bizhub PRESS C1100 SERIES CUSTOMER EXPECTATIONS GUIDE

bizhub PRESS

C1100 SERIES

CUSTOMER EXPECTATIONS

GUIDE

COLOUR PRODUCTION PRINTING SYSTEM

INDEX

CUSTOMER EXPECTATIONS GUIDE 2

INDEX

Introduction 3

Product overview 4

Contact 5

Expectations for technical performance and service requirements 6

Advanced services

CS Remote Care (CSRC)

Konica Minolta Color Care

Installation

9

10

7

8

Environmental and electrical requirements

Image quality

Paper specifications

Paper weight equipment bizhub PRESS C1100 series productivity

Space requirements

Recommended papers

Technical specifications

17

18

21

22

Agreement 35

12

13

15

16

INTRODUCTION


INTRODUCTION

Congratulations on your purchase and investment in a bizhub PRESS C1085/C1100! Whether you are planning your first investment in a digital production press or are already moving to the next level of productivity and efficiency, you have made the right decision! Incorporating new and perfected technology, the two models in the family provide outstanding quality, robust performance and convenience in daily operation. They are each an excellent solution for specific digital colour print production needs and will provide you with a solid foundation for sustainable growth and profitability.

This CUSTOMER EXPECTATIONS GUIDE is designed to help you, the operator, understand the main operational parameters that lead to high customer satisfaction. It should help to avoid misunderstandings and will establish guidelines and mutual agreements, and set clear performance expectations between Konica Minolta and you, our valued customer.

Please note:

– All specifications (like maximum tray capacity), are calculated according to A4, 80 gsm, if not specified different in this document.

– All specifications refer to user selectable settings on the bizhub PRESS C1100 series.

PRODUCT OVERVIEW


PRODUCT OVERVIEW

To build up business by completing a wider range of high-volume jobs more efficiently in the fast-growing digital high-print-volume market, in-house printers and graphic communications providers need the highest performance available on the market. Konica Minolta’s flagship models for digital colour on-demand printing reliably deliver the higher level of image quality, productivity, and price competitiveness you need to satisfy your clients’ growing demands. And with very fast 85/100 ppm, and equal high-speed printing for a wide range of paper weights, the bizhub PRESS C1085/C1100 achieve superior productivity fast – giving you more options to grow your business.

Print volume range

The bizhub PRESS C1100 models are designed for the following monthly volumes:

A4

SRA3

Average volume

160,000

80,000

Optimum volume

160,000 – 480,000

80,000 – 240,000

Peak volume (in Q Zone*)

1,000,000

500,000

The bizhub PRESS C1085 is designed for the following monthly volumes:

A4

SRA3

Average volume

100,000

50,000

Optimum volume

100,000 – 375,000

50,000 – 187,500

Peak volume (Q Zone*)

750,000

375,000

The nominal monthly engine maintenance interval for bizhub PRESS C1100 is about 200,000 A4 prints and for bizhub PRESS

C1085 about 175,000 A4 prints. Customer expectations for print quality, run length, monthly print volumes, applications mix and print substrates, as well as regular preventive maintenance and operator care greatly influence the main print between service calls (MPBC) in all electro-photographic printing systems. The bizhub PRESS C1100 series is no exception. Customers attending a certified Konica Minolta key operator training course generally experience improved equipment performance, increased productivity, reduced service calls and improved overall customer satisfaction. This guide will provide additional recommendations and guidelines to set proper expectations and further improve operations and delivered performance.

* Q Zone = quality zone

CONTACT

Konica Minolta

Business Solutions Europe GmbH

Branch office manager

Key account manager

System engineer

Service manager

Order for consumables

Phone:

Email:

Name:

Phone:

Email:

Name:

Phone:

Email:

Phone:

Email:

Internet:

Europaallee 17

30855 Langenhagen

Phone: +49 (0) 511 / 7404 – 0

Fax. +49 (0) 511 / 741050

Name:

Phone:

Email:

Name:

CONTACT


EXPECTATION ON SERVICE


EXPECTATIONS FOR TECHNICAL

PERFORMANCE AND SERVICE

REQUIREMENTS

– Service performance

Please note: The following numbers are averages and not guaranteed. Machine performance can vary widely depending on print volume and application, customer environment, care and training.

– Service time

The utilisation of the production printing device has an impact on the required service time. While planning and scheduling your print production you must plan downtimes for service and maintenance.

– Paper jams

While paper jams are not totally avoidable there are many precautions that can be taken to reduce their occurrence.

– Registration

– Image-to-paper placement on a simplex print or the first side of a duplex print can vary up to ± 0.4 mm in the feed direction and ± 0.4 mm in the cross-feed direction.

– Image-to-paper alignment on the back of automatically duplexed prints can similarly vary up to ± 0.4 mm in the feed direction and ± 0.4 mm in the cross-feed direction.

– Front-to-back alignment can vary up to a maximum of ± 0.4 mm in the feed direction and ± 0.4 mm in the cross-feed direction over the full sheet size. This results in a front-back paper registration of less than 0.8 mm.

R = 0.4 mm R = 0.4 mm

R = 0.4 mm R = 0.4 mm

– No print area

On all media there is a Laeding and Trailing edge deletion of max. 4 mm and right and left edge deletion of max. 3 mm.

For thick media (above 200 gsm) the trailing edge deletion is max. 6 mm.

– Print speed variations (PPM)

The output speed of your machine will vary depending on environmental (temperature/humidity) conditions and system maintenance, print applications, paper size, paper thickness, user settings, print controller data streams and other factors.

Special note

Some of the following factors may negatively affect the above expectations and results:

– Experience and care of operators

– Quality and cleanliness of media, materials and substrates

– Nature and cleanliness of preprinted materials

– Setup, use and maintenance of peripheral accessories

– Third-party devices

– Environmental conditions

– Third-party software and workflow

- Power conditions

Note: The type of paper used has a strong impact on the print results achieved. For optimum results the system has to operate under proper environmental and maintenance conditions, and with the correct system settings.

ADVANCED SERVICES


ADVANCED SERVICES

OPERATOR REPLACEABLE UNIT-

MANAGEMENT (ORU-M)

To ensure the highest possible system uptime, Konica Minolta established the ORU-M system. This concept enables customers to carry out preventive system maintenance and care as well as a certain amount of parts replacement themselves, without technical/service assistance from Konica Minolta service personnel. For optimum operation with ORU-M, Konica Minolta offers a specific training program for selected key operators. A certificate of completion approves the operator for self-maintenance of the Konica Minolta system.

