workers to streamline their processes and increase efficiencies. Innovative features offer a push mode to send documents 
from a scanner to a PC (personal productivity) or enter them directly into business processes (scan to process).

The fi-6130Z and fi-6230Z can scan at 40 pages per minute (ppm) in 

colour, monchrome or grayscale at 200 dpi and when duplex mode 
is selected 80 images per minute (ipm) are achievable (A4, 200 dpi). 

At 300 dpi, scanning speeds of 30 ppm or 60 ipm are achievable in  

all modes.

The fi-6130Z and fi-6230Z have been manufactured to the highest 

quality standards and this is incorporated in a robust, compact 
design. The fi-6130Z has a footprint of just 160 x 300 mm (D x W) 
and the fi-6230Z measures 560 x 300 mm (D x W) ensuring  
when space is at a premium these units will sit comfortably  
and discretely.

 

The automatic document feeder (ADF) capacity is 50 sheets and 

the design of this feeder enables the user to continuously feed 
mixed batch documents containing paper of different weights 
and sizes. This effectively enables the digitisation of large volumes 
of paper documents in minimal time.

Both scanners can scan at resolutions from 50 to 600 dpi and 
operate through a USB 2.0/USB 1.1 interface. A typical daily 
throughput of 2,000 documents is achievable.

Engineered with one of the most advanced paper separation 
modules in their class, the fi-6130Z and fi-6230Z employ reversing 
roller technology resulting in exceptional feeding reliability for 

an even wider variety of document weights. Furthermore the 

ADF is capable of scanning documents at up to 3 meters and is 

even robust enough to feed up to three hard cards or embossed 
cards which are up to 1.4 mm in thickness (both in portrait and 
landscape mode).

The fi-6130Z and fi-6230Z feature active separation modules as 

opposed to passive separation pads that merely rely on the paper-
sheets friction co-efficient relative to that of the rubber material 
holding back subsequent sheets of paper. This unique feeding 
which utilises active separation modules is achieved through a 
straight paper path that minimises the stress on a single sheet 
given the smooth picking operation rather than products that 
may have a U or L-shaped paper path or where sheets may be 
forced into a mechanical duplex mode. Both models also feature 
an innovative paper protection mode that safe guards even 
delicate papers.

The fi-6130Z and fi-6230Z can support a multitude of documents 

and material through the ADF from ultra thin documents  
at 41 g/m

2

 to embossed credit card up to 1.4 mm thickness 

(3 at a time) in both portrait and landscape mode up to very thick 

cardboard material (up to 210 g/m

2

). The ADF can accommodate 

any sizes from A8 to A4 and can also support extra long document 
scanning at up to 3048 mm length compared to an A4 sheet  
at 297 mm. Using the packaged carrier sheet, even documents  
up to the size of A3 can be scanned through the A4 size ADF.

The security offered by ‘Multifeed Detection’ is effortlessly 

combined with the efficiency of ‘Intelligent Multifeed function’, 

The user can relax knowing that intentional double feeds that may 

trigger false multifeed alerts such as a taped receipt or sticky note 
can be manually bypassed whilst at the same time double feed 
detection is enabled. Pre-scanning preparation is therefore kept 
to an absolute minimum.

The fi-6130Z and fi-6230Z offer highly valued automatic functions 

tightly integrated for dedicated document image processing. As 
a result, they bring about dramatic digitising efficiencies through 
fast scanning and simultaneous high speed image processing.