3nh NS810 User manual

Espectrofotómetro NS810, Geometría de
visualización: D/8 Apertura de medición 8 mm, 3NH
3N-NS810

CONTENTS
INDUCTION............................................................................................................................................................... 1
CAUTIONS................................................................................................................................................................. 2
1. INTERFACE DESCRIPTION................................................................................................................................ 3
2 .BATTERY DESCRIPTION.................................................................................................................................... 3
3. BATTERY INSTALLATION.................................................................................................................................. 4
4. OPERATING INSTRUCTION............................................................................................................................... 5
4.1TURN ON...................................................................................................................................................................... 5
4.1.1 Preparations ........................................................................................................................................................ 5
4.1.2 Turn On ................................................................................................................................................................ 5
4.2 WHITE CALIBRATION AND BLACK CALIBRATION......................................................................................................... 6
4.3 MEASUREMENT ........................................................................................................................................................... 8
4.3.1 Measurement Locating........................................................................................................................................ 8
4.3.2 Standard Measurement ................................................................................................................................... 9
4.3.4 Measure and View Spectral Reflectance Graph................................................................................................. 11
4.4 CONNECTING TO PC .................................................................................................................................................. 11
4.5 PRINT......................................................................................................................................................................... 12
5. SYSTEM FUNCTION DESCRIPTION ................................................................................................................12
5.1 DATA MANAGEMENT ................................................................................................................................................. 12
5.1.2 Check Spectral Reflectance Curve ...................................................................................................................... 15
5.1.3 Editing Record Name ......................................................................................................................................... 16
5.1.4 Deleting a Single Record .................................................................................................................................... 17
5.1.5 Turning Standard Record into Measurement Standard ..................................................................................... 17
5.1.6 Turning Sample Record into Measurement Standard ........................................................................................ 17
5.1.7 Deleting All Records........................................................................................................................................... 18
5.1.8 Standard Input................................................................................................................................................... 18
5.2 TOLERANCE SETTING ................................................................................................................................................ 19
5.3 LIGHT SOURCE SETTING............................................................................................................................................ 20
5.4AVERAGE MEASUREMENT ......................................................................................................................................... 21
5.5 COLOR OPTIONS ........................................................................................................................................................ 22
5.5.1 Color Space ........................................................................................................................................................ 23
5.5.2 Color Index......................................................................................................................................................... 28
5.5.3 Observer Angle .................................................................................................................................................. 34
5.7 FUNCTION SETTING ................................................................................................................................................... 35
5.7.1 Auto Save........................................................................................................................................................... 36
5.7.2 Time Set............................................................................................................................................................. 36
5.7.3 Language Selection............................................................................................................................................ 39
5.7.4 Backlight Time ................................................................................................................................................... 39
5.7.5 Screen Brightness............................................................................................................................................... 39
5.7.6 Buzzer Switch..................................................................................................................................................... 40
5.7.7 Restore Factory Settings .................................................................................................................................... 40
6.TECHNICAL PARAMETERS ...............................................................................................................................40
6.1 PRODUCTS FEATURES ................................................................................................................................................ 40
6.2 TECHNICAL SPECIFICATIONS...................................................................................................................................... 42

1
1
Induction
NS810 spectrophotometer is independently developed by 3nh which is in accordance
with CIE (International Commission on Illumination) and CNS (China National
Standards). The instrument features with touch screen and large screen display. It is
configured with high-end color quality management software. Meanwhile it has
characters of stable performance, precise measurement and easy to use. The
instrument is powered by Li-ion battery or DC power adapter.
Advantages
1. Touch screen, easy to operate.
2. Large screen (3.5 inch), high resolution (320*480), full-view display with clear
image.
3. Aesthetic design perfectly combined with ergonomics structure.
4. D/8 geometry optical structure, accord to CIE, ISO, ASTM, DIN Standards.
5. Two standard observer angles, multiple light sources modes, a variety of color
systems.
6. High hardware configuration with a number of innovative technologies.
7. Oversized integrating sphere, more effective homogenization ray of lights and
precise measurement.
8. Visible spectrum 400~700nm reflectance curve.
9. Input standard data manually, easy to operate.

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Cautions
● The spectrophotometer is a precise measuring instrument. Please avoid dramatic
changes of external environment when measuring. These changes, including the
flicker of surrounding light and the rapid change of temperature, will affect
measurement accuracy.
● Keep the instrument balanceable; make sure the measuring aperture close to the test
sample, and no shaking or shifting when measuring. Please prevent the colorimeter
from fierce collision or crash.
● The instrument is not waterproof. Do not use it in high humidity environment or in
water.
● Keep the instrument clean. Avoid dust, powder or solid particles entering the
measuring aperture and the instrument.
● Replace the white calibration cavity and put the spectrophotometer into instrument
case when not in use.
● Please take out the battery to prevent the instrument from damage if you don‟t use it
for a long time.
● Please keep the instrument in a cool dry place.
● Any unauthorized changes to the instrument are not permitted, or it will affect the
measuring accuracy, even cause irreversible damage.

