Konica Minolta CS-2000A, CS-2000 User Manual

SPECTRORADIOMETER

CS-2000/CS-2000A

Instruction Manual

Safety Symbols

The following symbols are used in this manual to prevent accidents which may occur as a result of incorrect use of the instrument.

Denotes a sentence regarding a safety warning or note. Read the sentence carefully to ensure safe and correct use.

Denotes a prohibited operation. The operation must never been performed.

Denotes an instruction. The instruction must be strictly adhered to.

Denotes an instruction. Disconnect the AC adapter from the AC outlet.

Denotes a prohibited operation. Never disassemble the instrument.

Notes on This Manual

 Copying or reproduction of all or any part of the contents of this manual without

KONICA MINOLTA's permission is strictly prohibited.  The contents of this manual are subject to change without prior notice.  Every effort has been made in the preparation of this manual to ensure the accuracy of

its contents. However, should you have any questions or find any errors, please contact

the nearest KONICA MINOLTA-authorized service facility.  KONICA MINOLTA will not accept any responsibility for consequences arising from the

use of the instrument.

Safety Precautions

To ensure correct use of this instrument, read the following points carefully and adhere to them. After you have read this manual, keep it in a safe place where it can be referred to anytime a question arises.

(Failure to adhere to the following points may result in

Warning

Do not use this instrument in places where flammable or combustible gases (gasoline etc.) are present. Doing so may cause fire.

Always use the AC adapter and power cord supplied as a standard accessory or optional (AC-A312), and connect it to indoor AC outlet of rated voltage and frequency (100 - 120 V or 200 - 240 V , 50/60Hz). Failure to follow either of these may result in damage to unit, fire or electric shock.

If this instrument is not used for a long time, disconnect AC adapter from AC outlet. Accumulated dirt or water on prongs of AC adapter plug may cause fire and should be removed.

Do not forcibly pull any part on power cord when unplugging since this may cause fire or electric shock. Gently disconnect by holding plug. Also, do not handle power cord with wet hands. Doing so may cause electric shock.

death or serious injury.)

Do not forcibly bend, twist or pull power cord. Also, do not place heavy object on power cord, or damage or modify one. Any of these may cause fire or electric shock due to damage to power cord.

Do not disassemble or modify this instrument or AC adapter. Doing so may cause fire or electric shock.

Do not spill liquid on this instrument or drop metal into this instrument. Should either of these happen, switch power off, unplug AC adapter immediately and contact the nearest KONICA MINOLTA authorized service facility.

Should this instrument or AC adapter be damaged or smoke or odd smell be generated, do not keep using such instrument or AC adapter without correction. Doing so may cause fire. In such situations, switch power off immediately, unplug AC adapter and contact the nearest KONICA MINOLTA authorized service facility.

Do not look at sun or intense light through finder of this instrument. This may lose your sight.

(Failure to adhere to following points may result in injury or

Caution

Use this instrument near AC outlet for easy plugging or unplugging in using AC adapter.

Do not place this instrument on unstable or sloping surface which may drop or overturn it. Dropping or overturning may injure someone around. Take care not to drop this instrument when carrying it.

Do not move while looking inside finder since this would fall or injure user.

Take special care in handling the ND filter or closeup lens included in the optional accessories. Breakage of the ND filter or closeup lens may injure someone around.

damage to this instrument or other property.)

Introduction

This instrument is a high-accuracy spectroradiometer designed to measure luminance and chromaticity up to super-low luminance regions. Carefully read this manual before using one.

Packaging material

Be sure to save all packaging materials (corrugated cardboard boxes, pads and plastic bags) supplied with the purchase. This is delicate measurement instrument. Use packaging materials supplied in purchasing in case this instrument needs to be transferred for such purpose as maintenance in KONICA MINOLTA's factories. These packaging materials are useful for minimizing shock or vibration to this instrument in such situation. Should any of these packaging materials be lost or broken, please contact the nearest

KONICA MINOLTA authorized service facility.

Note on Use

Operating Environment

 The standard AC adapter (AC-A312) of this instrument is designed specifically for use

indoors. Do not use it outdoors.



Do not disassemble this instrument for being composed of delicate electronic components.

 Use this instrument at rated voltage of 100 V - 120 V or 200 V - 240 V (50/60Hz).

Connect AC power cord to AC outlet with rated voltage and frequency. Connected

voltage should not be outside the range of ±10% of nominal.

 This instrument is classified into a Pollution Degree 2 as instrument used in mainly in

manufacturing plant, laboratory, warehouse or equivalents. Use this instrument in metal

dust free and non condensing potential environment.

 This instrument is categorized into Installation Category II as equipment connected to

commercially available power source.

 Connect PC for controlling this instrument to the outlet with protective grounding.

Failure to follow this may result in electric shock due to short circuit.

 Take care not to enter foreign substance like water or metal in this instrument.

Operating in such state cause serious danger.



Do not use this instrument under direct sunlight or near heater. The internal temperature of this

instrument to becomes much higher than ambient temperature which may break this instrument.

Also, use this instrument in a well-ventilated place. To ensure proper heat dissipation,

keep the ventilation holes free from obstructions.

 Avoid rapid change in ambient temperature which may form dew condensation.  Avoid using this instrument in extremely dusty or humid place.  Use the CS-2000 at ambient temperature between 5 and 35ºC and relative humidity

80% or less (at 35ºC) with no condensation. Use the CS-2000A at ambient

temperature between 5 and 30ºC and relative humidity 80% or less (at 30ºC) with no

condensation. Operating this instrument outside specified temperature and humidity

range may not satisfy its original performance.

This Instrument

 Do not subject this instrument to strong impact or vibration.  Do not forcibly pull, bend, or apply strong force to power cord for attached AC adapter

or USB cable. This may result in snapping.  Connect this unit to power source with minimal noise.  Do not measure a high-luminance light source (including sunlight) beyond the

measurement range. The failure to observe this warning could result in damage to the

optical system.  Should breakage or abnormality be found during operation, switch power off

immediately and unplug. Then refer to “Error Check” on page 82.  Should this instrument break down, do not try to disassemble and repair it by yourself.

Please contact the nearest KONICA MINOLTA authorized service facility.  Warm this instrument up for 20 minutes at least after switching power on when the

object luminance is 2 cd/m2 or lower (measuring angle 1º).

Objective lens, ND filter and Closeup lens (Optional Accessories)

 Make sure that surfaces of objective lens, ND filter or closeup lens are clear. Correct

measurement may not be performed if there is dirt, dust, hand soil or part left unclean.  Do not touch surface of objective lens, ND filter or closeup lens with hand.  Do not change ambient temperature rapidly under high humidity. This may mist

objective lens, ND filter or closeup lens, resulting in incorrect measurement.

Note on Storage

Body

 Do not store this instrument under direct sunlight or near heater. The internal

temperature of this instrument becomes much higher than ambient temperature which

may break this instrument.  Store this instrument at ambient temperature between 0 and 35ºC and relative humidity

80% or less (at 30ºC) with no condensation. Storage under high temperature and

humidity may deteriorate performance of this instrument. For added safety, we

recommend storage with such drying agent at room temperature.  Take care not to form condensation. Avoid rapid change in ambient temperature when

transferring body for storage.  Put the body in a packaging box supplied when purchased or the storage case (CS-

A30) in the optional accessories to store in safe place.

Objective lens

 For storage, cover the objective lens with standard accessory lens cap.

Cleaning

Body

 If this unit becomes dirty, wipe with dry and soft cloth. Do not use organic solvent like

benzine or thinner and other chemical agent for cleaning. Should none of these

methods be helpful, please contact the nearest KONICA MINOLTA authorized service

facility.

Objective lens

 Should it be gotten dirt or dust, wipe off with dry and soft cloth or lens cleaning paper. Do not

use organic solvent like benzine or thinner and other chemical agent for cleaning. Should

none of these methods be helpful, please contact the nearest KONICA MINOLTA authorized

service facility.

Notes on Transfer

 Use packaging material supplied when purchased to minimize vibration or shock

generated during transfer.  Put all material including unit and accessories in original packaging material when

returning this instrument for service.

Maintenance

 Periodical checkup is recommended annually to maintain measurement accuracy of

instrument. For details on checkup, please contact the nearest KONICA MINOLTA

authorized service facility.

Disposal Method

 Make sure that the CS-2000/CS-2000A, its accessories and the packing materials are

either disposed of or recycled correctly in accordance with local laws and regulations.

Contents

Safety Precautions ………………… 1

Introduction

Note on Use …………………………… 3

Operating Environment ……………………… 3

This Instrument

Objective lens, ND filter and Closeup lens (Optional Accessories)

Note on Storage ……………………… 4

Body …………………………………………… 4

Objective lens

Cleaning ………………………………… 5

Body …………………………………………… 5

Objective lens

Notes on Transfer ……………………… 5

Maintenance

Disposal Method

…………………………… 3

……………………………… 4

……………………… 4

………………………………… 4

………………………………… 5

…………………………… 5

……………………… 5

Standard Accessories ……………… 8

Optional Accessories

System Configuration

Names and Functions of Parts

Names of Each Part …………………… 12

Functions of Each Part

Key Panel

Main Functions of Each Key

Diopter Adjustment

LCD Screen

MEAS (Measurement value) screen …… 16

MENU screen

……………………………… 14

…………………………… 16

……………………………… 17

……………… 9

……………… 11

…… 12

……………… 13

………… 14

…………………… 15

Installation

Installing ……………………………… 20

Connecting AC Adapter

Connection Method …………………… 22

…………… 21

Power Switch ON( | )/OFF(O) ……… 23

Turning power switch ON …………… 23

Turning power switch OFF

…………… 23

Setting

Setting of Synchronization ………… 26

Selecting Measurement Time

Setting Observer

…………………… 35

Selecting Display Format

Selecting Color Space

……………… 39

Selecting Absolute Value (ABS)/

Difference (DIFF) Display

When Using Closeup Lens

When Using ND Filter

Calibration

Calibration Channel …………………… 47

…………………………… 47

……………… 45

Backlight ON/OFF During

Measurement ………………………… 49

……… 29

………… 37

………… 41

………… 43

Measurement

Measurement ………………………… 52

Saving the Measurement Value

Deleting the Memory Data

Registering Target Color

Target color …………………………… 61

…………… 61

…… 55

………… 58

Selecting Target Color ……………… 65

Deleting Target Color

……………… 67

Communication

Connecting to PC …………………… 72

Remote Mode

………………………… 73

Explanation

Measurement Principle …………… 76

Sensor Section …………………………… 76

Dark Measurement ………………… 76

TΔuv ………………………………… 77

Dominant wavelength /Excitation purity

Measurement of Object Color

Necessary Setting for Object Color Measurement

White Calibration

Measurement of Object

…………………………… 79

…………………… 79

… 78

…… 79

… 79

Dimensions …………………………… 80

Error Message

Error Check

Setting Initialization

Switching Luminance Unit

Main Specifications

……………………… 81

…………………………… 82

………………… 85

………… 86

………………… 87

Standard Accessories

Lens Cap CS-A31



Attached to objective lens for protecting it

when not using this instrument.

USB Cable (2 m) CS-A32

 Used for communication between this

instrument and PC.

AC Adapter AC-A312

 Supplies power from AC outlet.

Input: 100 - 120 V or 200 - 240 V

0.75 - 0.42 A 50/60 Hz Output: 12 V 3 A

Data Management Software CS-S10w Professional



Software to control this instrument from PC

for various data management.



The protect key is attached.

Screw for focus ring lock CS-A38



Locks the focus adjustment ring of the CS-

2000/CS-2000A so that it does not move

unintentionally and change the focus.

· Do not use any screw except for the attached screw. Should it be lost or damaged, purchase a new CS-A38.

· When storing the CS-2000/CS-2000A in the Storage Case (optional accessory), remove the screw.

· When storing the CS-2000/CS-2000A in the packing box for transfer, remove the screw.

Optional Accessories

Calibration Certificate

ND Eyepiece Filter CS-A1



Reduces glare during observation through the finder when a high-luminance object is measured. Be sure to place this filter in front of the finder when measuring highluminance objects.

ND Filter (1/10) CS-A33 ND Filter (1/100) CS-A34



Placed in front of objective lens for measurement of high luminance object.

Calibration Certificate (for ND filter)



Calibration certificates can be attached to the ND filters (1/10) CS-A33 and (1/100) CSA34.

Closeup Lens CS-A35



Placed in front of objective lens for measurement of small object.

Adapter for CCD camera CS-A36



Placed between the finder and the body when a C-mount industrial camera is used.

White Calibration Plate CS-A5 (without data) White Calibration Plate CS-A5 (with data) White Calibration Plate CS-A5 (with data and calibration certificate)

 Used for measurement of object colors.