ORU-M program benefits

– The main operator can carry out maintenance tasks on the machine as part of their normal schedule to maximise uptime for production.

– ORU-M maintenance can be carried out by the main operator to suit the production planning.

– Minimising downtime during productive daytime operation allows for a reliable, short turnaround for any print jobs.

– Self-maintenance provides a deeper understanding of the system and results in better main operator skills and overall press management and handling.

– A skilled main operator, certified on critical machine components and maintenance tasks, improves image quality control and overall efficiency.

– Carrying out maintenance provides a great sense of ownership among operators.

– Operator maintenance with ORU-M usually leads to extended consumables and service exchange parts life, hence reducing production costs and overheads.

CS REMOTE CARE


CS REMOTE CARE (CSRC)

CS Remote Care is an application which enables remote monitoring for maximised performance on each Konica

Minolta production printing device. By providing state-of-the-art machine-to-machine communication between output devices and the Konica Minolta service organisation, all relevant system data is relayed in real time. This advises the service side early of routine maintenance or any other required intervention.

The most important transmitted data is malfunction and maintenance notification, automated consumables ordering, copy/ print click and periodic counter reading.

Workflow

CUSTOMER KONICA MINOLTA

Logistics

Service Centre

Request

GPRS module/

GSM e-mail

Service/ maintenance, consumables requirements, alarm messages and counters

GPRS module/

GSM e-mail

CSRC server Backend system (ERP)

KONICA MINOLTA COLOR CARE


KONICA MINOLTA COLOR CARE

IMAGE QUALITY CONTROL AND

MANAGEMENT

With Konica Minolta Color Care, Konica Minolta offers an efficient application package to define, achieve and maintain product-specific quality standards for any bizhub PRO or PRESS model. The Konica Minolta Color Care software modules can also be accompanied by professional service offerings, precise calibration and regular maintenance for colour production printing environments.

Key Features

– Clearly defined quality standard

– Promises superior and highly consistent print quality

– Follows market-determined principles of quality control

– Guarantees authentic colour reproduction

The Konica Minolta Color Care workflow

INCONSISTENT OUTPUT

EVALUATE/ANALYSE

KONICA MINOLTA COLOR CARE SUITE

CALIBRATE

PROFILE/

APPLY COLOUR

MANAGEMENT

Reference

Verify

Reference

Verify

Reference

Verify

Confirm

REFINE

Reference

Verify

CALIBRATE PROFILE SIMULATE PRINT

OPTIMISED OUTPUT

INSTALLATION


INSTALLATION

Please note:

The installation process depends on the organisation and contract and could differ from the following explanations.

Konica Minolta responsibilities

Before, during, and after the installation of your production printing device, different teams will be involved in ensuring that your machine is installed as successfully as possible. The list below details the responsibilities of Konica Minolta production printing representatives.

– On-site inspection

– Power configuration, space requirements, networking and others

– Review expectations

– Installation team

– Monitor installation activities

– Schedule the delivery of the hardware

– Install your production printing device

– Training / introduction

– Provide key operation training

– Assist you in the ordering process

– Provide information and assistance on further needs

– Service

– Review preventive maintenance schedules and service procedures

– Provide ongoing production printing maintenance

– Assist in resolving hardware and software problems as soon as possible

INSTALLATION


– Installation guidelines

– The device should not be exposed to direct sunlight, external heat sources, excessive dust or vibration.

– The device must not be operated in a poorly ventilated room.

– The device must be located on a stable, level floor.

– Once installed, the device is a non-movable unit for all installations on all floor types.

– Machine side panels with ventilation holes must be kept clear from obstacles and objects so that airflow is not impeded.

– Any special site requirements must be communicated to Konica Minolta prior to the commencement of installation. Additional charges may apply if special equipment is required.

– Konica Minolta is not responsible for the load bearing capacity of floors, walls, ceilings, fixtures and fittings specific to the installation site.

– Konica Minolta is not responsible for any additional building or civil engineering work carried out prior to, during or after the completion of installation.

– What to expect during the installation

– The Konica Minolta production printing technician will inspect your production printing equipment for any damage that may have occurred during transportation.

– The installation engineer will position the machine into the predetermined location.

– The installation engineer will install supplies, parts and accessories.

– The installation engineer will now begin the “copy quality” setup.

– Once the installation engineer is satisfied with the performance and quality of your machine, they will test some documents of your choice for your inspection.

Constant quality control

Constant product quality is one of the most important conditions for optimum operation of a new production printing device. New products in particular have to be monitored to eliminate weak points as soon as they occur.

Therefore, Konica Minolta Service checks the field quality of newly launched products regularly so counteraction can be taken immediately.

ENVIRONMENTAL AND ELECTRICAL REQUIREMENTS


ENVIRONMENTAL AND

ELECTRICAL REQUIREMENTS

To minimise downtime and guarantee customer satisfaction it is mandatory that the device operates at all times within the recommended range of environmental specifications. It is the responsibility of the customer to ensure that the production printer’s environmental requirements are met at all times.

Environmental

Temperature

Minimum

10°C

Maximum

30°C

Relative Humidity

(% RH)

10% 80%

Optimum performance is achieved when conditions are strictly maintained at 18 – 23°C and 40 – 60% RH (Q Zone).

Poor alignment of paper in the trays of LS, FS-532, FS-531, SD-506 may occur at lower humidities. This can be minimised by keeping the machine within the recommended range of environmental specifications.

Power consumption

Maximum

Average

Standby

Without energy saving mode

With energy saving mode

Sleep mode

Plug-in mode

Current Loads

Printing bizhub PRESS C1100

3,700 W

2,600 W

560 W

200 W

2.2 W

0.23 W

220 – 240 V

25 Amps

bizhub PRESS C1085

3,620 W

2,520 W

560 W

200 W

2.0 W

0.23 W

220 – 240 V

25 Amps

IMAGE QUALITY


IMAGE QUALITY

Our perception of print quality varies greatly depending on such factors as ambient light conditions, paper quality, texture, moisture content and colour, all of which have an influence on the image quality achieved. The print quality might also change over time. If the output quality of a Konica Minolta system is questioned, in the first instance this should be checked using a standard Konica Minolta print test page.

Some of the common image quality issues that are experienced by all electro-photographic printers are:

– When printing a large area with high toner coverage, small variations across the area may be seen. This will be influenced by toner density and paper stock, amongst other factors.