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1. Interface Description
Figure 1 Instrument Structure Diagram
Port Description
1. Power Switch: Push the switch to “1” to turn on the instrument. Push the
switch to “0” to turn it off.
2. DC Power Port: Connect with AC adapter. The adapter specification is 5V=2A.
3. USB / RS-232 port: This port is a common port. The instrument will judge the
connection status automatically. USB port is used to transfer data to PC.
RS-232 port is used to connect to the printer.
2 .Battery Description
1. Battery specification: Li-ion 3.7V = 0.5A. The capacity is 3200mAh.
2. Please use original Li-ion battery. Do not use other batteries. Otherwise it will
DC Power Port
USB/RS-232 Port
Power Switch

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cause irreversible damage.
3. Please remove the battery if you don‟t use it for a long time.
4. When charging the battery, please connect power adapter or USB cable (to PC).
Meanwhile, push the switch to “1” to turn it on, and then the battery will be
charging. If not charge the battery, you can remove the battery and connect power
adapter, the instrument still works normally.
5. When charging, dynamic battery icon will display on the top right corner of
measurement interface.
3. Battery Installation
1. When installing battery, be sure the power is cut off. (Push the switch to “0”). Then
remove the battery cover.
2. Insert the Li-ion battery into battery compartment and push it gently. Please pay
attention to the battery contacts.
3. Put the battery cover on Li-ion battery, and then push it up as shown in Figure 2.

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Figure 2 Battery Installation
4. Operating Instruction
4.1Turn On
4.1.1 Preparations
Check whether it is powered by battery or adapter.
4.1.2 Turn On
Push the power switch to “1”, the screen will light and display logo. After a few
seconds, it will enter Standard Measurement interface automatically, and the
default display is L*a*b*C*H as shown in Figure 3.
Li-ion Battery
Battery Cover

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Figure 3 Standard Measurement
4.2 White Calibration and Black Calibration
Click “Menu” to enter main menu interface as shown in Figure 4.

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Figure 4 Main Menu
Select “Calibration” to enter white and black calibration interface as shown in
Figure 5.

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Figure 5 White and Black Calibration
Click “White Calibration”, it will prompt you to put away the white board. Put
the measuring aperture on white board. Make sure the measuring aperture is close
to the white board. Click “OK” or press “Testing” key to perform white
calibration. Please pay attention that the serial number of white board must
correspond to the instrument.
Click “Black Calibration”, it will prompt you to put away black cavity. Put the
measuring aperture into black calibration cavity. Click “OK” or press “Testing”
key to perform black calibration.
Then, white calibration and black calibration are completed.
4.3 Measurement
4.3.1 Measurement Locating
The instrument can visually locate through the cross of measuring aperture. It can

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be done by observing the alignment between the cross and the sample, while
moving the measuring aperture to adjust the position.
4.3.2 Standard Measurement
Please enter “Standard Measurement” interface to perform measurements as
shown in Figure 6.
Put the measuring aperture on the standard sample, press “Testing” key. The
colorimeter will display color data of the standard sample.
Figure 6 Standard Measurement
Click “No Name”, it will enter “Edit Name”interface as shown in Figure 16. You
can edit the name of the current standard.
Click “D65”, it will enter “Light Source”interface as shown in Figure 19. You
can set the light source of the current standard.
Click “10°”, you can switch the observer angle between 2°and 10°.
Click “LAB”, it will enter “Color Space”interface as shown in Figure 22. You
can change the color space of the current standard.

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4.3.3 Sample Measurement
After testing the standard, press “Sample Measure”, it will enter Sample
Measurement interface as shown in Figure 7. Put the measuring aperture on the
sample, press “Testing” key. The colorimeter will display color data of the
sample.
The L*a*b*C*h* data on the left side is current sample data. The data on the
right side is color difference data between current sample and standard.
Figure 7 Sample Measurement
Click “No Name”, it will enter “Edit Name”interface as shown in Figure 16. You
can edit the name of the current standard.
Click “D65”, it will enter “Light Source”interface as shown in Figure 19. You
can set the light source of the current standard.
Click “10”or “2”, you can switch the observer angle between 2°and 10°.
Click “LAB”, it will enter “Color Space”interface as shown in Figure 22. You
can change the color space of the current standard.