Three types (named, not-named, named with calibration certificate) are prepared.

Tripod CS-A3 Pan Head CS-A4



Used when installing this instrument.

Storage Case CS-A30



Used to house the instrument and accessories or to carry them by hand. Never use this as a transport case.

System Configuration

Pan Head

CS-A4

Tripod

CS-A3

AC Adapter

AC-A312

ND Eyepiece Filter

CS-A1

Adapter for CCD camera

CS-A36

CS-2000 Main Unit

USB Cable (2 m)

CS-A32

(on the market)

Standard Accessories

Optional Accessories

ND Filter (1/10) CS-A33 (1/100) CS-A34

Calibration Certificate (for ND filter)

Calibration CertificateLens Cap

Screw for focus ring lock

CS-A38

Data Management

Software

CS-S10w Professional

Closeup Lens

CS-A35

White Calibration Plate

CS-A5 (w/o data) CS-A5 (w/ data) CS-A5 (

w/ data and calibration certificate

)

Storage Case

CS-A30

Names and Functions of Parts

Names of Each Part

(7) Focus distance scale

(6) Focus

adjustment ring

(5) Objective lens

Handle

(1) Power switch

(2) AC adapter input terminal

(14) Screw holes for fixing

(8) LCD screen

(10) Measurement button

(9) Key panel

(12) Diopter adjustment ring

Inside finder

(13) Aperture

(3) USB connector

(15) Vertically synchronized signal input terminal

(4) Measuring angle selector

(11) Finder

Functions of Each Part

(1) Power switch

AC adapter input terminal

(2)

(3) USB connector Connects the USB cable when connecting to PC. ………(p.72)

Measuring angle selector Selects measurement angle among 1º, 0.2º and 0.1º.

(4)

(5) Objective lens

Focus adjustment ring

(6)

Focus distance scale

(7)

(8) LCD Screen

(9) Key Panel Offers several keys for operation of this instrument. …… (p.14)

(10)

Measurement button

(11) Finder

(12)

Diopter adjustment ring

Used to observe object for measurement. ………… (p.15, 53)

Directed to object for measurement. ………………………(p.53)

Switches this instrument on/off. ( | ) for ON; (O) for OFF.

Connects the attached AC adapter. ……………………… (p.21)

Adjusts focus of objective lens before measurement. ……(p.53)

Helps adjusting focus. ………………………………………(p.53)

Displays various screens like measurement and menu.

For measurement. ……………………………………………(p.53)

Adjusts diopter. ………………………………………… (p.15, 53)

…(p.23)

………(p.52)

… (p.16)

(13)Aperture Indicates measuring area. …………………………………(p.53) Size of black circle will change depending on measuring angle.

1º Aperture 0.2º Aperture 0.1º Aperture

Screw holes for fixing

(14)

Vertically synchronized

(15)

signal input terminal

Used to fix this instrument with tripod or jig.

Connects the cable to input the vertically synchronized

signal or the external sync measurement.

……………

………………

(p.20)

(p.26)

Key Panel

(1)

(2)

(3)

(4)

(5)

(6 )

(7)

Main Functions of Each Key

(1) MENU key The MENU screen appears if this key pressed when the

measurement value screen appears. (p.17)

(2) DISPLAY key

(3) COLOR MODE key Color space modes are switched in turn as follows, by pressing

Selects whether chromaticity is displayed in absolute value (ABS) or difference (DIFF) if this key pressed when the measurement value screen appears. (p.41)

the key when the measurement value screen appears: Lvxy  Lvu’v’  LvTΔuv  XYZ  Dominant wavelength/Excitation purity Spectral graph  Lvxy. (p.39)

(4) ESC key

(5) BACKLIGHT key

(6) MEMORY key Measured data is stored in memory by pressing this key when the

(7)

ENTER key Press the key to fix the contents selected in

If this key is pressed when the MENU screen is displayed, the

settings are canceled and the measurement value screen appears again. If pressed during numerical input or when making each setting, the settings are canceled. If pressed during continuous measurement, the measurement ends.

Selects backlight ON/OFF on LCD screen. (p.49)

measurement value screen appears. (p.55)

keys Memory data, target color channels, calibration channels, etc.,

are changed by pressing the key when the screen for display of various data appears. The cursor position is moved up and down, or the values and set items are changed, by pressing the key during numerical input or when making each setting.

keys The cursor position moves right and left by pressing the key for

numerical input or when making each setting.

Diopter Adjustment

Rotate the diopter adjustment ring for adjustment of diopter.

Diopter adjustment ring

Adjust so that A or B on aperture or black circle indicating measuring area looks clear when observing object through finder. Adjustment would be easy starting with 1º aperture where object near aperture looks blur.

Make sure to adjust diopter before measurement. Diopter should be adjusted for the eyesight of the person who will be taking measurement. If diopter is not adjusted before focus measurement, correct measurement value may not be expected. This is because the focus is actually off even if you think it is correctly in focus. In addition, if diopter is not correctly adjusted, you may see the aperture moving depending on viewing angle.

* You sometimes see small black dots or stripes

in internal finder. It gives no effect on measuring performance.

LCD Screen

ME A S SNG L

UC 0 0

SPD M-N

SYNC

Non

100BLon

LE N C-U

80. 00

0 . 0000

T0 1

MEAS (Measurement value) screen

“SNGL” is displayed for the values obtained during single measurement, while “CONT” is displayed for the values obtained during continuous measurement. (p.53)

Calibration channel (p.47) Target color channel

(p.61, 65, 67)

Measurement result is displayed in the currently selected color space. (Lvxy, Lvu’v’, LvTΔuv, XYZ, Dominant wavelength/Excitation purity, Spectral graph) (p.39) Display format can be changed. (p.37)

Setting status in this instrument is displayed.

<Obs>

Currently selected observer angle is displayed. (2°,10°) (p.35)

<SPD>

Currently selected measuring time is displayed. (Nrm, Fst, M-N, M-F, Mnl) (p.29)

<SYNC>

“Int” is displayed when the internal sync measurement mode is set. “Ext” is displayed when the external sync measurement mode. “Non” is displayed when the sync measurement mode is not set. (p.26)

MENU screen

MEAS

MEMORY

TA R GET

OPTION

SETUP

ME N U

The MENU screen appears if MENU key is pressed when the measurement value screen is displayed.

 MEAS

Used to set measurement time or synchronizing method. (p.26, 29)

 MEMORY

Used to read or delete the measurement memory data. (p.56, 58)

 TARGET

Used to register, select or delete the target color. (p.61, 65, 67)

 OPTION

Used to set the closeup lens, ND filter or calibration channel. (p.43, 45, 47)

 SETUP

Used to set the observer, backlight or display format. (p.35, 49, 37)

<LENS>

“C-U” is displayed, if the closeup lens is attached. If not, “Std” is displayed (p.43).

<ND>

The current ND filter type is displayed. (Non, 10, 100) (p.45)

<BL>

“On” is displayed, if the backlight is set to be turned on during the measurement. “Off” is displayed, if the backlight is set to be turned off during that time. (p.49)

Installation

Installing

Measurement distance reference

Optical axis

ISO screw ISO screwTripod screw

190.4

170

Installation

Use screw holes for fixing at the bottom of this instrument if utilized with the tripod or jig. 2-type holes are available. Tripod screw hole: To set on the tripod. Use a tripod screw with top diameter of 3/8 inches

and depth of 10.5 mm. [Note] The tripod screw holes correspond with the 3/8-inch screws of a

large camera tripod. 1/4-inch screws cannot be used for fixing this instrument.

ISO screw hole: To set on the jig. Use ISO screws with top diameter of 5 mm and depth

of 6.5 mm.

For other detailed dimensions, see p.80.

Connecting AC Adapter

The AC adapter supplied with this instrument is used for the corresponding power source.

Warning

Always use the AC adapter and power cord supplied as a standard accessory or

optional accessory (AC-A312), and connect it to indoor AC outlet of rated voltage and frequency (100 - 120 V these may result in damage to unit, fire or electric shock.

If this instrument is not used for a long time, disconnect AC adapter from AC outlet. Accumulated dirt or water on prongs of AC adapter plug may cause fire and should be removed before use.

Do not forcibly pull any part on power cord when unplugging since this may cause

fire or electric shock. Gently disconnect by holding plug. Also, do not handle power cord with wet hands. Doing so may cause electric shock.

Do not forcibly bend, twist or pull power cord. Also, do not place heavy object on

power cord, or damage or modify one. Any of these may cause fire or electric shock due to damage to power cord.

(Failure to adhere to the following points may result in death or serious injury.)

or 200 - 240 V , 50/60Hz). Failure to follow either of

Installation

Do not disassemble or modify this instrument or AC adapter. Doing so may cause fire or electric shock.

Caution

Use this instrument near AC outlet for easy plugging or unplugging in using AC

adapter.

(Failure to adhere to following points may result in injury or damage to this instrument or other property.)

Installation

Connection Method

1. Make sure that power switch is OFF

(slided to [O] side).

2. Connect the AC adapter plug to the

AC adapter input terminal of the body.

3. Plug the AC adapter to outlet (100 - 120 VAC or 200 - 240 VAC ,

50 Hz/60 Hz).

Insert the AC adapter plug all the way seated in AC outlet.

Power Switch ON( | )/OFF(O)

The warm-up time needed is a minimum of 20 minutes in order to measure the objects with excellent accuracy under the conditions described below. Warm up this instrument for 20 or more minutes when the power source is turned off even for a short period, and turned on again.

(1) The object is a low-luminance light source, using 2856 K (standard light source A) as a

guide: 2 cd/m2 or lower (1° Aperture) 50 cd/m2 or lower (0.2° Aperture) 200 cd/m2 or lower (0.1° Aperture) (2) Outside room temperature and normal humidity ranges

Turning power switch ON

1. Slide power switch to ON ( | )

side.

 The measurement screen appears 5

seconds after the initial screen on the LCD.

The model type (CS-2000 or CS-

2000A), body version and product serial numbers are displayed on the initial screen. The model type can be also confirmed on the nameplate.

Installation

Turning power switch OFF

2. Slide power switch to OFF (O

side) after measurement.

Setting

Setting of Synchronization

ME AS S NG L

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

35. 93

0 . 3968

0 . 4060

T0 1

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

The synchronized measurement refers to measurement mode where measurement is made in the same timing as periodical light source pulse frequency, such as vertically synchronized frequency for the display device.

[INT SYNC]

The internal sync measurement mode is used to measure the display equipment without the input of vertically synchronized signals to the body, or to measure flicker light from a light source such as a fluorescent light. Input the frequency of vertically synchronized signals for the display equipment, or the commercial frequency (50 or 60 Hz) for flicker light from a light source such as a luminescent light. The optimal integration time is automatically set based on the input value and the brightness of the object. For this

Setting

reason, enter the correct frequency value to two places of decimals. However, if the vertically synchronized frequency of the display equipment is not clear, accurate measurement will not be possible with an inaccurate frequency setting. In this case it is recommended to select [NO SYNC] mode without sync measurement (at 60 Hz of frequency), but to select [MULTI-NORMAL] mode or [MULTI-FAST] mode for the measurement time (refer to p. 29).

[EXT SYNC]

The external sync measurement mode is used to measure the display equipment after the line input of a vertically synchronized signal through the input terminal for vertically synchronized signals to the body. The optimal integration time is set automatically, based on the frequency of vertically synchronized signals and the brightness of the object.Input CMOS (5V) Level of the input signals.

* Range of synchronized frequencies : 20.00 to 200.00 Hz * Factory default setting : NO SYNC

Operation Procedure

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

BACKLIGHT

6, 7

2, 3, 4, 5

key when the MEAS

key on the MEAS screen,

2. Press either or key to select

SP EED NORMAL

SY NC NO SYNC

ME NU

ME AS

ME NU

ME AS

SYNC MODE

NO SYNC

I N T SYNC

E X T SYNC

ME NU

ME AS

SYNC MODE

NO SYNC

I N T SYNC

E X T SYNC

ME NU

ME AS

SYNC MODE

I N T SYNC

0 5 0. 0 0 H z

ME NU

ME AS

SYNC MODE

I N T SYNC

0 6 0. 0 0 H z

[MEAS] and then press

ENTER

The MENU – MEAS screen appears. The current set contents are displayed in the

SYNC item.

key.

3. Press either or key to select

[SYNC] and then press

ENTER

The MENU - MEAS - SYNC MODE (sync method selection) screen appears.

key.

4. Press either or key to select the

sync method.

4-a-1. INT SYNC setting:

Select [INT SYNC] and press

ENTER

The MENU - MEAS - SYNC MODE – INT SYNC screen appears. This screen is used

for the input of an internal synchronized frequency.

key.