– Depending on the paper qualities used, the paper finish (surface) may be responsible for a “grainy” appearance in the halftone areas. In some difficult cases alternative media may need to be sought. Some papers may show a slight background when viewed through a magnifying glass.

– Heavier paper weights and high toner coverage may produce output with visible roller marks. This effect can be reduced by printing face up and single-sided.

– Small random density variations may occur in the form of slight bands or lines throughout the image area. There may also be very small shifts in density over a period of time. When producing the second side of a two-sided print, there may be patchiness in density and break-up of fine line work. To minimise the occurrence of these issues, it may be recommended to print the side with the lesser density first (toner coverage).

– Slight banding is to be expected in all electro-photographic processes and may at times be noticeable in some image areas.

– For optimum output quality it is recommendable to print on high-quality digital paper. Please refer to the “Recommended papers” section.

– White spots with or without coloured core are a common issue in all dry toner/cut sheet-fed printing devices. The print may at times deliver output that exhibits white spots caused by paper dust or other undesired particles. This will be minimised by keeping the machine in a clean, dust-reduced environment and by regularly wiping the paper transport areas with an anti-static, dust-free cloth. Always ensure that the cut edges of the sheets are dust-free, in particular when cutting paper in-house.

– After printing longer runs of black and white only jobs in process colour mode, the colour quality may show higher variations in the subsequent colour jobs. It is recommendable to avoid such sequences by:

– Printing long monochrome jobs in B&W mode exclusively

– Reducing long runs of monochrome printing by introducing colour jobs at regular intervals

– Consulting your Konica Minolta service expert

– On heavyweight coated papers, gloss differential (uneven appearance of gloss) may occur.

– When printing on a heavy paper weight and folding this printed paper, the toner at the position of paper folding may peel off. This problem frequently occurs with thick paper when printing a high coverage image at the folding position. The result is a white line on the fold.

– When always printing on heavy paper weights, a shorter maintenance cycle is to be expected.

IMAGE QUALITY


Duplex Printing

The device will automatically duplex print (if properly specified in the print settings) paper weights of 55 to 350 gsm in sizes up to A3,

A3+ and SRA3. Special attention is required when duplex printing on heavyweight paper. The image quality and consistency of the second side may not equal that of the first side. A combination of high toner coverage on the first side, high-gloss papers and high paper weights will compound the adverse effects of duplexing on heavyweight papers.

Some factors can improve job performance on heavyweight substrates, such as:

– Lowering toner area/density coverage.

– Testing and consulting with your Konica Minolta service expert.

– Non-standard sized duplexing is supported as long as the paper dimensions are input by the operator and assigned to the correct paper tray.

Image alignment

– Front-to-back image alignment for duplex output has a registration accuracy of ± 0.4 mm or less over the document length per side. If required, “Chart Adjustment” is available from the operator setup menu for each individual paper stock to correct image alignment.

– Factors affecting image alignment include paper type, paper weight, paper moisture content, paper geometrical accuracy, machine setup and feed direction.

Reprint capabilities

– The device output should not be reprinted a second time using electro-photographic processes, but can be used for post insertion.

– Similarly, prints produced on any bizhub PRO or PRESS model or other electro-photographic devices should not be reprinted on the device.

– If it is necessary to reprint on other output systems, we recommend thoroughly testing the preprinted paper processing first.

Successful reprinting will depend on many factors, including the fusing temperature and the toner reaction in regards to a second fusing, and may not be possible.

PAPER SPECIFICATIONS


PAPER SPECIFICATIONS

Paper setting

This section describes how to set the paper settings for each paper tray. Feature descriptions and usage of auto paper and image rotation are also provided.

The paper settings come in two classes: the paper tray settings, for which paper conditions must be stipulated, and the specific paper settings.

Reference

To register paper conditions for the paper to be used, see Section Copy → Basic Settings → Paper Settings of the User’s Guide.

Paper conditions specified for a paper tray can also be registered (e.g. for later reuse). The procedure is provided in this section.

Paper settings can be determined for the following trays:

– Trays of paper feed unit PF-708 (trays 1 to 3)

– Trays of paper feed unit PF-707 (trays 1 to 3)

– Upper tray/lower tray of the post inserter of folding unit FD-503

– Cover tray of perfect binder PB-503

The paper settings for a given paper tray are determined according to the following nine paper conditions:

– Paper type: plain, fine, colour-specific, coated-GL, coated-ML, coated-GO, coated-MO

– Paper size: standard, custom, tab paper

– Weight: 55 – 61 gsm, 62 – 74 gsm, 75 – 80 gsm, 81 – 91 gsm, 92 – 105 gsm, 106 – 135 gsm, 136 – 176 gsm, 177 – 216 gsm,

217 – 256 gsm, 257 – 300 gsm, 301 – 350 gsm

– Coloured paper: white, non-white

– Punch: pre-punched, no hole punch

– Both sides adjustment: specify magnification ratios (vertical, horizontal) and image shift amounts (up/down, right/left) for both front and back sides in order to better align (register) the images printed on front and back pages in duplex printing.

Also, chart adjustments can be performed for both front and back as described in the user manual.

– Curl adjustment: make corrections for curled output sheets. Select ON or OFF for humidifier setting if relay unit RU-511

is equipped with the optional humidifier HM-101. Setting the humidifier setting to ON may help significantly reduce curled output.

Paper size

With the tray specified as “standard”, the machine automatically detects the standard size loaded in that tray.

Paper trays weight

Paper trays

Paper feed unit PF-708 (trays 1 to 3)

Paper feed unit PF-707 (trays 1 to 3)

Weight

55 – 350 gsm (uncoated), 81 – 350 gsm (coated)

55 – 350 gsm (uncoated), 81 – 350 gsm (coated)

Cover tray of perfect binder PB-503

Post inserter (equipped in folding unit FD-503 as standard)

82 – 216 gsm

50 – 300 gsm

The setting or registration/deletion of paper weights to be specified for each paper tray is available in the paper setting menu from the machine screen.

NOTE: Be sure to use paper only of the specified weight for the tray; otherwise copy quality may deteriorate and/or machine trouble may occur.