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4.3.4 Measure and View Spectral Reflectance Graph
Under standard or sample measurement interface, click “ ” to switch to next
page. It will display the spectral reflectance curve. Click “ ”, it will display
wavelength data and reflectance data of next wave band. Click “ ”, it will
display wavelength data and reflectance data of previous wave band. The
wavelength range of the instrument is “400-700nm”. The interval is 10nm.
Figure 8 Spectral Reflectance Interface
4.4 Connecting to PC
Click “Comm” to enter the interface shown in Figure 9. Follow the tips to
connect instrument to PC. Click “OK”, the instrument will enter
“Communicating…” as shown in Figure 10. Then you can control the instrument
through the software.

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Figure 9 USB Communication Figure 10 Communicating
4.5 Print
Connect the instrument to micro printer. It can print measurement data
automatically under “Standard Measurement” or “Sample Measurement”
interface.
5. System Function Description
You can set the system function from main menu as shown in Figure 4.
5.1 Data Management
Click “Data” in main menu to enter data management interface as shown in
Figure 11. Data management is mainly for checking, operating the measured
records and inputting standard data manually.

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Figure 11 Data Management
5.1.1 Check Record
1）Check Standard Record
Select “Check Record” to enter “Standard Record” interface as shown in Figure
12. It‟s the standard data. You can check different standard data by clicking “↑”
and “↓” at the bottom of the screen. “T001” in the figure means standard record
No. “no name” means the default name of the standard.
2）Check Sample Record
Click “Sample” in standard record interface to check the sample data and the
color difference between the standard and the sample as shown in Figure 13. You
can check different sample data by clicking “↑”and “↓” at the bottom of the
screen. “No.001” means the sample record No. “T001” means standard record
No.
3）Switch Standard Record and Sample Record
Click “Sample” in standard record interface to switch to sample record interface.
Click “Standard” in sample record interface to switch to standard record.

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Figure 12 Standard Record
Figure 13 Sample Record
Click “No Name”, it will enter “Edit Name”interface as shown in Figure 16. You
can edit the name of the current standard.

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Click “D65”, it will enter “Light Source”interface as shown in Figure 19. You
can set the light source of the current standard.
Click “10”, you can switch the observer angle between 2°and 10°.
Click “LAB”, it will enter “Color Space”interface as shown in Figure 22. You
can change the color space of the current standard.
5.1.2 Check Spectral Reflectance Curve
Under standard or sample measurement interface, click “ ” to switch to next page.
It will display the spectral reflectance curve. Click “ ”, it will display
wavelength data and reflectance data of next wave band. Click “ ”, it will display
wavelength data and reflectance data of previous wave band. You can check the
spectral reflectance curve of difference standards or samples by clicking “↑”and
“↓” at the bottom of the screen.
Figure 14 Spectral Reflectance Curve of Standard Record

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5.1.3 Editing Record Name
Click “Operate” in record interface, popup a small menu as shown in Figure 15.
Click “Edit Name” to enter figure 16. Click the characters or numbers on the
virtual keyboard to edit current record name.
Figure 15 Record Operation Interface

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Figure 16 Name Edit Interface
5.1.4 Deleting a Single Record
In the popup menu under the standard record shown in Figure 15, click “Delete
Record”. It will pop up a warning interface. Click “OK”, then the current
standard and its sample records will be deleted. If delete record in sample record
interface, it will only delete a single sample record.
5.1.5 Turning Standard Record into Measurement Standard
If you need to measure color difference under a saved standard, you can click
“Standard Entering” in “Record Operation Interface” pop-up menu. Then the
standard record is transferred to measurement interface. Click “Sample Measure”,
you can start to perform sample measurement.
5.1.6 Turning Sample Record into Measurement Standard
In some cases, you need to use a saved sample record as a standard. You can click

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“Standard Entering” in “Record Operation Interface” pop-up menu. Then, the
sample record will be transferred to measurement interface as a standard
(Meanwhile, it will save as a new standard automatically.). Click “Sample
Measure”, you can start to perform sample measurement.
5.1.7 Deleting All Records
Select “Data Delete” in main menu. It has two options: “Delete All Samples” and
“Delete All Records”
1）Delete All Samples
Click “Delete All Samples”. It will pop up a warning interface. Click “OK”, all
sample records will be deleted, but the standard records are still retained.
2）Delete All Records
Click “Delete All Records”, the records (including standard records and sample
records) will be deleted. Then, it will pop up a warning interface. Click “OK”, all
records in the instrument will be deleted permanently.
Note: Please pay attention to this operation in case of accidentally deleting the
needed historical records.
5.1.8 Standard Input
Select “Standard Input” in main menu. It includes two functions “Input L*a*b”
and “Input XYZ”.
1) Input LAB
Click “Input LAB”, enter “Input L*” interface as shown in Figure 17. Click the
numbers in virtual keyboard. Input value L*, click “OK”. Then input value a*
and b* and enter “Edit Name” interface.