Setting

4-a-2. Press either or key to set a

4-a-3. Press either or key to move

value.

key for larger number. key for smaller number.

The range of the internal synchronized frequency is from 20 Hz to 200 Hz.

the cursor.

4-a-4. Repeat the same procedures 4-a-

ME AS S NG L

UC 00

SPD N

SYN C

I nt

No nBLon

LE N S td

T0 1

35. 93

0 . 3968

0 . 4060

2. and -3. as necessary.

Setting

4-a-5. Press

ENTER

key.

After the setting is entered, the MENU MEAS - SYNC MODE screen appears

again on the LCD.

5. Press

ENTER

key.

When the synchronizing method is set, the MENU - MEAS screen appears again on the LCD.

ESC

By pressing

key, after the setting is canceled the MENU - MEAS screen appears again on the LCD.

The setting of the synchronizing method is saved even after the power switch is turned off (O).

6. Press

ENTER

key.

The MENU screen appears again on the LCD.

7. Press

ESC

key.

The MEAS screen appears again on the LCD.

Selecting Measurement Time

Select measurement time according to the purpose. Five modes are available for measurement time.

Measurement

time mode

NORMAL

FAST

MULTI INTEGNORMAL

MULTI INTEGFAST

MANUAL

*1 Time for sensor to measure light indicating “exposure time”. On the other hand, measurement time shows time for

integration × 2 +Time to open/close shutter + Time for calculation), indicating time needed for actual measurement.

* Factory default setting : MULTI INTEG-NORMAL, IN-ND : AUTO

Operation explanation Feature Cautions

In this mode, integration time*1 is adjusted between 0.005s and 120s according to the brightness of the measurement subject. This mode emphasizes performance when measuring low luminances.

In this mode, integration time is adjusted between 0.005s and 16s according to the brightness of the measurement subject. This mode emphasizes measurement time when measuring low luminances.

In this mode, several cycles of the integration time for NORMAL mode are taken and averaged. Under luminance conditions which require an integration time longer than the set luminance, the integration time will be the same as for normal measurement. This mode can be used when the synchronization time for measurement is unknown or when the synchronization time is known but the frequency is unstable. In such case, the sync mode should be set to NO SYNC.

In this mode, several cycles of the integration time for FAST mode are taken and averaged. Under luminance conditions which require an integration time longer than the set luminance, the integration time will be the same as for FAST measurement. This mode can be used when the synchronization time for measurement is unknown or when the synchronization time is known but the frequency is unstable. In such case, the sync mode should be set to NO SYNC.

This mode can be used when you want to set a fixed integration time for measurements. Integration time: 0.005s to 120s

Improved accuracy and repeatability for luminances below approx. 4 cd /m2 (measurement angle: 1°)

Shorter measuring times for luminances below approx. 4 cd/m2 (measurement angle: 1°)

Measurements which do not depend on the synchronization frequency of the measurement subject can be taken. Improved accuracy and repeatability for luminances below approx. 4 cd /m2 (measurement angle: 1°)

Measurements which do not depend on the synchronization frequency of the measurement subject can be taken. Shorter measuring times for luminances below approx. 4 cd /m2 (measurement angle: 1°)

The desired fixed integration time can be set.

When measuring low luminances, since the total measurement time can be as long as 4 minutes, if the brightness of the measurement subject changes, the measurement results will be the average luminance. In addition, be careful to not move the instrument during measurement. When measuring periodic light sources, MULTI INTEG-NORMAL mode or MULTI INTEG-FAST mode may be more suitable, for example, when the synchronization frequency is unknown.

When higher accuracy and repeatability are required at low luminances, the NORMAL mode should be used if necessary.

Even for high luminances, the set integration time (1s or longer) will be used.

Even for high luminances, the set integration time (1s or longer) will be used

Be careful that the “OVER” error message does not occur and that the measurement accuracy is not reduced.

Examples of

measurement subjects

Constant light sources (halogen lamps, etc.)

Periodic light sources (whose are stable and whose synchronization frequency is known)

Same as above

Periodic light sources (whose synchronization frequency is unknown or unstable)

All light sources

Setting

Operation Procedure

ME AS S NG L

UC 00

SPD N

SYN C

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No nBLon

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T0 1

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

SP EED NORMAL

SY NC NO SYNC

ME NU

ME AS

ME NU

ME AS

SP EED MODE

NORMAL

F A S T

MU LT I- NO RM A L

MU LT I- FA ST

MANUA L

6, 7

2, 3, 4, 5

Setting

1. Press

key when the MEAS

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via

BACKLIGHT

key on the MEAS screen,

the backlight is turned on.

2. Press either or key to select

[MEAS] and then press

ENTER

The MENU – MEAS screen appears. The current set contents are displayed in the

SPEED item.

key.

3. Press either or key to select

[SPEED] and then press

The MENU - MEAS - SPEED MODE (measurement speed setting) screen

appears.

ENTER

key.

4. Press either or key to select

ME NU

ME AS

SP EED MODE

NORMAL

F A S T

MU LT I- NO RM A L

MU LT I- FA ST

MANUA L

ME NU

ME AS

IN ND

AU TO

O F F

SP EED MODE

ME NU

ME AS

IN ND

AU TO

O F F

SP EED MODE

ME NU

ME AS

SP E ED MODE

NORMAL

F A S T

MU LT I- N O R M A L

MU LT I- F A S T

MANUA L

ME NU

ME AS

MU LTI IN TEG

IN TE G TI M E

0 1

I N -N D A U TO

SP EED MODE

measurement speed.

4-a-1. NORMAL or FAST setting: Select

[NORMAL] or [FAST] and press

ENTER

The MENU - MEAS - SPEED MODE - INND screen appears.

This screen is used to determine whether the ND filter built into the body is used or not.

key.

4-a-2. Press either or key to select

[AUTO], [OFF] or [ON].

Select [ON] when the error message “OVER” appears. When measuring objects having a wide range of luminance

under the adjusted measurement conditions (ex. γ measurement), set IN-ND to [OFF] or [ON]. For [OFF] or [ON] selection, select [OFF] when the upper limit luminance is 100cd/ m2 or less, and [ON] when it is 100cd/m2 or more as a guide.

Setting

4-a-3. Press

After the setting is entered, the MENU

4-b-1. MULTI-NORMAL or MULTI-FAST

ENTER

key.

- MEAS - SPEED MODE screen

appears again on the LCD.

setting: Select [MULTI-NORMAL] or [MULTIFAST] and press

ENTER

The MENU - MEAS - SPEED MODE MULTI INTEG screen appears.

This screen is used for input of the integration time in the MULTI INTEG-NORMAL mode or MULTI INTEG-FAST mode.

key.

4-b-2. Press either or key to set a

ME NU

ME AS

SP EED MODE

NORMAL

F A S T

MU LT I- NO RM A L

MU LT I- FA ST

MANUA L

ME NU

ME AS

MU LTI IN TEG

IN TE G TI M E

1 0

SP EED MODE

I N -N D A U TO

ME NU

ME AS

MAN UAL

IN TE G TI M E

IN-N

D O

0 0 0 0 3 3 . 3 3 3

SP EED MODE

ME NU

ME AS

SP EED MODE

NORMAL

F A S T

MU LT I- NO RM A L

MU LT I- FA ST

MANUA L

ME NU

ME AS

MU LTI IN TEG

IN TE G TI M E

1 0

SP EED MODE

I N -N D A U TO

ME NU

ME AS

MU LTI IN TEG

IN TE G TI M E

1 0

SP EED MODE

I N -N D O N

value.

key for larger number. key for smaller number.

The setting range of integration time is from 1 to 16 s.

Setting

4-b-3. Press

The cursor moves to the IN-ND item.

This screen is used to determine whether the ND filter built into the body is used or not.

ENTER

key.

4-b-4. Press either or key to

select [AUTO], [OFF] or [ON].

Select [ON] when the error message “OVER” appears. When measuring objects having a wide range of luminance

4-b-5. Press

After the setting is entered, the MENU MEAS - SPEED MODE screen appears

again on the LCD.

ENTER

key.

4-c-1. MANUAL setting:

Select [MANUAL] and press

ENTER

The MENU - MEAS – SPEED MODE MANUAL screen appears. This screen is

used for input of the integration time in the manual mode.

key.

4-c-2. Press either or key to set a

ME NU

ME AS

MAN UAL

IN TE G TI M E

IN-N

D O

0 0 0 5 0 0 . 0 0 0

SP EED MODE

ME NU

ME AS

SP EED MODE

NORMAL

F A S T

MU LT I- NORMAL

MU LT I- FAST

MA NU AL

ME NU

ME AS

MAN UAL

IN TE G TI M E

IN-N

D O

0 0 0 5 0 0 . 0 0 0

SP EED MODE

ME NU

ME AS

MAN UAL

IN TE G TI M E

IN-N

D O

0 0 0 0 3 3 . 3 3 0

SP EED MODE

ME NU

ME AS

MAN UAL

IN TE G TI M E

IN-N

D O

0 0 0 5 0 0 . 0 0 0

SP EED MODE

value.

key for larger number. key for smaller number.

The setting range of integration time is from 5 to 120,000 ms.

4-c-3. Press either or key to move

the cursor.

4-c-4. Repeat the same procedures 4-a-

2. and -3. as necessary.

Setting

4-c-5. Press

4-c-6. Press either or key to select

4-c-7. Press

ENTER

key.

The cursor moves to the IN-ND item. This screen is used to determine whether

the ND filter built into the body is used or not.

[ON] or [OFF].

Select [ON] when the error message “OVER” appears.

ENTER

When the setting is entered, the MENU MEAS - SPEED MODE screen appears

again on the LCD.

key.

5. Press

ME AS S NG L

UC 00

SPD

SYN C

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No nBLon

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ENTER

key.

When the measurement time is set, the MENU MEAS screen appears again on the LCD.

ESC

By pressing

key, after the setting is canceled the MENU - MEAS screen appears again on the LCD.

Setting

Measurement time setting is saved even after switching OFF (O).

6. Press

ESC

key.

The MENU screen appears again on the LCD.

7. Press

ESC

key.

The MEAS screen appears again on the LCD.

Setting Observer

ME AS S NG L

UC 00

SPD

SYN C

No n

No nBLon

LE N S td

35. 85

0 . 3964

0 . 4059

T0 1

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

OB SER V ER

DA TA

FO RM F

BA CKL I GH T@MEA S

ME NU

SE TU P

ME NU

OB S ER V ER

2°O

Color matching function for chromaticity calculation is selectable between 2°OBS and 10°OBS.

* Observer setting : 2°OBS, 10°OBS

* Factory default setting : 2°OBS

Operation Procedure

8, 9

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

BACKLIGHT

key when the MEAS

key on the MEAS screen,

Setting

2, 3, 4, 5, 6, 7

2. Press either or key to select

3. Press either or key to select

[SETUP] and then press

ENTER

The MENU – SETUP screen appears. The current set contents are displayed in

the [OBSERVER] item.

[OBSERVER] and then press

ENTER

key.

The MENU - SETUP – OBSERVER (Observer selection) screen appears.

key.

4. Press either or key to select [2º

SE TU P

ME NU

OB S ER V ER

2°O

SE TU P

ME NU

OB SER V ER

CHA NG E

OK C AN CEL

SE TU P

ME NU

OB SER V ER

CHA NG E

OK C AN CEL

ME AS S NG L

UC 00

SPD

SYN C

No n

No nBLon

LE N S td

35. 85

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T0 1

OBS] or [10º OBS].

Setting

5. Press

ENTER

key.

The confirmation screen appears. [CANCEL] is selected.

6. Press key to move the cursor to

[OK].

7. Press

ENTER

When the observer angle is set, the MENU MEAS screen appears again on the LCD.

By pressing canceled the MENU - SETUP screen appears again on the LCD.

Observer setting is saved even after switching OFF (O).

key.

ESC

key, after the setting is

8. Press

9. Press

ESC

key.

The MENU screen appears again on the LCD.

ESC

key.

The MEAS screen appears again on the LCD. When observer angle is set to 10°, Lv display

changes to Y display.

Selecting Display Format

OB SER V ER

DA TA

FO RM F

BA CKL I GH T@MEA S

ME NU

SE TU P

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

ME AS S NG L

UC 00

SPD

SYN C

No n

No nBLon

LE N S td

35. 85

0 . 3964

0 . 4059

T0 1

SE TU P

ME NU

DATA F

** * * . ** * * * . ** * *

The formats of indicating the luminance and excitation values X, Y and Z can be selected as either normal indication to display the values to four places of decimals, or as index number indication. If the measurement values on the LCD are unreadable, use the index number indication.