PAPER SPECIFICATIONS


Paper weight equipment

Paper trays

ADU

Relay unit RU-510

Relay unit RU-511

Stapling unit FS-532 Primary (main) tray

Secondary (sub) tray

Saddle stitching kit SD-510 (for FS-532)

Folding and punching unit

FD-503

Fold mode tray

Stacking unit LS-506

Primary (main) tray

Secondary (sub) tray

Primary (main) tray

Booklet making unit SD-506 Secondary (sub) tray

Saddle stitcher tray

Multi tri-fold mode tray

Perfect binding unit PB-503 Secondary (sub) tray

Multi (GBC) punching unit GP-501

Perfect binder tray

Conveyance section

Auto ring binding unit GP-502

Weight

55 – 350 gsm

55 – 350 gsm; 75 – 216 gsm (reverse exit/conveyance mode)

55 – 350 gsm straight paper exit

55 – 350 gsm; staple: 55 – 300 gsm

55 – 350 gsm

Fold & staple: content sheet: 50 – 216 gsm

Cover sheet: 50 – 300 gsm (depending on media type)

Saddle stitcher tray:

50 – 61 gsm: 25 sheets (24 sheets + 1 sheet)




217 – 244 gsm: cover only


Letter fold-in mode:

55 – 91 gsm: 3 sheets

92 – 105 gsm: 1 sheet

Centre-fold mode:

55 – 216 gsm: 1 – 5 sheets

217 – 300 gsm: 1 sheet

Half-fold, tri-fold-in, tri-fold-out: 55 – 130 gsm

Double-parallel-fold; gate-fold: 55 – 91 gsm

55 – 350 gsm; punch: 55 – 216 gsm

55 – 350 gsm

55 – 350 gsm

55 – 350 gsm

Fold & staple, trimming: 50 – 244 gsm

Only for plain paper:

50 – 81 gsm: 50 sheets/49 sheets + 1 sheet (200 gsm)




162 – 209 gsm: 10 sheets

210 – 244 gsm: 5 sheets

Colour/coated paper:



92 –130 gsm: 10 sheets/9 sheets + 1 sheet (200 gsm)


162 – 209 gsm: N/A

210 – 244 gsm: N/A

50 – 81 gsm: 5 sheets; 82 – 91 gsm: 3 sheets

55 – 350 gsm

Body: 64 – 105 gsm; cover: 82 – 216 gsm

55 – 350 gsm

55 – 350 gsm straight paper exit

Punch mode: 75 – 216 gsm plain; 120 – 216 gsm other

Content sheet: 75 – 120 gsm

Cover sheet: 163 – 216 gsm

Insert: 75 – 120 gsm

Numbers of sheets per book: 7 – 102 sheets

PRODUCTIVITY


bizhub PRESS C1100 series

PRODUCTIVITY

Productivity per hour

– The maximum print speed per minute for A4 LEF (long edge feed) size is 85 ppm for bizhub PRESS C1085 and 100 ppm for bizhub PRESS C1100.

– The maximum speed per minute for A3 size is 46 ppm for bizhub PRESS C1085 and 53 ppm for bizhub PRESS C1100.

Many internal process functions are performed during printing to maintain high and stable image quality within and across print jobs.

– Toner supply management for transfer belt cleaning

– Colour registration

– Maximum density & density control

– Gamma correction

Moreover, the bizhub PRESS C1100 series has two basic running modes, depending on the primary objective of a typical job run or series of jobs:

– High-quality mode: internal processes slow down the output speed to favour the highest quality capabilities of the bizhub PRESS C1100 series.

– High productivity mode: speed is favoured at the expense of a slightly lower print quality.

As a consequence, true productivity per hour is as follows:

A4

A3


Per hour (colour & B/W)

SRA3

Speed mode Quality mode

5,192 pph 4,092 pph

2,762 pph 0 pph

2,581 pph 0 pph

A4

A3


Per hour (colour & B/W)

SRA3

Speed mode

4,413 pph

2,399 pph

2,243 pph

Quality mode

3,557 pph

0 pph

0 pph

Production speed

The following charts show the bizhub PRESS C1100 simplex production speed in relation to paper weight. The data is for A4 LEF, A3 and SRA3 paper in normal mode.


Paper weight

55 – 350 gsm

A4

100

A3

53

SRA3

50

The following chart shows the bizhub PRESS C1085 simplex production speed in relation to paper weight. The data is for A4 LEF, A3 and SRA3 paper in normal mode.


Paper weight

55 – 350 gsm

A4

85

A3

46

SRA3

43

While a digital press does not stop after each print cycle, the paper path must still be cleared between jobs. When using various paper types and sizes during a print cycle, a new job can only be printed after the last page of the current print job has been output. By grouping several jobs with the same (paper) settings into batches, the number of job transmissions to the controller will be reduced and the time lost between print jobs will be reduced.

In case of certain system errors, the digital press and RIP power must be switched off (full system reset) and on again for recovery. This means that a print job will have to be sent and RIPed again.

PRODUCTIVITY


SPACE REQUIREMENTS

If the device is installed in a carpeted room, it will be impossible to move the system at all. In such environments we recommend the use of a metal base plate underneath the colour press to guarantee a completely safe and convenient installation.

All standard Konica Minolta space requirements apply to this installation, including the space above, in front of and at the back of the system, as well as shared, aisle or hallway, and operator space.

Module

Engine

RU-511

PF-708/707

FD-503 (main tray not included)

LS-506

SD-506 with bundle tray pulled out

FS-532 with installed main tray

PB-503

GP-501

RU-510

GP-502

Width (mm)

900

410

996

400

785

1,170

798

1,360

350

350

655

775

775

944

775

1,441

723

775

Depth (mm)

950

735

772

723

723

Height (mm)

1,319

1,020

1,038

1,231

1,020

1,020

1,070

1,223

1,020

1,020

1,020

Weight (kg)

430

80

203

130

110

280

74

270

80

35

193

Calculating the required space

Use the following instructions and table to calculate the total space required for the installation of the digital press. Please use the diagram provided with the calculation table for a visual impression of the required space.

SPACE REQUIREMENTS


How to calculate the space requirements

– Indicate in the table below all modules to be installed at the location.

– Add the widths of all marked modules and enter the sum in line two under the width column.

– Add 500 mm for the left space requirement and 800 mm for the right space requirement to this total.

– Enter the total width required for the installation in the shaded area in line seven.

– Add 1,400 mm as the front space requirement to the engine depth of 500 mm; also add the rear space requirement, whic depends on the system being installed as movable or non-movable.

– Enter the total depth required for the installation in line seven. These figures are the minimum width and depth of the space required for the system to ensure safe working conditions for operators and the Konica Minolta service representatives.

