Техническая Спецификация для X-Rite Elcometer 406L Statistical Mini Glossmeter J406L-2060S
Модели
J406L-2060S
xrite.com
L10-336 (07/07)
X-RitE WoRLd HEadquaRtERS
Grand Rapids, Michigan USA • (800) 248-9748 • +1 616 803 2100
© 2007, X-Rite, Incorporated. All rights reserved.
Gloss is measured by directing a constant power light beam at an angle to the
test surface and monitoring the reflected light. Gloss measurement is neces-
sary to monitor the uniformity, compatibility, or possibly the deterioration of any
protective gloss finish.
test surface and monitoring the reflected light. Gloss measurement is neces-
sary to monitor the uniformity, compatibility, or possibly the deterioration of any
protective gloss finish.
The Elcometer 406L Statistical Mini Glossmeter is supplied with
Novo-Soft™ software.
Novo-Soft™ software.
•
Dual Angle
Measure at 20˚ and 60˚ angles.
•
Auto-ranging
Internal calculation of maximum, minimum, mean standard deviation &
coefficient of variation.
coefficient of variation.
•
Multi Language
Menus in English, French, German, Italian, Spanish, & Dutch.
•
Statistical Reading
Up to 200 readings per angle can be stored internally. The gauge can be
connected to the Elcometer Novo-Soft™ Software for further analysis and
archiving.
connected to the Elcometer Novo-Soft™ Software for further analysis and
archiving.
Elcometer Novo-Soft
TM
Software
This purpose designed software
provides the user with an easy to
use package for reporting purposes,
archiving gloss measurments and
further analysis.
provides the user with an easy to
use package for reporting purposes,
archiving gloss measurments and
further analysis.
Results page
Numerical data is displayed and may
be tagged or edited.
Numerical data is displayed and may
be tagged or edited.
Results graph
This enables display of all results in a
simple graph of reading versus gloss.
This enables display of all results in a
simple graph of reading versus gloss.
Statistics graph
Data is displayed as a bar chart
(historgram).
Data is displayed as a bar chart
(historgram).
Elcometer 406L Statistical Mini Glossmeter
appearance
Appearance measurement is a way of putting numbers to characteristics
of surfaces that we see. The ability to independently quantify appear-
ance allows for products to be similar whenever and wherever the
product is manufactured or coated.
Appearance measurement is a way of putting numbers to characteristics
of surfaces that we see. The ability to independently quantify appear-
ance allows for products to be similar whenever and wherever the
product is manufactured or coated.
Elcometer provide a comprehensive range of hand held instruments to
measure most of the individual characteristics that generate the overall
appearance of a material or coating.
measure most of the individual characteristics that generate the overall
appearance of a material or coating.
Gloss
The ability of a surface to reflect light without scattering is known as
Gloss. Gloss is measured by directing a constant power light beam
at an angle to the test surface and then by monitoring the amount of
reflected light. Different surfaces require different reflective angles.
Elcometer Glossmeters cover the range necessary to measure almost
any surface from high gloss to matt, from large to small surfaces –
flat or curved.
The ability of a surface to reflect light without scattering is known as
Gloss. Gloss is measured by directing a constant power light beam
at an angle to the test surface and then by monitoring the amount of
reflected light. Different surfaces require different reflective angles.
Elcometer Glossmeters cover the range necessary to measure almost
any surface from high gloss to matt, from large to small surfaces –
flat or curved.
Haze
Some materials appear to have considerable difference in gloss yet
give comparable readings when measured with a glossmeter at one
angle. These materials can be separated by measuring at a second
angle and comparing the difference of the two readings. Haze is
defined by ASTM D4039 as the difference between gloss at 60˚ and
the gloss at 20˚.
Some materials appear to have considerable difference in gloss yet
give comparable readings when measured with a glossmeter at one
angle. These materials can be separated by measuring at a second
angle and comparing the difference of the two readings. Haze is
defined by ASTM D4039 as the difference between gloss at 60˚ and
the gloss at 20˚.
Shade
This is the measurement of darkness or lightness of a surface. Only
shading is measured, irrespective of color, and is referred to as
‘whiteness’. The test surface is illuminated at an angle of 45˚ and the
intensity of scattered light at the perpendicular (0˚), is measured on a
grey scale where black is 0% and white is 100%.