* Display format setting : Normal, Index

* Factory default setting : ****.**** [F]

* When the number of displayed digits is six (luminance and X/Y/Z are 100000 or more) in

the normal indication, “******.*****” will be displayed. In this case, the value will be displayed if you set to the index number indication.

Operation Procedure

6, 7

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned off via the backlight is turned on.

BACKLIGHT

key when the MEAS

key on the MEAS screen,

Setting

2, 3, 4, 5

2. Press either or key to select

3. Press either or key to select

[SETUP] and then press

ENTER

The MENU – SETUP screen appears. The current set contents are displayed in the

[DATA FORM] item.

[DATA FORM] and then press

ENTER

The MENU - SETUP - DATA FORM (Display format selection) screen appears.

key.

4. Press either or key to select

OB SER V ER

DA TA

FO RM E

BA CKL I GH T@MEA S

ME NU

SE TU P

ME NU

DATA F

** * * . ** * * * . ** * *

ME AS S NG L

UC 00

SYN C

No n

No nBLon

LE N S td

3. 5846E+1

0. 3964

0. 4059

T0 1

SPD

[****.**** [F]] or [*.****E+* [E]].

Setting

5. Press

ENTER

key.

When the display format is set, the MENU SETUP screen appears again on the LCD.

By pressing

ESC

key, after the setting is canceled the MENU - SETUP screen appears again on the LCD. Display format setting is saved even after switching OFF (O).

6. Press

ESC

key.

The MENU screen appears again on the LCD.

7. Press

ESC

key.

The MEAS screen appears again on the LCD.

Selecting Color Space

Color Space

LCD Screen

Display Description

(When Normal is selected for display format)

(When Index is selected for display format)

ME AS S NGL

UC 00

SPD

SYN C

No n

No nBLon

LE N S td

34 . 22

0 . 3958

0 . 4060

T0 1

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

3 . 4221E+1

0 . 3958

0 . 4060

T0 1

Displays and outputs in luminance Lv and chromaticity coordinates x,y.

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

34 . 22

0 . 2236

0 . 5161

u’

v’

T0 1

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

0 . 2236

0 . 5161

u’

v’

T0 1

3 . 4221E+1

Displays and outputs in luminance Lv and u’v’ chromaticity diagram (CIE 1976 UCS chromaticity diagram) coordinates u’, v’.

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

34 . 22

3829K

+0. 009

duv

T0 1

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

3829K

+0. 009

duv

T0 1

3 . 4221E+1

Displays and outputs in luminance Lv, correlated color temperature T and color difference from blackbody locus ∆uv.

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

33 . 36

34 . 22

16 . 71

T0 1

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

3 . 3365E+1

3 . 4221E+1

1 . 6709E+1

T0 1

Displays and outputs in tristimulus values X, Y, Z.

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

+576 . 220 n

0 . 407%

T0 1

Displays and outputs in dominant wavelength λd and excitation purity Pe.

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

38 0

38 0n

1. 3 118 E-5

78 0

T0 1

Displays or outputs spectral radiance Le(λ) in the spectral waveform

See below table for available color space.

* Factory default setting :L

Lvxy *1

Lvu’v’ *1

Lv T ∆uv

Setting

XYZ

Dominant wavelength/ Excitation purity *2

Spectral graph

*1 Y is displayed instead of Lv when observer angle is 10°.

ME AS S NG L

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

34 . 22

0 . 2236

0 . 5161

u’

v’

T0 1

ME AS S NG L

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

34 . 22

0 . 3958

0 . 4060

T0 1

*2 For non-spectral colors, the complementary wavelength will be displayed. The display

indication will remain λd.

* If the calculated value does not establish a proper combination with the value in the

color space mode, “_ _ _ _ _ _ _ _” will be displayed.

Operation Procedure

Setting

1. When the MENU or MEMORY screen

is displayed, press

ESC

switch to the MEAS screen.

2. Press

COLOR MODE

the desired color space.

Measurement screen switches in order of Lvxy  Lvu’v’  LvT∆uv  XYZ  λd/Pe  Spectral graph  Lvxy while pressed.

It switches in order of Yxy  Yu’v’  XYZ  λd/ Pe  Spectral graph  Yxy when observer angle is 10°.

Color space setting is saved even after switching OFF (O).

COLOR MODE

key to

key to display

key is

Selecting Absolute Value (ABS)/Difference (DIFF) Display

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

34 . 22

0 . 3958

0 . 4060

T0 1

ME AS S NGL

UC 00

SPD

SYNC

No n

No nBLon

LE N S td

T0 1

Lv 34.

0 .39 58

0 .40 59

Lv +0.118 8 %

10 0.35

x .-0.

00 00

y .-0.

00 01

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

34 . 22

0 . 2236

0 . 5161

u’

v’

T0 1

ME AS S NGL

UC 00

SPD

SYNC

No n

No nBLon

LE N S td

T0 1

Lv 34.

u’

0 .22 36

v’

0 .51 60

Lv +0.118 8 %

10 0.35

% u ’+0.00 00 v ’-0.00 00

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

34 . 22

3829K

+0. 009

duv

T0 1

ME AS S NGL

UC 00

SPD

SYNC

No n

No nBLon

LE N S td

T0 1

Lv 34.

3830K

duv

+0.

00 9

Lv +0.118 8 %

10 0.35

% T

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

33 . 36

34 . 22

16 . 71

T0 1

ME AS S NGL

UC 00

SPD

SYNC

No n

No nBLon

LE N S td

T0 1

33.

34.

16.

+0.

120 4

+0.

118 8

+0.

074 79

100.36

% Y

100.35

% Z

100.45

ME AS S NGL

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

+576 . 220 n

0 . 407%

T0 1

ME AS S NGL

UC 00

SPD

SYNC

No n

No nBLon

LE N S td

T0 1

576. 220 n

0.40 6

0 .00 0n

Pe-0 .0 00

Whether chromaticity value is shown in absolute (ABS) or difference (DIFF) is selectable. See below table for each case.

* Factory default setting: Absolute value (ABS)

Color Space Absolute value (ABS) Difference (DIFF)

xy *1 Lv, x , y

Lv, x, y ∆Lv, %LV, ∆x, ∆y

Setting

Lvu’v’ *1 Lv, u’, v’

Lv T ∆uv Lv, T, duv

XYZ X, Y, Z

Lv, u’, v’ %Lv, ∆Lv, ∆u’, ∆v’

Lv, T, duv

∆Lv, %Lv, ∆T

X, Y, Z ∆X, ∆Y, ∆Z %X, %Y, %Z

Dominant wavelength

λ d, P

λd  P

∆λd, ∆Pe *2

Color Space Absolute value (ABS) Difference (DIFF)

ME AS S NGL

UC 00

SPD

SYNC

No n

No nBLon

LE N S td

38 0

38 0n

1. 3 118 E-5

78 0

T0 1

ME AS S NGL

UC 00

SPD

SYNC

No n

No nBLon

LE N S td

38 0

38 0n

1. 870 4E-7

78 0

T0 1

ME AS S NG L

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

T0 1

34.34

0 .39 58

0 .40 59

Lv +0.118 8 %

10 0.35

-0.

00 00

-0.

00 01

ME AS S NG L

UC 00

SPD N

SYN C

No n

No nBLon

LE N S td

34 . 22

0 . 3958

0 . 4060

T0 1

Spectral graph

Le (λ) spectral waveform Wavelength at the cursor position and Le (λ) in the wavelength

Measurement value and Le (λ) spectral waveform of target color Wavelength of the cursor position and Le (λ) of the measurement value in the wavelength

Setting

*1 Y is displayed instead of Lv when observer angle is 10°. *2 Even if either the measured value, target color, or both are the complementary

wavelength, the difference between the two values will be displayed. The display indication will remain ∆λd.

* If the calculated value or the registered target color does not establish a proper

combination with the value in the color space mode, “_ _ _ _ _ _ _ _” will be displayed.

Operation Procedure

1. When the MENU or MEMORY screen

2. Press

is displayed, press switch to the MEAS screen.

DISPLAY absolute value (ABS) or color difference (DIFF) to select.

Measurement value switches between that for absolute value (ABS) and difference (DIFF)

DISPLAY

while The setting of absolute value (ABS) and difference

(DIFF) is saved even after switching OFF (O).

key is pressed.

ESC

key to

key to show

When Using Closeup Lens

US ER. CAL NON

LE NS ST D

ME NU

OP TI ON

ND-F I L TE R NON

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

ME AS S NG L

UC 00

SPD N

SYN C

I nt

No nBLon

LE N S td

T0 1

35. 93

0 . 3968

0 . 4060

Use the closeup lens in the optional accessories to measure a fine surface. For the attachment of the closeup lens, refer to the instruction manual for the closeup lens. If the closeup lens is attached, the measurement value must be compensated for the lens transmittance. This compensation coefficient is attached to the closeup lens. Use the data management software CS-S10w Professional supplied with the CS-2000 as standard to set the coefficient in this instrument. After that, when the closeup lens is selected as lens type, the measurement value compensated with the compensation coefficient can be obtained. See instruction manual of CS-S10w for details. The wrong setting of lens type leads to inaccurate measurement. Do not use the closeup lens with the ND filter. It leads to inaccurate measurement.

* Lens type : STANDARD, CLOSE-UP

* Factory default setting : STANDARD

Setting

Operation Procedure

6, 7

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

key when the MEAS

BACKLIGHT

key on the MEAS screen,

2, 3, 4, 5

2. Press either or key to select

[OPTION] and then press key.

The MENU – OPTION screen appears.

ENTER

The current set contents are displayed in the [LENS] item.

3. Press either or key to select

OP T I ON

ME NU

LE N S

S TA N D A RD

CL O SE-UP

US ER. CAL NON

LE NS C

ME NU

OP TI ON

ND-F I L TE R NON

ME AS S NG L

UC 00

SPD N

No nBLon

LE N

C-U

T0 1

SYN C

I nt

35. 93

0 . 3968

0 . 4060

OP T I ON

ME NU

LE N S

S TA N D A RD

CL O SE-UP

[LENS] and then press

ENTER

The MENU - SETUP – LENS (Lens type selection) screen appears.

Setting

key.

4. Press either or key to select

[CLOSE-UP].

When you removed the closeup lens, select

[STANDARD].

5. Press

ENTER

key.

When the lens type is set, the MENU - OPTION screen appears again on the LCD.

ESC

By pressing

key, after the setting is canceled the MENU - OPTION screen appears again on the LCD.

Lens type setting is saved even after switching OFF (O).

6. Press

ESC

key.

The MENU screen appears again on the LCD.

7. Press

ESC

key.

The MEAS screen appears again on the LCD.

When Using ND Filter

US ER. CAL NON

LE NS ST D

ME NU

OP TI ON

ND-F I L TE R NON

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

ME AS S NG L

UC 00

SPD N

SYN C

I nt

No nBLon

LE N S td

T0 1

35. 93

0 . 3968

0 . 4060

Use the ND filter in the optional accessories when measuring a high-luminance object. If the ND filter is attached, the measurement value must be compensated for the filter transmittance. This compensation coefficient is attached to the ND filter. Use the data management software CS-S10w Professional supplied with the CS-2000 as standard to set the coefficient in this instrument. After that, when the ND filter is selected, the measurement value compensated with the compensation coefficient can be obtained. See instruction manual of CS-S10w for details. The wrong setting of ND filter leads to inaccurate measurement. Do not use the ND filter with the closeup lens. It leads to inaccurate measurement. Note that an extra ND filter is built into this instrument. There are three setting options for use or non-use of this built-in ND filter: [AUTO] for switching automatically depending on the luminance of the object, [OFF] for constant non-use, and [ON] for constant use (See p.31 to p.33).

* ND-FILTER : NONE, ND10, ND100

* Factory default setting : NONE

Setting

Operation Procedure

6, 7

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

key when the MEAS

BACKLIGHT

key on the MEAS screen,

2, 3, 4, 5

2. Press either or key to select

[OPTION] and then press

ENTER

key.

The MENU – OPTION screen appears. The current set contents are displayed in the

[ND-FILTER] item.

3. Press either or key to select

US ER. CAL NON

LE NS ST D

ME NU

OP TI ON

ND-F I L TE R 10

OP TI ON

D-F I LT ER

NON E

ND 10

1 00

ME NU

ME AS S NG L

UC 00

SPD N

ND10BL

LE N S td

T0 1

SYN C

I nt

35. 93

0 . 3968

0 . 4060

OP TI ON

D-F I LT ER

NON E

ND 10

1 00

ME NU

[ND-FILTER] and then press key.

The MENU - SETUP – ND-FILTER (ND filter selection) screen appears.

ENTER

Setting

4. Press either or key to select

[NONE], [ND 10] or [ND 100].