Calculation table

Steps to follow as described above

1 Components space

Module

Engine

RU-511

PF-708/707

FD-503

LS-506

SD-506

FS-532

PB-503

GP-501

RU-510

GP-502

Width (mm)

900

410

996

400

785

1,170

798

1,360

305

350

655

775

775

775

944

723

723

775

723

Depth (mm)

950

735

772

2 Total space taken up by the system

3 Left space (recommended)

4 Right space (recommended)

5 Rear space (recommended)

6 Front space (recommended)

7 Total workspace requirement

500

800

500

1,400

DEPTH

SPACE REQUIREMENTS


FINISHER

Front 1400 mm

RU-511

ENGINE

Rear 500 mm

PAPER FEED

UNIT

RECOMMENDED PAPERS


RECOMMENDED PAPERS

The bizhub PRESS C1100 series supports an extensive range of media. Exclusively using media recommended by

Konica Minolta can help maximise your system’s reliability and paper-handling capabilities. Konica Minolta representatives will be happy to assist you with more details on media selection and processing as well as provide you with specific recommendations.

Manufactor

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Mondi

Name

ColorCopy

ColorCopy

ColorCopy

ColorCopy

ColorCopy

ColorCopy

ColorCopy

ColorCopy

ColorCopy

ColorCopy Coated Silk




ColorCopy Coated Glossy




Type

Color Specific

Color Specific

Color Specific

Color Specific

Color Specific

Color Specific

Color Specific

Color Specific

Color Specific

Coated GL

Coated GL

Coated GL

Coated GL

Coated GL

Coated GL

Coated GL

Coated GL

Weight

90

135

170

200

250

250

280

300

350

100

120

160

220

135

170

200

250

Note:

– Heavyweight papers typically show increased deviations in formation and surface smoothness, which may result in reduced image quality.

– It is not recommendable to use coated stock in ambient conditions where relative humidity exceeds 60 per cent.

– Stretching occurs in all paper qualities during printing. Ambient conditions and the paper type determine the amount of stretch, which is most prominent in coated stocks and may affect front-to-back image registration.

– Toner adherence depends heavily on the media type, and toner may not last on some types of special-coated paper. Some media may be inappropriate for the device. Consult the Media Database which lists certified and approved media, or your

Konica Minolta service expert. Unlisted media may be inappropriate, or should at least be tested prior to production work to find out appropriate settings (if any) that ensure acceptable toner adhesion.

– Custom-cut paper can cause problems with image registration, image quality (i.e. white spots), and machine reliability. This is particularly likely if the paper is of poor quality, has been badly cut or if loose fibres remain on the edges after cutting.

– Image registration, image quality (i.e. white spots), and machine reliability might suffer if poor-quality punched or drilled paper is used. This is very likely to happen if loose hole plugs remain in the paper ream – measures must be taken to avoid this eventuality at all costs.

TECHNICAL SPECIFICATIONS


TECHNICAL SPECIFICATIONS

PF-708/707 – PAPER FEED UNIT

Type

Upper tray

Capacity

Paper weight

Min.

Max.

Middle tray

Capacity

Paper weight

Min.

Max.

Lower tray

Capacity

Paper weight

Min.

Max.

Other specifications

Dimensions (W x H x D)

Weight

Power source

Max. power consumption

PF-708 – Paper feed unit with scanner

PF-707 – Paper feed unit without scanner

1,390 sheets

55 – 350 gsm

100 x 140 mm (when 1

140 x 140 mm (when 2 st nd

PFU)

or 3 rd PFU)

330 x 487 mm

1,390 sheets

55 – 350 gsm

100 x 140 mm (when 1 st

PFU)

140 x 140 mm (when 2 nd

or 3 rd

PFU)

330 x 487 mm

1,850 sheets

55 – 350 gsm

100 x 140 mm (when 1

140 x 140 mm (when 2 st nd

PFU)

or 3 rd PFU)

330 x 487 mm

996 x 1,038 x 772 mm

203 kg

Own power cord

580 W or less

RU-511 – RELAY UNIT

Type

Decurling

Media format

Min.

Max.

Media type

Curl straightening

Option


Weight

Power source

Max. power consumption

Relay unit with paper straightening functionality

Mechanical zigzag decurling

A3, B4, A4, A4S, B5, B5S, A5, A5S, B6S, A6S, ISO-B4, ISO-B5, ISO-B5S,

ISO-B6S, SRA3, SRA4, SRA4S, postcard-S, custom paper sizes, standard tab paper

100 x 140 mm

330 x 487 mm

As main body

Specific setting mode: 10 mm or less (curl before straightening: 40 mm or less)

HM-101 (humidification unit)

410 x 1,020 x 735 mm

Approx. 80 kg

Own power cord

700 W or less



HM-101 – HUMIDIFICATION UNIT

Function

Compatibility

Media format

Min.

Max.

Media type

Weight

Power source

HT-506 – HEATING UNIT

Product name

Type

Compatibility

GP-501 – MULTI (GBC) PUNCHING UNIT

Type

Punch mode

Media format

Media type

Media weight

Punch precision

Power performance


Options

Dimension (W x H x D)

Weight

Power source

Power consumption

Through pass

Punching operation

DS-508 - DS-513, DS-515 - DS-518

DS-514

Water supply/humidifying roller/water tank section

RU-511

A3, B4, A4, A4S, B5, B5S, A5, A5S, B6S, A6S, ISO-B4, ISO-B5, ISO-B5S,

ISO-B6S, SRA3, SRA4, SRA4S, postcard-S, custom paper sizes, standard tab paper

100 x 140 mm

330 x 487 mm

As main body

Approx. 30 kg

24/5VDC (supplied from RU-511)

HT-506

Heating unit for paper feed units

Includes 3 heaters for each tray

PF-708/707

GBC puncher

A4

For bypass: Coated, Preprinted, High Quality, Plain, Book, Color, Rough,

Post Card, Label, OHP, Index

For punching: Coated, Preprinted, High Quality, Plain, Book, Color

Plain: 75 – 216 gsm

Other: 120 – 216 gsm

Hole size: + 2% or less

Position: + 0.5 mm or less

Burr: + 0.3 mm or less

Offset: + 2 mm or less

Speed change: -30 ms or less

Punch trash capacity 2,500 cycle

DS-508 - DS-513, DS-515 - DS-518

305 x 1,020 x 775 mm

80 kg

Own power cord

Less than 500 W

50 million or 5 years

20 million

500 K

300 K



DS-515

DS-516

DS-517

DS-518

DIE sets

Media format

DS-508 Ring binder 4-hole, 6,5mm diameter

DS-509

DS-510

DS-511

DS-512

DS-513

DS-514

Plastic bind Cerlox standard 21-hole

Wire bind - 3:1 34 hole 4 mm diameter

Wire bind - 2:1 23-hole 6,38 mm diameter

Color Coil - 4:1 47-hole

VeloBind - 1:1 round 12-hole

ProClick A4 34-hole die set

A4

Ring binder 2-hole A4 die set 6,5mm diameter

Plastic bind Cerlox 20-hole

W2 Wire bind A4 square hole side set for

Australia

W3 Wire bind A4 square hole side set for

Australia

4-hole loose leaf HD die set

21-hole ComBind HD die set

34-hole round WireB HD die set



RU-510 – RELAY UNIT

Type

By pass mode

Media format

Media weight

Reverse mode

Media format

Media weight

Other specifcations


Weight

Power source

Power consumption

GP-502 – AUTO RING BINDING UNIT

Type

Modes

Binding mode

Media format

Media type

Media weight

Number of sheets per book (incl. front and back cover)