This is the measurement of darkness or lightness of a surface. Only
shading is measured, irrespective of color, and is referred to as
‘whiteness’. The test surface is illuminated at an angle of 45˚ and the
intensity of scattered light at the perpendicular (0˚), is measured on a
grey scale where black is 0% and white is 100%.
opacity
This is the degree to which a coating will obscure the surface to which
it has been applied. Opacity is measured in a similar way to shade,
however opacity, or hiding power, as defined by ISO 2814 involves
measuring whiteness of a known film of test material on both a
black (less than 5%) and a white (greater than 75%, less than 85%)
substrate. A full range of opacity test charts are available – See Leneta
Test Charts for further information.
This is the degree to which a coating will obscure the surface to which
it has been applied. Opacity is measured in a similar way to shade,
however opacity, or hiding power, as defined by ISO 2814 involves
measuring whiteness of a known film of test material on both a
black (less than 5%) and a white (greater than 75%, less than 85%)
substrate. A full range of opacity test charts are available – See Leneta
Test Charts for further information.
Color
The ability of a material to absorb certain wavelengths of light and
reflect others. For example a black material reflects no light across
the complete color spectrum, whereas a pure white material reflects all
light. All other colors reflect light at different points of the spectrum.
Color is quantified by the material’s Red, Green and Blue (RGB) values.
The ability of a material to absorb certain wavelengths of light and
reflect others. For example a black material reflects no light across
the complete color spectrum, whereas a pure white material reflects all
light. All other colors reflect light at different points of the spectrum.
Color is quantified by the material’s Red, Green and Blue (RGB) values.
Functional Specifications
Accuracy: Reproducibility +0.5 Gloss Units (GU)
Resolution: 0.1 GU
Dimensions: 125 x 50 x 100mm (4.9 x 2.0 x 3.9”)
Weight: 350g (12.3oz)
Power Supply: Dry Cells: 5 x LR03 (AAA)
Part Numbers
J406L-60S
Elcometer 406L Statistical Mini Glossmeter 60˚
J406L-2060S
Elcometer 406L Statistical Mini Glossmeter Dual 20/60˚
Elcometer 406L Statistical Mini Glossmeter Dual 20/60˚
data sheet
www.elcometer.com
2 / 3
Elcometer 406L Statistical Mini Glossmeter
V1: 18.05.07
Part Number
Description
Accuracy
Reproducibility r 0.5 Gloss Units (GU)
Resolution
0.1GU
Dimensions
125 x 50 x 100 mm
(4.9 x 2.0 x 3.9")
Weight
350g (12.3oz)
Power Supply
Dry Cells: 5 x LR03 (AAA)
J406L--60S
Elcometer 406L Statistical Mini Glossmeter 60°
Part Numbers
J406L--2060S
Elcometer 406L Statistical Mini Glossmeter
Dual 20/60°
Packing List
Elcometer 406L Statistical Mini Glossmeter, 5 x LR03 (AAA)
alkaline batteries, Posi-Drive screwdriver, Certified calibration
tile, Cleaning cloth for tile, Calibration certificate for tile, CD-
ROM containing Novo-Soft™ software, RS232 Data cable,
Carrying case and Operating instructions
Spare / Accessories
60 Degree Gloss Standard
60 Degree Gloss Standard
T99918533
20/60 Degree Gloss Std
T99918534
Posi-Drive Screwdriver
T99918585
RS232 Interface Cable
T99919532
ELCOMETER Novo-Soft
™
SOFTWARE
This purpose designed software, in Windows
®
format, provides the user with an
easy to use package for reporting purposes, archiving gloss measurements and
further analysis.
Shade
This is the measurement of
darkness or lightness of a
surface. Only shading is
measured, irrespective of
colour, and is referred to as
‘whiteness’. The test surface is
illuminated at an angle of 45º
and the intensity of scattered
light at the perpendicular (Oº),
is measured on a grey scale
where black is 0% and white is
100%.
Opacity
This is the degree to which a
coating will obscure the
surface to which it has been
applied. Opacity is measured
in a similar way to shade,
however opacity, or hiding
power, as defined by ISO
2814 involves measuring
whiteness of a known film of
test material on both a black
(less than 5%) and a white
(greater than 75%, less than
85%) substrate. A full range of
opacity test charts are
available – See Leneta Test
Charts for further information.
Colour
The ability of a material to
absorb certain wavelengths of
light and reflect others. For
example a black material
reflects no light across the
complete colour spectrum,
whereas a pure white material
reflects all of the light. All other
colours reflect light at different
points of the spectrum. Colour
is quantified by the material’s
Red, Green and Blue (RGB)
values.
Results page
Numerical data is displayed and may
be tagged or edited.
Results graph
This enables display of all results in a
simple graph of reading versus gloss.
Statistics graph
Data is displayed as a bar chart
(histogram)