5. Press

ENTER

When the ND filter is set, the MENU - OPTION screen appears again on the LCD.

By pressing canceled the MENU - OPTION screen appears again on the LCD.

ND filter setting is saved even after switching OFF (O).

6. Press

ESC

The MENU screen appears again on the LCD.

key.

ESC

key, after the setting is

key.

7. Press

ESC

key.

The MEAS screen appears again on the LCD.

Calibration

ME AS S NG L

UC 00

SPD N

SYN C

ND10BL

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0 . 4060

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

US ER. CAL NON

LE NS ST D

ME NU

OP TI ON

ND-F I L TE R 10

Calibration Channel

This instrument includes 11 calibration channels from Ch00 to Ch10. Ch00 is for measurement based upon KONICA MINOLTA’s calibration standard. Its calibration correction coefficient has been set and is unchangeable. The following contents can be set to Ch01 to Ch10 respectively using data management software CS-S10w Professional supplied with the CS-2000 as standard. See instruction manual of CS-S10w for details.

 Correction coefficient of user calibration  Correction coefficient ID

They are commonly used among each color space of Lvxy, Lvu’v’, LvT∆uv, XYZ, dominant wavelength/excitation purity and spectral graph in one channel. Calibration channels can be changed using the following procedure.

Setting

Operation Procedure

6, 7

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

key when the MEAS

BACKLIGHT

key on the MEAS screen,

2, 3, 4, 5

2. Press either or key to select

[OPTION] and then press key.

The MENU – OPTION screen appears. The current set contents are displayed in the

ENTER

[USER.CAL] item.

3. Press either or key to select

OP TI ON

US ER. CAL

CAL NO,

NON

ME NU

US ER. CAL 03

LE NS ST D

ME NU

OP TI ON

ND-F I L TE R 10

ME AS S NG L

UC 03

SPD N

SYN C

ND10BL

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OP TI ON

US ER. CAL

CAL NO,

ME NU

[USER.CAL] and then press

ENTER

key.

The MENU - SETUP – USER.CAL (Calibration channel selection) screen appears.

The calibration channel number and

Setting

compensation coefficient ID (with a maximum of 10 letters) are displayed. In case of Ch00, “NON” is displayed. See instruction manual of CS-S10w for details.

4. Press either or key to select the

channel.

key for larger number. key for smaller number.

The calibration channel numbers can be selected among NON, and 01 to 10.

5. Press

6. Press

7. Press

ENTER

key.

When the calibration channel is set, the MENU OPTION screen appears again on the LCD.

If the calibration channel without compensation coefficient setting is selected, the setting will not be possible.

ESC

By pressing

key, after the setting is canceled the MENU - OPTION screen appears again on the LCD.

ESC

key.

The MENU screen appears again on the LCD.

ESC

key.

The MEAS screen appears again on the LCD.

Backlight ON/OFF During Measurement

OB SER V ER

DA TA

FO RM F

BA CKL I GH T@MEA S

ME NU

SE TU P

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

ME AS S NG L

UC 00

SPD N

SYN C

ND10BL

LE N S td

T0 1

35. 93

0 . 3968

0 . 4060

The LCD backlight can be selectively turned on or off during measurement. If the backlight is turned off, LCD backlight reflection on the surrounding area affecting the measurement value during measurement can be avoided. If pressing the BACKLIGHT key to turn off the backlight, while the MEAS screen is displayed, the backlight is forcibly turned off independently of the following setting.

* Factory default setting : ON

Operation Procedure

6, 7

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

key when the MEAS

BACKLIGHT

key on the MEAS screen,

Setting

2, 3, 4, 5

2. Press either or key to select

[SETUP] and then press

ENTER

The MENU – SETUP screen appears. The current set contents are displayed in the

[BACKLIGHT@MEAS] item.

key.

3. Press either or key to select

OB SER V ER

DA TA

FO RM F

BA CKL I GH T@MEA S

ME NU

SE TU P

ME NU

BAC KL I G HT

MEA S

ME AS S NG L

UC 00

SPD N

SYN C

o f f

LE N S td

T0 1

35. 93

0 . 3968

0 . 4060

[BACKLIGHT@MEAS] and then press

ENTER

The MENU - SETUP - BACKLIGHT@MEAS (Turning ON/OFF backlight during measurement) screen appears on the LCD.

Setting

key.

4. Press either or key to select

[ON] or [OFF].

5. Press

ENTER

key.

When the setting is made to turn the backlight on or off during measurement, the MENU -

SETUP screen appears again on the LCD.

ESC

By pressing

key, after the setting is canceled the MENU - SETUP screen appears again on the LCD.

Setting of backlight ON/OFF during measurement is saved even after switching OFF (O).

6. Press

ENTER

key.

The MENU screen appears again on the LCD.

7. Press

ESC

key.

The MEAS screen appears again on the LCD.

Measurement

1° 0.2°

0.1°

Operation Procedure

1, 4

1. Decide whether you use closeup lens

Measurement

(optional accessory) or not according to measuring object size and distance.

See the table below for details on measuring distance and measuring area. If you set the closeup lens, lens type setting is required in this instrument. (See p.43)

Measuring distance and measuring area

(Measuring

angle)

Without

closeup lens

With closeup

lens

Minimum measurement

diameter ø

1° 0.2° 0.1° 1° 0.2° 0.1° 1° 0.2° 0.1° 1° 0.2° 0.1° 1° 0.2° 0.1° 1° 0.2° 0.1°

1.00 0.50 350 7.78 1.56 0.78 16.66 3.33 1.67

5.00

1.00 0.20 0.10 1.39 0.28 0.14 55.0 70.9 − − − − − −

*Measurement distance is the distance from the front edge of the metal lens barrel or closeup lens ring.

Maximum measurement

diameter ø

Minimum

measurement area

Maximum

measurement area

Measuring area

when the measuring

distance is 500 mm ø

(Unit: mm)

Measuring area

when the measuring

distance is 1,000 mm ø

2. Rotate the measuring angle selector

according to size of object and measurement distance, and set the aperture to 1°, 0.2°, or 0.1°.

Do not operate the measuring angle selector during measurement. If measuring angle is switched during measurement, you may fail to perform measurement or to obtain correct measurement value. To rotate the measuring angle selector, move to a position where you can confirm the click. If you stop the selector in a halfway position, measurement may not be performed or wrong measurement values may be obtained.

3. Rotate the diopter adjustment ring for

ME AS S NG L

UC 00

SYN C

of f

LE N S td

MEASURING

T0 1

177s

ESC : STOP

SPD N

ME AS S NG L

UC 00

SYN C

of f

LE N S td

T0 1

36. 20

0 . 3968

0 . 4056

SPD N

ME AS S NG L

UC 00

SPD N

SYN C

of f

LE N S td

T0 1

36. 20

0 . 3968

0 . 4056

adjustment of diopter.

Make sure that aperture (black circle indicating measurement area) looks clear when observing object through finder. (See p.15)

4. Rotate the focus adjustment ring for

objective lens for that purpose.

Make sure that object around aperture looks clear when observing object through finder. Only measuring area for measuring object must be placed in aperture. If extra area, which is not measuring object, is included in aperture, you cannot perform correct measurement.

5. When the MENU or MEMORY screen

is displayed, press

ESC

switch to the MEAS screen.

The MEAS (Measurement value) screen appears.

key to

Measurement

6. Press the measurement button.

When the measurement time is long, the measurement progress bar is displayed on the LCD until measurement is complete.

If the measurement time is set to options other than [MANUAL], the measurement time will be determined after the approximate luminance is checked inside the measurement device. For this reason, it may take several seconds until the measurement time appears. The displayed time shows approximately how long it will take from the point of time display to the end of measurement.

If the measurement time determined from the approximate luminance is short, the remaining time will not be displayed.

Display during measurement (Single measurement/when measurement time is long)

(Single measurement/when measurement time is short)

ME AS

CO NT

UC 00

SYN C

of f

LE N S td

MEASURING

T0 1

17s

ESC : STOP

13 . 17

0 . 3 966

0 . 3 905

SPD N

ME AS CON T

UC 00

SYN C

of f

LE N S td

T0 1

36. 20

0 . 3968

0 . 4056

SPD N

PR OPE R TI E S

MEA SU RE

I NT G

6 6 . 6 6 7ms

ANG LE 1. 0

SP EED NORMAL SY NC N

SYN C LE NS STAN DAR D F I L T E R NONE I N

N D

When the measuring button is pressed and held for two or more seconds, continuous measurement is conducted.

Display during measurementt (Continuous measurement/when measurement time is long)

When the measurement time is long, the measurement progress bar appears with the latest measurement value. The displayed time shows the remaining time, same as for the single measurement.

When the measurement time is short, the measurement progress bar does not appear, but the measurement value is sequentially updated

(Continuous measurement/when measurement time is short)

and displayed.

ESC

When

key is pressed during continuous measurement, measurement is stopped. In this case, the measurement that is ongoing when

ESC

Measurement

key is pressed will be canceled, and the last obtained measurement value will be displayed. If

ESC

key is pressed in the middle of the first measurement, the measurement value will not be displayed.

When

ENTER

key is pressed while the measurement value is displayed, the measurement properties are displayed so that the measurement conditions can be confirmed. When the measuring button or a random key is pressed, the MEAS screen appears again.

Saving the Measurement Value

ME AS

MEMORY

SPD N

SYN C

of f

LE N S td

36 . 20

0 . 3 968

0 . 4 056

MEMORY 00

34 . 22

0 . 3 958

0 . 4 060

ME AS

MEMORY

SPD N

SYN C

of f

LE N S td

36 . 20

0 . 3 968

0 . 4 056

MEMORY 02

Lv x y

ME AS

MEMORY

SPD N

SYN C

of f

LE N S td

36 . 20

0 . 3 968

0 . 4 056

MEMORY 02

36 . 20

0 . 3 968

0 . 4 056

This instrument can save 100 measurement values with designated numbers from 00 to 99.

Operation Procedure

2, 3

1. When the MEAS screen is displayed,

press

MEMORY

MEMORY screen.

The MEMORY (Memory data) screen appears. The memory data number oo is displayd.

key to switch to the

Measurement

2. Press either or key to select the

number of memory data.

key for larger number. key for smaller number.

3. Press

ENTER

Each measurement value is saved with the selected number.

ESC

If the MEAS screen appears on the LCD.

key is pressed, saving is canceled and

key.

Use the following procedure to display the memory data properties (measurement

ME AS S NG L

UC 00

SPD N

SYN C

of f

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0 . 3968

0 . 4060

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

DE L ET E

PR O PE R TI E S

ME NU

MEMORY

MEMORY 0 0

I NT G

6 6 . 6 6 7ms

ANG LE 1. 0

SP EED NORMAL SY NC N

SYN C LE NS STAN DAR D F I L T E R NONE I N

N D

ME NU

PR OPE R TI E S

conditions):

Operation Procedure

5, 6

2, 3, 4

1. Press

screen is displayed.

Measurement

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

key when the MEAS

BACKLIGHT

key on the MEAS screen,

2. Press either or key to select

The MENU – MEMORY screen appears.

3. Press either or key to select

[MEMORY] and then press

ENTER

key.

[PROPERTIES] and then press

key.

ENTER

The MENU – MEMORY – PROPERTIES (Memory data measurement condition confirmation) screen appears.

The memory data number 00 is displayed.

4. To display the memory data for

MEMORY

MEMORY 0 2

I NT G

6 6 . 6 6 7ms

ANG LE 1. 0

SP EED NORMAL SY NC N

SYN C LE NS STAN DAR D F I L T E R NONE I N

N D

ME NU

PR OPE R TI E S

another number, press either or

key to change the memory data

number.

The properties of the selected memory data are displayed, and the measurement conditions can be confirmed.

key for larger number.

If kept pressed, the value continuously changes.

key for smaller number.

If kept pressed, the value continuously changes.

5. Press

ESC

key.

The MENU – MEMORY screen appears again on the LCD.

6. Press

ESC

key.

The MEAS screen appears again on the LCD.

Measurement

Deleting the Memory Data

ME AS S NG L

UC 00

SPD N

SYN C

of f

LE N S td

T0 1

35. 93

0 . 3968

0 . 4060

DE L ET E

PR O PE R TI E S

ME NU

MEMORY

MEM , DATA N

, 00

34 . 22

0 . 3 958

0 . 4 060

ME NU

MEM, D E LE T E

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

Stored measurement values can be deleted in the following procedure.

Operation Procedure

5, 6, 7

2, 3, 4, 5

1. Press

screen is displayed.

Measurement

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

key when the MEAS

BACKLIGHT

key on the MEAS screen,

2. Press either or key to select

[MEMORY] and then press key.

The MENU – MEMORY screen appears.