Book tray capacity



Weight

Power source

Power consumption

Through pass

Punch and binding operation

Paper relay unit with paper reverse functions

Min.: 100 x 140 mm

Max.: 324 x 483 mm

55 – 350 gsm

A4

Plain: 75 – 216 gsm

Other: 120 – 216 gsm

350 x 1,020 x 775 mm

Approx. 35 kg

From main body

79 W

Automatic (GBC) ring binder

Binding mode, through pass mode

A4, A4 tab

Plain, high-quality, tab, OHP (front cover only)

Content pages: 75 – 120 gsm

Cover pages: 163 – 216 gsm

Inserts: 75 – 120 gsm

75 gsm: 7 – 102 sheets





7-sheet booklet – 30 books or less



410 x 1,020 x 775 mm

193 kg

Own power cord

Less than 190 W



FD-503 – PUNCHING AND FOLDING UNIT

Type

Modes

Straight mode

Function

Media format

Min.

Max.

Media weight

Tray capacity

Punch mode

Function

Media formats 2 holes

Media formats 4 holes

Media weight

Hole diameter

Adjustment

Punch trash box capacity

Fold mode

Function

Type 1

Type 2

Media format

Min.

Max.

Media weight

PI mode

Function

Media format

Min.

Max.

Media type

Media weight

Tray capacity



Multi-folding device with punch and post inserter functions

Straight mode, punch mode, fold mode, PI mode, sub tray mode

Exit to main tray without process

A3, B4, A4, A4S, B5, B5S, A5, A5S, B6S, SRA3, SRA4, SRA4S, ISOB5,

ISOB5S, ISOB4, custom paper sizes, standard tab paper

100 x 140 mm

330 x 487 mm

55 – 350 gsm

2,500 sheets: A4, A4S, JISB5, ISOB5, ISOB5S

1,500 sheets: A3, B4, SRA3, SRA4, SRA4S, ISOB4

500 sheets: A5, A5S, B6S

Exit to main tray after punching process

A3, B4, A4, A4S, B5, B5S, A5, A5S, SRA4S, ISOB5, ISOB5S, ISOB4,

Standard tab paper

A3, B4, A4, B5, standard tab paper

55 – 216 gsm (via post insertion down to 50 gsm)

2 holes: 6.5 mm/80 mm hole pitch


Range: +4 mm

Accuracy: 0.2 mm

10,000 punch cycles

Exit after folding process

Centre-fold/letter fold-in/letter fold-out/Z-fold

Double-parallel-fold/gate-fold

A3, B4, A4S, SRA4S, custom paper sizes

210 x 279 mm

305 x 458 mm

Type 1: 55 – 130 gsm

Type 2: 55 – 91 gsm

(via post insertion down to 50 gsm for both)

Feed cover paper/paper to be inserted

A3, B4, A4, A4S, B5, B5S, A5, SRA3, SRA4, SRA4S, custom paper sizes, standard tab paper

182 x 140 mm

330 x 483 mm

Plain, recycle, fine, special

50 – 300 gsm

2 x 500 sheets

Sub tray mode

Function

Media format

Min.

Max.

Media weight

Tray capacity



Weight

Power source

Power consumption

Durability

LS-506 – STACKING UNIT

Type

Modes

Straight mode

Function

Media format

Min.

Max.

Media type

Media weight

Tray capacity

Sub tray mode

Function

Media format

Min.

Max.

Media type

Media weight

Tray capacity



Weight

Power source

Power consumption

Durability



Exit to sub tray without process

A3, B4, A4, A4S, B5, B5S, A5, A5S, B6S, A6S, Postcard-S, SRA3, SRA4,

SRA4S, ISOB5, ISOB5S, ISOB4, custom paper sizes, standard tab paper

100 x 140 mm

330 x 487 mm


200 sheets (without folder tray)

400 x 1,231 x 723 mm (width: without main tray)

- Width with main tray included (stored): 667 mm

- Width with main tray included (pulled out): 784 mm

Approx. 130 kg

Own power cord

180 W


Large capacity stacker of horizontal stacking with gripper conveyance

Straight mode, offset mode, sub tray mode

Exit to stacker without finishing

A3, B4, A4, A4S, B5, A5, SRA3, SRA4, SRA4S, ISOB5, ISOB4, custom paper sizes, standard tab paper (1-15 tab except for 4, 10)

210 x 140 mm

330 x 483 mm

Plain, high-quality, colour-specific, coated

55 – 350 gsm

5,000 sheets: A3, B4, A4, A4S, SRA3, SRA4, SRA4S, ISOB4

2,000 sheets: B5, A5, ISOB5

3,000 sheets: coated paper, paper length 380 mm or more

Exit to sub tray without finishing

A3, B4, A4, A4S, B5, B5S, A5, A5S, B6S, A6S, postcard-S, SRA3, SRA4,


100 x 140 mm

330 x 487 mm

All engines supported

55 – 350 gsm

200 sheets (not folded)

785 x 1,020 x 723 mm

Approx. 110 kg

From main body

143 W or less


SD-506 – BOOKLET MAKING UNIT

Type

Modes

Saddle stitch mode

Function

Media format

Min.

Max.

Media type

Media weight

Staple page

Staple position

Tray capacity

Trimming mode

Function

Media format

Min.

Max.

Media type

Media weight

Max. sheets for trim

Trim position

Trim trash box capacity

Multi-sheet half-fold mode

Function

Media format

Min.

Max.

