NHG60M Small Aperture 1*3mm Glossmeter Handheld Portable Luster
Meter 3nh
Brief Introduction:
NHG60M single angle small aperture smart glossmeter, whose complete
proprietary intellectual property rights are fully owned by 3nh,
was researched and developped complying with the international
standard ISO2813 and China national standard GB/T9754, also the
standard ASTM D 523 and ASTM D 2457.
As the whole world's first model of glossmeter which is fully
screen-touch operational and with a ultra-large display, NHG60M
features the accurate measurement, simple operation and stable
performance. 5 groups of data can be displayed on screen
simultaneously, easy to compare. The standard data value can also
be manually input.
NHG60M has three measuring modes: Basic Mode, the simplest sample
measurement mode; Statistical Mode, the measuring mode with
statistical function, display the measurement value, average value,
max value, min value, standard deviation value, differential value
and the PASS/FAIL result; Continous Mode, the times of measurement
and time interval can be set before measuring, when press the
measuring key, the instrument will operate according to the
settings.
Now NHG60M has been widely used by our customers all over the world
in many industries, like painting, lacquer, ink, coating, leather,
paper, printing, plastics, electronics, furnitures, wood,
decorating, ceramics, tiles, metals, hardware, marble,
electroplating, package, food, cosmetics, pharmacy, cloth, garment,
textiles, traffic signage, etc.
Features:
- Small aperture: 1.5*2mm
- 60° angle for semi gloss
- Display 5 sets of measurement data, good for comparison
- Measuring mode: basic measurement, statistical measurement,
continuous measurement, QC measurement (only for GQC6 software).
- Continuous mode to check uniformity over large areas
- Connect to PC, more extend functions
- Input gloss value manually
- Large touch screen operation, easy to use
- Beauty appearance, good man-machine communication interface
- Powerful functions to meet many different requirements
- Large storage to save over 5000 data
- Built-in lithium ion rechargeable battery.
Specifications:
| NHG60M Small Aperture Gloss Meter |
| Model | NHG60M |
| Measure Angle | 60°
Comply with standard ISO 2813,GB/T 9754,ASTM D 523,ASTM D 2457 |
| Measuring Area (mm) | 1.5*2 |
| Measurement Range | 0~1000GU |
| Division Value | 0.1GU |
| Measurement Range Repeatability Reproducibility | 0-10GU 10-100GU 100-1000GU
± 0.1GU ± 0.2GU ± 0.2%GU
± 0.2GU ± 0.5GU ± 0.5%GU |
| Measurement Standard | Conform with JJG696 first class gloss meter working requirement |
| Chromaticity Corresponding | Corresponding with CIE 1931(2°) under CIE C light source |
| Errors | ±1.5 , ± 1.5% |
| Measuring Time | 0.5s |
| Dimension | L*W*H : 160mm*75mm*90mm |
| Weight | 350g |
| Language | Chinese/English |
| Battery | 3200mAh Li-ion Battery, >10000 times(within 8 hours) |
| Viewing Screen | TFT 3.5 inch, capacitive touch screen |
| Interface | USB/RS-232 |
| Data Save | Basic mode: 1000, Statistical Mode: 5000, Continuous mode : 5000 |
| Software | GQC6 Quality Control Software with QC report printing functions and
more extended functions. |
| Operation Temperature | 0~40℃(32~104°F) |
| Storage Temperature | -20~50℃(-4~122°F) |
| Humidity | <85% relative humidity, no condensation |
| Standard Accessories | Power Adapter, USB cable, User Manual, CD (Including QC software),
Calibration Plate |
| Optional Accessories | Miniature Printer |
| Note | The specifications are subject to change without notice.
|
Company Details:
Contact Information:
Contact Person: Clara Liu;
Email: L001@3nh.com;
Wechat & Whatsapp ID: +8613510310267;
Skype: clara.3nh
Related Knowledge about Spectrophotometer:
Color Space
CIE LAB
- L(Lightness)-0 is black,100 is white
- a(Red-Green)-positive values are red; negative values are green
and 0 is neutral
- b(Blue-Yellow)-positive values are yellow;negative values are
blue abd 0 is neutral
CIE LCH
L: Lightness,value is the same in each scale C:Chroma H:Hue Angle
dE Total Color difference
Delta-E is a measurement used to indicate how much a color deviates
from an accepted standards.The higher the dE, the more inaccurate
the color.