3. Press either or key to select

[DELETE] and then press key.

The MENU – MEMORY – DELETE (Memory data deletion) screen appears.

The memory data number 00 is displayed.

ENTER

MEMORY

MEM , DATA N

, 02

36 . 20

0 . 3 968

0 . 4 056

ME NU

MEM, D E LE T E

MEMORY

MEM , DATA N

, 02

Lv x y

ME NU

MEM, D E LE T E

MEMORY

MEM , DATA N

, AL L

36 . 20

0 . 3 968

0 . 4 056

ME NU

MEM, D E LE T E

Press either or key to select the number of memory data you want to delete.

key for larger number. If kept pressed, the value continuously changes. [ALL] is displayed after No.99.

key for smaller number. If kept pressed, the value continuously changes. [ALL] is displayed after No.00.

The deleted memory data can not be recovered. Confirm the number before deleting the memory data.

5-a-1. Deletion of saved data, one by one:

Select the number of the memory

data to be deleted, and press

ENTER

The saved measurement value disappears. By pressing

memory data is canceled and the MENU -

MEMORY screen appears again on the LCD.

key.

ESC

key, the deletion of the

Measurement

5-a-2. Repeat the steps 4 through 5-a-1.

5-a-3. Press

5-b-1. Collective deletion of all memory

Select [ALL] and press

as necessary.

key.

ESC

The MENU – MEMORY screen appears again on the LCD.

data:

key.

The confirmation screen for deletion of all memory data is displayed.

ENTER

5-b-2. Press key to select [OK] and

MEMORY

DE LET E

AL L DA TA

K CA NC EL

ME NU

MEM, D E LE T E

then press

All memory data are deleted, and the MENU MEMORY screen appears again on the LCD.

By selecting [CANCEL] and pressing key, or pressing all memory data is canceled and the MENU -

MEMORY screen appears again on the LCD.

ENTER

key.

ESC

key, the deletion of

6. Press

The MENU – MEMORY screen appears again on the LCD.

ESC

key.

Measurement

7. Press

The MEAS screen appears again on the LCD.

ESC

key.

Registering Target Color

ME AS S NG L

UC 00

SPD N

SYN C

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0 . 3968

0 . 4060

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

Target color

The target color serves as reference for measurement of deviation of measured color from reference. Target colors can be registered up to 20 from Ch 01 to Ch 20 completely within this instrument. To register the target color:

(1) Register the measurement value (2) Select from the memory data (3) Enter the numerical value

To change the previously set target color, select another target color. User calibration correction coefficient will not be influenced despite of target color change. The target color is commonly used among each color space of L dominant wavelength/excitation purity and spectral graph.

xy, Lvu’v’, LvTΔuv, XYZ,

Operation Procedure

10, 11

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

key when the MEAS

BACKLIGHT

key on the MEAS screen,

Measurement

2, 3, 4, 5, 6, 7, 8, 9

SE L EC T

SE T

ME NU

TA RG ET

DE L ET E

TA RG ET Ch 0 1

Lv x y

TA RG ET

ME NU

TA RG ET SET

TA RG ET Ch 0 4

a mp le

Lv x y

TA RG ET

ME NU

TA RG ET SET

TA RG ET Ch 0 4

Lv x y

TA RG ET

ME NU

TA RG ET SET

2. Press either or key to select

[TARGET] and then press

ENTER

key.

The MENU – TARGET screen appears.

3. Press either or key to select

[SET] and then press

ENTER

The MENU – TARGET – SET screen appears.

key.

4. Change target color channels by

Measurement

pressing or key, and select the channel used to register a target color.

key for larger number. If kept pressed, the number continuously increases.

key for smaller number. If kept pressed, the number continuously decreases.

Once a target color is registered, the status before registration cannot be restored. If the target colors are changed by overwriting, confirm the channel number before making the change.

5. Press

6. Enter the target color ID.

ENTER

key.

The screen used for input of the target color ID appears on the LCD.

When the

key is pressed, the characters

change among 0 to 9, a to z, A to Z, and space. When the

key is pressed, the characters

change among space, Z to A, z to a, and 9 to 0. When

key is pressed, the cursor moves to

the right by one position. When

key is pressed, the cursor moves to

the left by one position.

7. Press

TA RG ET Ch 0 4

a mp le

SOURCE> MES

36.20

0 .396 8

405 6

TA RG ET

ME NU

TA RG ET SET

TA RG ET Ch 0 4

a mp le

SOURCE> MES

36.20

0 .396 8

405 6

TA RG ET

ME NU

TA RG ET SET

TA RG ET Ch 0 4

a mp le

SOURCE> M00

35.93

0 .396 8

406 0

TA RG ET

ME NU

TA RG ET SET

TA RG ET Ch 0 4

a mp le

SOURCE> EDT

Lv0 .

000 0E+0

x 0 .

00 00

y 0 .

00 00

TA RG ET

ME NU

TA RG ET SET

ENTER

key.

The screen used to select a target color appears on the LCD. By pressing

ESC

key, the input of the target

color is canceled and the MENU - TARGET

screen appears again on the LCD.

8. Press either or key to select

data to be a target color.

When the changed among, M00 to M99, EDT, and MES. If kept pressed, the value continuously changes.

When the changed among MES, EDT, and M00 to M99. If kept pressed, the value continuously changes.

key is pressed, values are

9-a-1. Selection of a measurement value

as a target color:

Select [MES] and press

key.

When the target color is registered, the MENU

- TARGET screen appears again on the LCD.

By pressing target color is canceled and the MENU -

TARGET screen appears again on the LCD.

ESC

key, the registration of the

ENTER

Measurement

9-b-1. Selection of a memory data as a

Select from [M00~M99] and press

9-c-1. Manual input of a target color:

Select [EDT] and press

target color:

ENTER

When the target color is registered, the MENU

- TARGET screen appears again on the LCD.

By pressing target color is canceled and the MENU -

TARGET screen appears again on the LCD.

key.

ESC

key, the registration of the

ENTER

key.

The screen used to input a target color with a numerical value appears on the LCD.

9-c-2. Enter the target color.

TA RG ET Ch 0 4

a mp le

SOURCE> EDT

Lv0 .

620 0E+1

x 0 .

39 68

y 0 .

40 00

TA RG ET

ME NU

TA RG ET SET

key for larger number.

If kept pressed, the value continuously increases.

key for smaller number.

If kept pressed, the value continuously becomes small.

When to the right by one position.

When to the left by one position.

key is pressed, the cursor moves

9-c-3. Press

When the target color is registered, the

Measurement

MENU - TARGET screen appears again on

the LCD. When observer angle is 10°, Y is displayed

instead of Lv and registered as Y10. If the entered value does not establish a

proper combination with the value in the color space mode, the cursor will move to the first digit on the first line. Enter another value again.

By pressing target color is canceled and the MENU -

TARGET screen appears again on the LCD.

. Press

The MENU screen appears again on the LCD.

ESC

ENTER

key.

ESC

key, the registration of the

. Press

key.

ESC

The MEAS screen appears again on the LCD.

Selecting Target Color

ME AS S NG L

UC 00

SPD N

SYN C

of f

LE N S td

T0 1

36 . 20

0 . 3968

0 . 4056

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

SE L EC T

SE T

ME NU

TA RG ET

DE L ET E

TA RG ET Ch0 1

Lv x y

TA RG ET

ME NU

TA RG ET SE LE CT

Select a target color for color-difference measurement from the channels Ch01 to Ch20. The new set color is also applied to the measurement value displayed on the current MEAS screen.

Operation Procedure

6, 7

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

BACKLIGHT

key when the MEAS

key on the MEAS screen,

2, 3, 4, 5

Measurement

2. Press either or key to select

[TARGET] and then press key.

The

MENU – TARGET screen appears.

ENTER

3. Press either or key to select

[SELECT] and then press key.

The MENU – TARGET – SELECT screen appears.

ENTER

ME AS S NG L

UC 00

SPD N

SYN C

of f

LE N S td

T0 4

36 . 20

0 . 3968

0 . 4056

4. Press either or key to switch

TA RG ET Ch0 4

TA RG ET

36.20

0 .396 8

405 6

a mp le

ME NU

TA RG ET SE LE CT

the target color channel.

key for larger number. If kept pressed, the number continuously increases.

key for smaller number. If kept pressed, the number continuously decreases.

5. Press

ENTER

key.

When the target color is set, the MENU TARGET screen appears again on the LCD.

ESC

By pressing

key, the selection of the

target color is canceled and the MENU -

Measurement

TARGET screen appears again on the LCD.

6. Press

ESC

key.

The MENU screen appears again on the LCD.

7. Press

ESC

key.

The MEAS screen appears again on the LCD.

Deleting Target Color

ME AS S NG L

UC 00

SPD N

SYN C

of f

LE N S td

T0 1

35. 93

0 . 3968

0 . 4060

MEA S

MEMORY

TA RG ET

OP T I ON

SE T U P

ME NU

SE L EC T

SE T

ME NU

TA RG ET

DE L ET E

TA RG ET Ch0 1

Lv x y

TA RG ET

ME NU

TA RG ET D ELE TE

The registered target color can be deleted in the following procedure.

Operation Procedure

6, 7

1. Press

screen is displayed.

The MENU screen appears. When the backlight of the LCD has been turned

off via the backlight is turned on.

BACKLIGHT

key when the MEAS

key on the MEAS screen,

2, 3, 4, 5

Measurement

2. Press either or key

[TARGET] and then press

to select

ENTER

key.

The

MENU – TARGET screen appears.

3. Press either or key to select

[DELETE] and then press key.

The MENU – TARGET – DELETE (Target color deletion) screen appears.

ENTER

4. Press either or key and select

TA RG ET Ch 0 4

TA RG ET D E LE TE

TA RG ET

TA RG ET Ch

K CAN CE L

ME NU

TA RG ET D ELE TE

TA RG ET Ch0 4

TA RG ET

36.20

0 .396 8

405 6

a mp le

ME NU

TA RG ET D ELE TE

the number to delete the desirable memory data or [ALL]. Press

ENTER

key.

key for larger number. If kept pressed, the value continuously changes. [ALL] is displayed after Ch 20.

key for smaller number. If kept pressed, the value continuously changes. [ALL] is displayed after Ch 00. The confirmation screen to delete the target color appears.

5.-a-1. Deletion of target colors one by

Measurement

Press key to select [OK] and

one:

then press

ENTER

The display of the registered target color disappears.

By selecting [CANCEL] and pressing

ENTER

key, or pressing deletion of the target color is canceled and the MENU - TARGET screen appears again on the LCD.

key.

ESC

key, the

5.-a-2. To delete another target color

5.-a-3. Press

continuously, repeat the steps 4 through 5-a-1. as necessary.

key.

ESC

The MENU – TARGET screen appears again on the LCD.

5.-b-1. Collective deletion of all target

TA RG ET Ch A LL

TA RG ET D E LE TE

TA RG ET

TA RG ET Ch

AL L

K CAN CE L

ME NU

TA RG ET D ELE TE

colors:

key to select [OK] and then

press

When all target colors are deleted, the MENU - TARGET screen appears again on the LCD.

By selecting [CANCEL] and pressing

ENTER

deletion of the target color is canceled and the MENU - TARGET screen appears again on the LCD.

By pressing target color is canceled and the MENU - TARGET screen appears again on the LCD.

ENTER

key, or pressing

key.

ESC

key, the selection of the

key, the

Measurement

6. Press

7. Press

ESC

The MEAS screen appears again on the LCD.

ESC

The MEAS screen appears again on the LCD.

key.

Communication

Connecting to PC

This instrument can be used together with PC for mutual communication. Use the USB cable (2m) CS-A32 supplied as standard accessory for this purpose. The USB cable is allowed to plug/unplug while power is on, but it is recommended to switch power off in this case.

Operation Procedure

1. Switch power OFF (O).

2. Connect the USB cable to the USB

connector of this instrument.

3. Make sure that USB cable is all seated to

the USB connector.

Communication interface in this instrument conforms to USB1.1. Hold the USB cable plug in unplugging. Do not pull the cord. Plug the USB cable to fit the connector entry point.

To connect this instrument to PC, install the corresponding USB driver software. It is attached to the data management software CS-S10w Professional in the standard accessories. See installation guide of CS-S10w Professional for details on installing the USB driver software to PC.

Communication

Remote Mode

Remote mode refers to sending command from PC to this instrument with both connected.

If this instrument is controlled with PC, “REMOTE MODE” appears on the LCD. While this message is displayed, key operation of this instrument is not acceptable except for following cases.

 If the measurement button is pressed, measurement starts to forward the data to

PC. (in case that measurement button is in valid mode by transferring command from PC to this instrument. Use data management software below.)