Media weight

Max. multiple sheets

Tray capacity

Multi-sheet letter fold-in mode

Function

Media format

Media weight


Tray capacity



Saddle stitch unit that binds folded paper

Saddle stitch mode, trimming mode, multi-sheet half-fold mode, multi-sheet letter fold-in mode, sub tray mode

Exit to saddle stitch tray after fold & stitch process

A3, B4, A4S, B5S, SRA3, SRA4S, ISOB4, custom paper sizes

182 x 257 mm

324 x 463 mm

Plain, fine, colour-specific, coated






162 – 209 gsm: 10 sheets

210 – 244 gsm: 5 sheets

Adjustable (90 – 165 mm)

2 – 10 stapled sheets: 50 sets or more




Exit to saddle stitch tray after trimming


182 x 257 mm

324 x 463 mm

Plain, high-quality, colour-specific, coated

55 – 244 gsm

50 sheets (80 gsm) x 2 = 100 sheets

49 sheets (80 gsm) + 1 sheet (200 gsm) x 2 = 100 sheets

1 edge (opposite to saddle)

Trim of 10,000 sheets or more

Exit to saddle stitch tray after folding 1 or more sheets


182 x 257 mm

324 x 463 mm

55 – 244 gsm



131 – 244 gsm: 2 sheets

30 sets

Exit to 3-fold tray after 3-folding 1 or more sheets

A4S




20 sets

Sub tray mode

Function

Media format

Min.

Max.

Media weight

Tray capacity



Weight

Power source

Power consumption

Durability

Finishing operation



Exit to sub tray without process



100 x 140 mm

330 x 487 mm

55 – 350 gsm

200 sheets (Z-fold: 20 sheets/centre-fold: 40 sheets)

1,170 x 1,020 x 775 mm (saddle stitch tray stored)

1,170 x 1,020 x 1,441 mm (saddle stitch tray pulled out)

Approx. 280 kg

Own power cord

270 W


25 million

PB-503 – PERFECT BINDING UNIT

Type

Modes

Book binding mode

Function

Content pages

Media format

Min.

Max.

Z-fold

Media type

Media weight

Cover pages

Media format

Min.

Max.

Media type

Media weight

Paper grain direction

No. of sheets for book binding

Cover tray capacity

Book tray capacity

Warm-up time

Supply of glue

Type

Hopper capacity



Inline perfect binder using hot-melt glue technology and automated cover sheet trimming

Book binding mode, sub tray mode

Binding a book and placing it on the stacker

A4, B5, A5, A5S, ISOB5

139 x 140 mm

307 x 221 mm

A3, B4, A4S, ISOB4

Plain, recycled, high-quality, colour, matt-coated

64 – 105 gsm

Vertical: same size as the inside paper (main scan direction)

Horizontal: wide size = 2 x inside paper size in sub scan direction + spine thickness (max. = 30 mm) + 5 mm for trimming, e.g. A4 book = 2 x 210 +

30 + 5 = 455 mm

139 x 279 mm

307 x 472 mm

High-quality, coated paper

81 – 216 gsm

Cover & book pages: parallel to book spine

Min.: 10 sheets

Max.: 300 sheets or 30 mm (colour paper or matt-coated paper: 150 sheets or 15 mm). In case of Z-fold insertions, restrictions apply for number of

Z-fold sheets and total number of sheets.

1,000 sheets (82 gsm)

500 sheets (216 gsm)

Max.: 11 x 30 mm thick books in a row; 2 rows available; equals about 6,600 sheets

To prevent stacking problems, capacity is limited by book thickness:

10 – 30 sheet booklet: 50 pc.

31 – 150 sheet booklet: 35 pc. or limit detector

151 – 300 sheet booklet: limit detector

About 20 minutes

Hot-melt type

Approx. 1 kg*

* Equivalent of approx. 110 books or approx. 33,000 sheets

(Glue thickness 1.0 mm and 30.0 mm book thickness of A4 size)

Sub tray mode

Function

Media format

Min.

Max.

Media weight

Tray capacity



Weight

Power source

Power consumption

Durability

FS-532 – STAPLING UNIT

Type

Modes

Offset group/Offset sort mode

Function

Media format

Min.

Max.

Media type

Media weight

Tray capacity

Staple mode



Exit paper without treatment on the sub tray


SRA4S, ISOB5, ISOB5S, ISOB4, custom size paper, standard tab paper

100 x 140 mm

330 x 487 mm

55 – 350 gsm

200 sheets (80 gsm)

1,360 x 1,223 x 775 mm

270 kg

Own power cord

1,000 W or less


100-sheet staple finisher, with inline clinch and staple cut

Straight exit mode, offset mode, staple and sub staple mode, sub tray mode

Exit paper without treatment on the main tray

Big: A3, B4, SRA3, SRA4, SRA4S, ISOB4

Small: A4, A4S, B5, B5S, 16KS, ISOB5, ISOB5S

Minimum: A5, A5S, B6S

100 x 140 mm

324 x 483 mm

Plain, Fine, Colour, Coated, PrePrinted, Book/News, Envelope, Embossed,

Tab Paper

55 – 350 gsm

Paper weight Sheets Printing direction length

320 mm or longer

(A3, B4, 11 x 17)

80 gsm 2,000

80 gsm 4,200 250 to 319 mm

(A4, B5, 8.5 x 17)

249 mm or shorter

(A5, 5.5 x 8.5)

Staple mode

2 – 9

10 – 20

80 gsm

182 – 364 mm

150

50

750

Except the left

75

50

21 – 30

31 – 40

41 – 50

51 – 60

61 – 100

30

25

20

15

10

30

25

20

15

10



Staple capability

Staple position

Storage capacity for cut staple needles

Sub tray mode

Function

Media format

Min.

Max.

Media type

Media weight



Weight

Power source

Power consumption

Durability

Please see below

1 in the back (parallel/45 degrees), 1 in the front (parallel), 2 in the centre pitch (pitch: 120 mm, 140 mm and 165 mm)

150,000 or more

Exit paper without treatment on the sub tray



100 x 140 mm

324 x 483 mm

All engines supported

55 – 350 gsm

544 x 1,070 x 723 mm (excl. main tray)

Width incl. main tray (retracted): 798 mm

Approx. 74 kg

From main body

144 W or less


FS-532 – STAPLE CAPABILITY

Media weight

50 – 74 gsm

75 – 80 gsm

81 – 91 gsm

92 – 135 gsm

136 – 162 gsm

163 – 216 gsm

Number of staple sheets

Plain

Less than

400 mm

400 mm or more

100

100

60

50

40

25

50

50

50

50

40

25

Fine

320 mm or less 321 to 399 mm 400 mm or more

50

30

30

30

30

25

20

30

30

30

30

25

–

30

30

30

30

25

Less than 400 mm

Plain paper/except fine

35

35

35

30

25

20

400 mm or more

217 – 244 gsm

245 – 300 gsm

25

10

25

10

25

10

25

10

25

10

15

10

301 – 350 gsm – – – – – –

Staple limitation is based on the number of sheets in one set or thickness of one set, whichever is reached first. Max. thickness of one set:

– Paper length 219 mm or less: 23 mm or less

– Paper length 220 mm or more: 20 mm or less

35

35

35

30

25

20

15

10

–

PK-522 – PUNCH KIT

Type

Compatibility

Media format 2 holes

Media format 4 holes

Media type

Media weight

Hole diameter

Adjustment


Weight

Power source

Power consumption

PI-502 – POST INSERTER

Type

Compatibility

Upper tray

Media format

Min.

Max.

Media weight

Tray capacity

Lower tray

Media format

Min.

Max.

Media weight

Tray capacity


Weight

Power source

Power consumption



2/4 holes (selectable)

FS-532

A3, B4, A4, A4S, B5, B5S, A5, A5S, SRA4S

A3, B4, A4, B5

Plain, Fine, Colour, Coated, PrePrinted, Book/News, Embossed

Unable to punch: Label, Tab Paper, OHP, Punched Paper

60 – 300 gsm



-/+ 5.0 mm

156 x 180 x 592 mm

Approx. 4.5 kg

From main body

Less than 30 W

Post insert tray (2 trays)

FS-532

A4, A4S, B5, B5S, A5, custom paper sizes

182 x 148 mm

314 x 297 mm

50 – 200 gsm

200 sheets or 30 mm height

SRA3, A3, B4, A4, A4S, B5, B5S, A5, SRA4S, custom paper sizes

182 x 148 mm

314 x 458 mm

62 – 200 gsm

200 sheets or 30 mm height

511 x 220 x 620 mm

Approx. 10.5 kg

From main body

30 W or less

SD-510 – SADDLE STITCHING KIT

Type

Compatibility

Modes

Saddle stitch mode

Function

Media format

Min.

Max.

Media type

Media weight

Staple page

Staple position

Tray capacity

Tray capacity FS-532 main tray

Multi-sheet half-fold mode

Function

Media format

Min.

Max.

Media weight


Tray capacity

Multi-sheet letter fold-in mode

Function

Media format

Media weight


Tray capacity



Weight

Power consumption



Saddle stitching kit for FS-532

FS-532

Saddle stitch mode, multi-sheet half-fold mode, multi-sheet letter fold-in mode, sub tray mode

Exit to saddle stitch tray after fold & stitch process

A3, B4, A4S, custom paper sizes

120 x 240 mm

324 x 483 mm

Plain, Fine, Colour, Coated, PrePrinted, Book/News, Embossed

Inside paper: 50 – 216 gsm

Cover paper: 50 – 300 gsm







Changeable (60 – 148.5)





320 mm or longer (A3, B4, 11 x 17): 2,000 sheets

250 – 319 mm (A4, B5, 8.5 x 17): 3,000 sheets

249 mm or shorter (A5, 5.5 x 8.5): 750 sheets

(Paper weight 72 – 81 gsm)

Exit to saddle stitch tray after folding 1 or more sheets

A3, B4, A4S, custom paper sizes

100 x 148 mm

330 x 487 mm


50 – 216 gsm: 1 – 5 sheets

217– 300 gsm: 1 sheet

35 sets (1–5 sheets)

Exit to tri-fold tray after tri-folding 1 or more sheets

A4S



92 – 105 gsm: 1 sheet

50 sets (1 sheet); 40 sets (2 sheets); 30 sets (3 sheets)

281 x 530 x 597 mm (installed within FS-532)

Approx. 22.6 kg (excl. output tray) (output tray: 3.8 kg)

40 W or less

AGREEMENT


AGREEMENT

Additional agreements, special considerations or performance limitations agreed between Konica Minolta and the customer:

_________________________________________________________________________________________________________________

_________________________________________________________________________________________________________________

_________________________________________________________________________________________________________________

I have reviewed and I understand the product specifications for the configuration that will be installed in my company.

(please sign here):

Konica Minolta Sales Representative _______________________________________________________________________________

Konica Minolta Analyst Representative _____________________________________________________________________________

Konica Minolta Service Representative ______________________________________________________________________________

The image quality of a representative output sample from the bizhub PRESS C1085/C1100 (attached to this document) is representative of the print quality acceptable to my organisation

Date _________________________________________ Customer’s signature __________________________________________

Konica Minolta

Business Solutions Europe GmbH

Europaallee 17

30855 Langenhagen Germany

Tel.: +49 (0) 511 74 04-0

Fax: +49 (0) 511 74 10 50 www.konicaminolta.eu

Your Konica Minolta Business Solutions Partner:

bizhub PRESS C1100 SERIES CUSTOMER EXPECTATIONS GUIDE

bizhub PRESS

C1100 SERIES

CUSTOMER EXPECTATIONS

GUIDE

INDEX

INDEX

INTRODUCTION

INTRODUCTION

PRODUCT OVERVIEW

PRODUCT OVERVIEW

CONTACT

CONTACT

EXPECTATION ON SERVICE

EXPECTATIONS FOR TECHNICAL

PERFORMANCE AND SERVICE

REQUIREMENTS

ADVANCED SERVICES

ADVANCED SERVICES

OPERATOR REPLACEABLE UNIT-

MANAGEMENT (ORU-M)

CS REMOTE CARE

CS REMOTE CARE (CSRC)

KONICA MINOLTA COLOR CARE

KONICA MINOLTA COLOR CARE

IMAGE QUALITY CONTROL AND

MANAGEMENT

INSTALLATION

INSTALLATION

INSTALLATION

ENVIRONMENTAL AND ELECTRICAL REQUIREMENTS

ENVIRONMENTAL AND

ELECTRICAL REQUIREMENTS

IMAGE QUALITY

IMAGE QUALITY

IMAGE QUALITY

PAPER SPECIFICATIONS

PAPER SPECIFICATIONS

PAPER SPECIFICATIONS

PRODUCTIVITY

bizhub PRESS C1100 series

PRODUCTIVITY

PRODUCTIVITY

SPACE REQUIREMENTS

SPACE REQUIREMENTS

SPACE REQUIREMENTS

RECOMMENDED PAPERS

RECOMMENDED PAPERS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

AGREEMENT

AGREEMENT

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