 When

To control this instrument with PC, use the data management software CS-S10w Professional in the standard accessories. See instruction manual of CS-S10w Professional for details on the specifications and usage.

If you want to use an independent program on PC to control this instrument, download Communication Specifications from KONICA MINOLTA’s website at URL below for your reference

http://konicaminolta.com/instruments/download/software/index.html (The above URL is subject to change without notice.) (If the target page will not appear, please search the site by keywords, CS-2000 and download.)

ESC

key is pressed, the remote mode is canceled.

ESC

Key

Communication

Measurement button

LCD screen

Explanation

Measurement Principle

Aperture mirror Collimator lens

Optical fiber

Shutter

Plane diffraction grating

Condenser lens

Array sensor

Objective lens

Light energy passes through the objective lens. The lights from the measurement area pass through the hole in the center of the aperture mirror to the optical fiber, while the remaining light is guided to the finder optics by the aperture mirror. As a result, the part equivalent to the measurement area looks like a black circle when observed through the finder. The light entering the optic fiber is reflected repeatedly so that it is mixed and becomes virtually uniform. It then passes through the collimator lens to the plane diffraction grating. After being dispersed by the grating, the light is focused by the condenser lens according to wavelength. An array sensor is located at this focus point. The amount of detected energy for each wavelength is then converted to a digital value by an A/D converter, based on which the spectral radiant luminance and chromaticity are calculated by the processing section of the CS-2000.

Sensor Section

The sensor section has a photo diode array consisting of 512 elements. The array is always kept at constant temperature using a Peltier cooler, irrespective of the ambient temperature. This can reduce dark current and improve S/N ratio, thus enabling measurement of low luminance.

Explanation

Dark Measurement

Each measurement consists of “light measurement” and “dark measurement”. “Light measurement” is performed with light from the object irradiating the sensor, while “dark measurement” is performed with no light from the object irradiating the sensor, so that detector dark current is measured. When measurement starts, first “light measurement” is performed. When “light measurement” is complete, the shutter will close automatically, then “dark measurement” starts immediately. “Dark measurement” is performed with the same integration time used for “light measurement”. The final measured data is obtained by subtracting the measured data obtained in “dark measurement” from the one obtained in “light measurement”. This method eliminates influences of dark current of the array sensor, resulting in improved measurement accuracy.

LvTΔuv

Blackbody locus

Correlated temperature T

Correlated temperature T and Δuv

13000K

5000K

3000K

2300K

Δuv

0.35

0.30

0.20

0.25

0.30

Following factors can be acquired as measurement value with LvTΔuv as color space of this instrument. Lv : Luminance T :Correlated color temperature Δuv :Color difference from blackbody locus

While Lvs stands for luminance, T and Δuv for color in LvTΔuv.

Color temperature refers to the temperature of black body (perfect radiator) which has equal chromaticity coordinates to certain light. However, color temperature only represents colors on blackbody locus. Correlated color temperature, slightly wider interpretation of color temperature, is very useful to eliminate such problem. Here, correlated color temperature covers those which are slightly outside the range of that of blackbody locus. If a certain color positions on isotemperature line, the intersection point of isotemperature line and blackbody locus is indicated as correlated color temperature for the color. Isotemperature line means line on chromaticity coordinates which is a set of colors visually close to color temperature on blackbody locus. However, since all colors on a color-matching temperature line are represented with equal correlated color temperature, it is not possible to describe color only with correlated color temperature. To solve that, Δuv, deviation of correlated color temperature T from blackbody locus, is to apply for that purpose. If Δuv exists above blackbody locus, it is represented with “+”, and below, with “-”.

Explanation

Dominant wavelength/Excitation purity

Dominant wavelength on chromaticity diagram

0.8

0.6

0.4

0.2

0.2 0.4 0.6

550 nm

600 nm

780 nm

500 nm

380 nm

Spectrum locus

White point

Pure purple line

In the x, y chromaticity diagram shown below, the curve VScSR is the spectrum locus, and point N is the white point. Colors located in the region enclosed by the spectrum locus and the straight lines VN and NR are referred to as spectral colors; colors located in the triangle NVR with the white point N at the apex and the pure purple line VR as the base are referred to as nonspectral colors.

When the chromaticity point obtained by the measurement is C, the wavelength corresponding to the intersection point S of the extension of NC with the spectrum locus (curve VScSR) is referred to as the dominant wavelength and indicated by the symbol λd. The ratio of the lengths of the straight lines NC and NS is referred to as the excitation purity of color excitation C and indicated by the symbol pe.

When the chromaticity point obtained by measurement is C', the extension of NC' toward C' does not intersect with the spectrum locus but only the pure-purple lines. In this case the wavelength corresponding to the intersection point Sc of the extension of NC' toward N with the spectrum locus is referred to as the complementary wavelength and indicated by the symbol λc. When the intersection point of the extension of the line NC' with the line VR (pure-purple locus) is designated by S', the ratio of the lengths of NC' to NS' is referred to as excitation purity and indicated by the symbol p'v.

The following equations are formulated, if each point is designated as the following coordinates: (xn, yn): chromaticity coordinate of point N; (xc, yc): chromaticity coordinate of point C; (xλ, yλ): chromaticity coordinate of point S, (xc', yc): chromaticity coordinate of point C', and (xp, yp): chromaticity coordinate of point:

Excitation purity (spectral colors) xc – xn yc – y

pe =

–

x – xn y – y

Excitation purity (non-spectral colors) xc'– xn yc' – y

pe' =

–

xp – xn yp – y

Explanation

–

Measurement of Object Color

White Calibration Plate

Illumination Light Source

45°

Use of the data management software CS-S10w Professional in the standard accessories enables simple measurement of the color of the object. Measured data is evaluated based on luminance which has been stored as light source data in CS-S10w. See instruction manual of CS-S10w for details.

 Set while calibration plate (optional accessory) and object on the same position with

the same angle from this instrument. Uniform illumination and measurement conditions of white calibration plate and those of object. If not, measurement data may vary, causing incorrect data.

 Keep illumination light source as stable as possible with fixed voltage power source

during measurement.

Measurement Procedure

Necessary Setting for Object Color Measurement

1. Set one or more tungsten lumps

or equivalent as illumination source toward white calibration plate as in the right illustration.

 Set this instrument vertical to white

calibration plate.

Keep the angle between illumination



light source and white calibration plate at 45°.

2. Start up this instrument, PC, and

software CS-S10w.

White Calibration

3. Set the document type to “object color” with CS-S10w.

4. Conduct white calibration with CS-S10w.

Measurement of Object

5. Set object on the same position and at the same angle as white

calibration plate.

6. Conduct measurement with CS-S10w.

See instruction manual of data management software CS-S10w for details.

Explanation

Dimensions

67.4 79

392

253

Filter screw diameter ø52

58.5

300

200

Measurement distance reference

Optical axis

95.7 229.5

Mounting screw M5 Depth 6.5mm

Tripod screw (3/8 inches screw)

Positioning pin hole 1

Positioning pin hole 2

158

190.4

170

ø15

120.5

129

Mounting screw M5 Depth 6.5mm

Depth 10.5 mm

ø5mm Depth 4 mm

Depth 4mm

(Unit: mm)

Explanation

Error Message

Error message appears on the LCD when this instrument does not operate normally. Below table shows type of error message, its description and corrective action respectively.

Error Message Cause (Description) Corrective action

1 MEMORY ERROR

2 OVER

Data stored in ROM is damaged.

Luminance of measuring object is higher than the available range.

• Turn on the power switch again.

•

If the symptoms are not remedied, please contact the nearest KONICA MINOLTA authorized service facility.

• Use the ND filter and re-measure.

• Decrease the measuring area and re-measure.

• If the symptoms are not remedied, please contact the nearest KONICA MINOLTA authorized service facility.

3 SYNC ERROR

4 VIEWING-ANGLE

SELECTOR ERROR

5 TEMPERATURE

ERROR

6 FAN ERROR

Flicker of measuring object is high.

Input signal in EXT SYNC mode is not at CMOS level.

Input signal in EXT SYNC mode exceeds 200 Hz.

Input signal in EXT SYNC mode is less than 20 Hz.

Measurement was performed when the measuring angle selector was in the wrong position, or its position was changed during measurement.

The ambient temperature for the measurement device is too high, and an internal temperature of the sensor becomes abnormal.

The cooling fan stops, or the cooling device has an error.

• Set the flicker cycle in INT SYNC mode, or input the flicker signal in EXT SYNC mode.

• Input a signal with 3.5 to 5.0 V at high level; 0.0 to 1.5 V at low level.

• Set the frequency value divided by an integer in INT SYNC mode and re-measure.

• Set the integral multiple value of the input signal cycle in INT SYNC mode and re-measure using the MULTI INTEG-NORMAL mode or MULTI INTEG-FAST mode.

•

Set the integral multiple value of the input signal cycle in INT SYNC mode and remeasure using the MANUAL mode.

• Switch the measuring angle selector and re-measure. Or, do not operate the measuring angle selector during measurement.

• If the symptoms are not remedied, please contact the nearest KONICA MINOLTA authorized service facility.

• Decrease the ambient temperature to enable cooling to within the specified temperature.

• Turn off the power switch once, turn it on again after a while.

•

If the symptoms are not remedied, the fan must be repaired. Please contact the nearest KONICA MINOLTA authorized service facility.

Explanation

Error Check

Should any errors be found in this instrument, try the corrective actions shown in the following table. If this does not help, it’s possible the instrument is broken. Please contact the nearest KONICA MINOLTA authorized service facility with the error number and version of your instrument. To confirm the instrument version, see p.23.

Error

No.

1 No display on the LCD

2 Nothing is visible

3 Nothing is displayed on

4 Does not accept key

Explanation

6 The entered value for

7 Measurement values

Symptom Item to Check Corrective Action

after power is turned on.

through the finder.

the LCD.

operation.

Measurement unavailable even if the measurement button is pressed.

target color is different from the one that will be displayed after setting.

do not appear.

Has the AC adapter been properly plugged into the AC outlet?

Has the AC adapter been connected to this instrument?

Has a wrong AC adapter been connected?

Is AC power source within rated scale?

Is the lens cap still attached to the objective lens?

Is the ND filter attached to the objective lens?

Is the ND eyepiece filter attached to the finder?

Is the backlight set to OFF?

Has the backlight been set to OFF during measurement?

Has the remote mode been set?

Have you pressed a disabled key?

Has a screen other than MENU been displayed?

Is there data? Conduct measurement. 52 Has the color space

mode become color temperature?

Did you interrupt measurement?

Connect the AC adapter.

Be sure to use the AC adapter and power cord supplied as a standard or optional accessory (AC-A312).

Use within ±10% of the nominal voltage.

Remove the lens cap.

Use the ND filter when the luminance of that being measured is too high.

Use the ND eyepiece filter when luminance of that being measured is too high.

Press ON the backlight.

In the menu operation, set the backlight to ON during measurement

Press remote mode.

Press the correct key.

Conduct measurement when the MEAS screen is displayed. 53

A 1-digit difference may be found due to calculation error.

Color temperature is displayed as "_ _ _" if it is far from the blackbody locus. Change the display using the other color space mode and check.

Conduct measurement again.

BACKLIGHT

ESC

key to turn

key to cancel the

Reference

Page

9, 45

14, 49

—

Error

No.

8 Measurement values

9 Measurement values

10 The measurement

Symptom Item to Check Corrective Action

are inconsistent.

appear incorrectly.

stops halfway and does not finish in the set measurement time.

Is the measuring object stable?

Is the measuring object of low luminance?

Is the measurement sync frequency appropriate when measuring the display?

Have the ambient temperature and /or humidity changed rapidly?

Did you start measurement immediately after startup?

Is the objective lens clean?

User calibration may not be performed correctly.

Is the calibration channel correct?

Has the closeup lens been attached?

Has the ND filter been attached?

Has the object been focused?

Is the measuring object of high luminance?

Conduct measurement with the measuring object stable.

Repeatability of x, y worsens if the measuring object of low luminance is measured.

It especially worsens when the measurement angle is 0.2º or

0.1º. It also worsens when the

measurement time is short. Make the measurement time longer.

Set the appropriate measurement sync frequency.

Use MULTI INTEG-NORMAL mode or MULTI INTEG-FAST mode.

Measure in EXT SYNC mode. Conduct measurement under an

environment free from rapid changes in ambient temperature and humidity.

Allow the instrument to warm up for 20 minutes or more when the power switch is turned on.

Wipe off the lens with a dry, soft cloth or lens cleaning paper.

Check the values without user calibration (i.e. set the calibration channel to 00 (NON) and check).

Select the calibration channel according to the light source of luminance and chroma close to the object.

Select the lens type setting according to the attached closeup lens.

Select the ND filter setting according to the attached ND filter.

Adjust the focus after adjusting the diopter.

When measuring an object of high luminance, the sensor may be saturated by exceeding the upper limit of the current measurement setting.

Use the ND filter.

Reference

Page

—

52, 30

26, 30

43, 52

Explanation

13, 15

Error

No.

11 Actual measurement

12 Measurement value on

14 Same error message

Symptom Item to Check Corrective Action

time is different from the displayed measurement time.

the LCD disappears.

During USB communication: Cannot download data output from this instrument on the PC. Cannot enter commands or data from the PC to this instrument.

appears repeatedly.

Has the power source been supplied securely?

Did you interrupt the measurement?

Has the USB cable been connected securely?

Has the USB cable been disconnected?

Has remote mode been canceled?

Has the program been prepared correctly?

Check the appropriate corrective action for the error message.

Reference

Page

The displayed measurement time is the remaining time. The actual measurement time may be different from the displayed time depending on the mode setting of measurement time.

Connect to a stable power source and insert the AC adapter plug securely.

When starting continuous measurement, press the measurement button securely. Do not press

Connect this instrument and the PC securely. 72

Replace the USB cable.

Send the connection command from the PC to this instrument and switch to remote mode. Use the data management software CS-S10w in the standard accessories.

Refer to communication specifications and check the program. Use the data management software CS-S10w in the standard accessories.

If the symptoms are not remedied, please contact the nearest KONICA MINOLTA authorized service facility.

ESC

key.

—

Explanation

Setting Initialization

I N I T I AL IZ E S ET TIN GS

RE SE T

OK CANCEL

AL L SE T TI NG S ?

I N I T I AL IZ E S ET TIN GS

RE SE T

OK CANCEL

AL L SE T TI NG S ?

Preset measurement conditions can be initialized to the factory default settings according to the following procedure. Factory default settings are shown below.

* Synchronizing method : NO SYNC * Measurement time : MULTI INTEG, 1s,

IN-ND: AUTO

* Observer : 2°OBS * Display format : ****.**** [F]

* Color space mode : Lvxy * Absolute value (ABS)/ Difference (DIFF) display : Absolute value (ABS)

* Lens type : STANDARD * ND filter type : NONE

* Backlight during measurement : ON

Operation Procedure

1, 2

1. When the power switch is OFF (O),

turn it to ON ( I ) while pressing

MEMORY

simultaneously.

The INITIALIZE SETTINGS (confirmation of setting initialization) screen appears approx.

5 seconds after the initial screen on the LCD. Continue pressing

key until the INITIALIZE SETTINGS screen

appears.

2. Press key to select [OK] and then

press

The preset measurement conditions are initialized and the MEAS screen appears on the LCD.

key,

ENTER

key and

MEMORY

key.

key

key, key and

Explanation

L u mi na nc e U n i t

f L

Switching Luminance Unit

You can select [cd/m2] or [ fL ] as the luminance unit.

Operation Procedure

1. When the power switch is OFF (O),

turn it to ON ( I ) while pressing

simultaneously.

The Luminance Unit (switching luminance unit) screen appears approx. 5 seconds after

the initial screen on the LCD. Continue pressing

the Luminance Unit screen appears.

key and key

key and key until

1, 2

2. Press either or key to select the

luminance unit and then press

ENTER

The setting is entered and the MEAS screen appears on the LCD.

Explanation

key.

Main Specifications

Model CS-2000

Wavelength range 380 to 780 nm

Wavelength resolution 0.9 nm/pixel

Display wavelength bandwidth

Wavelength precision ±0.3 nm (median wavelength: 435.8 nm, 546.1 nm, 643.8 nm Hg-Cd lamp)

Spectral bandwidth 5 nm or less (half bandwidth)

Measuring angle (selectable)

Measurement luminance range (Standard light source A)

Minimum measuring area

Minimum measuring distance

0.003 to 5,000 cd/m

(ø1 mm when using closeup lens)

1° 0.2° 0.1°

ø5 mm

ø0.2 mm when using closeup lens)

350 mm (55 mm when using closeup lens)

Minimum luminance display

Minimum spectral radiance display

Accuracy: Luminance (Standard light source A)

Accuracy: Chromaticity (Standard light source A)

Repeatability: Luminance (2 σ )

Repeatability: Chromaticity (2 σ)

x,y : ±0.003 (0.003 to 0.005 cd/m2) x,y : ±0.002 (0.005 to 0.05 cd/m

x : ±0.0015 (0.05 cd/m2 or more) y : ±0.001

0.4% (0.003 to 0.05 cd/m2)

0.3% (0.05 to 0.1 cd/m2)

0.15% (0.1 to 5,000 cd/m2)

0.002 (0.003 to 0.005 cd/m2)

0.001 (0.005 to 0.1 cd/m2)

0.0006 (0.1 to 0.2 cd/m2)

0.0004 (0.2 to 5,000 cd/m2)

x,y : ±0.003 (0.075 to 0.125 cd/m2)

)

x,y : ±0.002 (0.125 to 1.25 cd/m2) x : ±0.0015(1.25 cd/m2 or more) y : ±0.001

0.4% (0.075 to 1.25 cd/m2)

0.3% (1.25 to 2.5 cd/m2)

0.15% (2.5 to 125,000 cd/m2)

0.002 (0.075 to 0.125 cd/m2)

0.001 (0.125 to 2.5 cd/m2)

0.0006 (2.5 to 5 cd/m2)

0.0004 (5 to 125,000 cd/m2)

Polarization error 1°: 2% or less (400 to 780 nm); 0.1° and 0.2°: 3% or less (400 to 780 nm)

Integration time Fast: 0.005 to 16 sec.; Normal: 0.005 to 120 sec.

Measurement time 2 sec. min. (Manual mode) to 243 sec. max. (Normal mode)

Color space mode L

Interface

Operating temperature/ humidity range

Storage temperature/ humidity range

Size

x y, Lvu'v', LvT ∆uv, XYZ, dominant wavelength, spectral graph

USB 1.1

5 to 35°C, relative humidity 80% or less with no condensation

0 to 35°C, relative humidity 80% or less with no condensation

Main unit: 158 (W) × 200 (H) x 300 (D) mm; Lens: ø70 x 95 mm

Weight 6.2 kg

*1: Average of 10 measurements in Normal mode at a temperature

1.0 nm

0.075 to 125,000 cd/m

ø1 mm

0.3 to 500,000 cd/m

ø0.5 mm

ø0.1 mm when using closeup lens)

0.00002 cd/m

1.0×10-9 W/sr, m2, nm

±2%

x,y : ±0.003 (0.3 to 0.5 cd/m x,y : ±0.002 (0.5 to 5 cd/m x : ±0.0015(5 cd/m2 or more) y : ±0.001

0.4% (0.3 to 5 cd/m2)

0.3% (5 to 10 cd/m2)

0.15% (10 to 500,000 cd/m2)

0.002 (0.3 to 0.5 cd/m2)

0.001 (0.5 to 10 cd/m2)

0.0006 (10 to 20 cd/m2)

0.0004 (20 to 500,000 cd/m2)

of 23±2°C and a relative humidity of 65% or less.

)

Explanation

Model CS-2000A

Wavelength range 380 to 780 nm

Wavelength resolution 0.9 nm/pixel

Display wavelength bandwidth

1.0 nm

Wavelength precision ±0.3 nm (median wavelength: 435.8 nm, 546.1 nm, 643.8 nm Hg-Cd lamp)

Spectral bandwidth 5 nm or less (half bandwidth)

Measuring angle (selectable)

Measurement luminance range (Standard light source A)

Minimum measuring area

Minimum measuring distance

Minimum luminance display

Minimum spectral radiance display

Accuracy: Luminance (Standard light source A)

Accuracy: Chromaticity (Standard light source A)

Repeatability: Luminance (2 σ )

Repeatability: Chromaticity (2 σ)

Polarization error

0.0005 to 5,000 cd/m

(ø1 mm when using closeup lens)

x,y : ± 0.002 (0.001 to 0.05 cd/m2) x :

y : ± 0.001 (0.05 cd/m2 or more)

1.5 %

0.7 % (0.001 to 0.003 cd/m2)

0.25 % (0.003 to 0.05 cd/m

0.15 % (0.05 to 5,000 cd/m2)

x : 0.003 y : 0.0035 (0.001 to 0.003 cd/m2) x : 0.001 y : 0.0015 (0.003 to 0.1 cd/m2) x, y : 0.0006 (0.1 to 0.2 cd/m2) x, y : 0.0004 (0.2 to 5,000 cd/m2)

1°: 2% or less (400 to 780 nm); 0.1° and 0.2°: 3% or less (400 to 780 nm)

1° 0.2° 0.1°

ø5 mm

0.0125 to 125,000 cd/m

ø1 mm

ø0.2 mm when using closeup lens)

350 mm (55 mm when using closeup lens)

0.00002 cd/m

1.0×10-9 W/sr, m2, nm

±2%

x,y : ± 0.002 (0.025 to 1.25 cd/m2)

± 0.0015 (0.05 cd/m2 or more)

x : ±

0.0015 (1.25 cd/m2 or more)

y : ± 0.001 (1.25 cd/m2 or more)

(0.0005 to 0.001 cd/m2)

1.5 %

(0.0125 to 0.025 cd/m2)

0.7 % (0.025 to 0.075 cd/m

0.25 % (0.075 to 1.25 cd/m2)

0.15 %

(1.25 to 125,000 cd/m2)

x : 0.003 y : 0.0035 (0.025 to 0.075 cd/m2) x : 0.001 y : 0.0015 (0.075 to 2.5 cd/m2) x, y : 0.0006 (2.5 to 5 cd/m2) x, y : 0.0004 (5 to 125,000 cd/m2)

0.05 to 500,000 cd/m

ø0.5 mm

ø0.1 mm when using closeup lens)

x,y : ± 0.002 (0.1 to 5 cd/m2) x : ± 0.0015 (5 cd/m2 or more) y : ± 0.001 (5 cd/m2 or more)

1.5 % (0.05 to 0.1

0.7 % (0.1 to 0.3

0.25 % (0.3 to 5

0.15 % (5 to 500,000

cd/m2)

cd/m

cd/m2)

x : 0.003 y : 0.0035 (0.1 to 0.3 cd/m2) x : 0.001 y : 0.0015 (0.3 to 10 cd/m2) x, y : 0.0006 (10 to 20 cd/m2) x, y : 0.0004 (20 to 500,000 cd/m2)

Integration time Fast: 0.005 to 16 sec.; Normal: 0.005 to 120 sec.

Measurement time Approx. 247 sec. max.

Color space mode L

Interface

Operating temperature/ humidity range

Storage temperature/ humidity range

Size

x y, Lvu'v', LvT∆uv, XYZ, dominant wavelength, spectral graph

USB 1.1

5 to 30°C, relative humidity 80% or less with no condensation

0 to 35°C, relative humidity 80% or less with no condensation

Main unit: 158 (W) × 200 (H) x 300 (D) mm; Lens: ø70 x 95 mm

Weight 6.2 kg

*1: Average of 10 measurements in Normal mode at a temperature

of 23±2°C and a relative humidity of 65% or less.

Konica Minolta CS-2000A, CS-2000 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Safety Precautions

Introduction

Note on Use

Operating Environment

This Instrument

Objective lens, ND filter and Closeup lens (Optional Accessories)

Note on Storage

Body

Objective lens

Cleaning

Body

Objective lens

Notes on Transfer

Maintenance

Disposal Method

Standard Accessories

Optional Accessories

System Configuration

Names and Functions of Parts

Names of Each Part

Functions of Each Part

Key Panel

Main Functions of Each Key

Diopter Adjustment

LCD Screen

MEAS (Measurement value) screen

MENU screen

Installing

Connecting AC Adapter

Connection Method

Power Switch ON( | )/OFF(O)

Turning power switch ON

Turning power switch OFF

Setting of Synchronization

Selecting Measurement Time

Setting Observer

Selecting Display Format

Selecting Color Space

Selecting Absolute Value (ABS)/Difference (DIFF) Display

When Using Closeup Lens

When Using ND Filter

Calibration

Calibration Channel

Backlight ON/OFF During Measurement

Measurement

Saving the Measurement Value

Deleting the Memory Data

Registering Target Color

Target color

Selecting Target Color

Deleting Target Color

Connecting to PC

Remote Mode

Measurement Principle

Sensor Section

Dark Measurement

LvTΔuv

Dominant wavelength/Excitation purity

Measurement of Object Color

Necessary Setting for Object Color Measurement

White Calibration

Measurement of Object

Dimensions

Error Message

Error Check

Setting Initialization

Switching Luminance Unit

Main Specifications