Mammoth Lighting PAR Meter and Spectrometer (380nm-780nm | UV – IR) Mammoth Lighting

Introducing the cutting-edge PAR Meter and Spectrometer from Mammoth Lighting, a technological marvel crafted for precision and performance. Engineered with a high-speed CPU processor and a high-precision electronic CCD optical sensor, this device operates on the principle of a long focal cross-asymmetric CT spectroscopy system, delivering unparalleled accuracy and stability.

Enjoy the savings vs other brands at $500+ for just PAR readings!

Software program to download data

Key Features

1. Advanced Optical Technology:

• Optical resolution of 2nm for precise measurements.
• A wider wavelength range ensures comprehensive analysis.
• Stable performance under various conditions.

2. Electronic Shutter Technology:

• Minimum integration time as low as 50us, allowing measurement of strong and weak optical signals.
• Adjustable integration time for versatility in signal detection.

3. Sleek and Portable Design:

• All-aluminum alloy precision carving for a lightweight and portable body.
• Modern design, completely discarding the bulk of traditional models.

4. Open Operating System:

• Upgraded system with a more open operating system and source code.
• Facilitates intelligent product applications and provides space for unlimited instrument upgrades.

5. Intuitive User Interface:

• 3.5-inch high-definition IPS capacitive touch screen for a vibrant display.
• High resolution for more content on a single screen, realistic graphics, and a smoother user experience.
• Thoughtful interface design enhances usability.

6. Quick and Convenient:

• Quick on/off functionality for swift operations.
• One-click testing for seamless measurements.
• Large battery capacity allows for 24 hours of extended testing time.

Whether you’re a professional researcher, scientist, or enthusiast, this PAR Meter and Spectrometer redefines the standards of accuracy, convenience, and portability.

Elevate your experiments and measurements with a device designed for the future of scientific exploration.

Description

PPFD PAR:

Measures Photosynthetic Photon Flux Density for optimal plant growth.

Spectral Distribution Map:
Provides a detailed map of the spectral distribution for comprehensive analysis.

Related Color Temperature Tc (K):
Offers color temperature information for accurate lighting assessment.

Illuminance E (lx):
Measures the level of illuminance in lux for well-lit environments.

Irradiance Ee (W/m²):
Determines irradiance for a complete understanding of light intensity.

Chromaticity Coordinates (x, y):
Presents chromaticity coordinates for precise color representation.

Relative Spectral Power Distribution P(λ):
Illustrates the relative distribution of spectral power.

Color Rendering Index Ra, Ri (i=1-15):
Evaluates color rendering accuracy across a spectrum of indices.

Color Rendering Index:
Measures the device’s ability to reproduce colors accurately.

Chromaticity Coordinate Map:
Displays a map of chromaticity coordinates for comprehensive analysis.

Color Tolerance Map SDCM:
Illustrates color tolerance using Standard Deviation of Color Matching.

Main Wavelength, Peak Wavelength, Half Width:
Provides crucial information about the light spectrum.

Light to Dark Visual Ratio S/P:
Evaluates the visual experience by assessing light-to-dark ratios.

Color Purity, Red Ratio, Green Ratio, Blue Ratio:
Analyzes color components to ensure accurate representation.

Can Export Spectral Data per Nanometer:
Allows for detailed spectral data export for in-depth analysis.

More Functional Parameters Can Be Customized:
Tailor the device to specific requirements with customizable parameters.

 

Main Technical Indicators

Model and Name:
M400 Spectral Color Illuminometer

Wavelength Range:
380nm~780nm for comprehensive spectral coverage

Split Mode:
Long focal cross asymmetric CT split beam system

Sensor:
High-precision CCD for accurate light sensing

Spectral Bandwidth (FWHM):
2nm for detailed spectral analysis

Spectral Resolution:
0.2nm for high-resolution data

x, Y Coordinate Value x, y Accuracy:
±0.0015 accuracy; ±0.0005 repeatability

Wavelength Accuracy:
±0.5nm for precise wavelength measurements

Wavelength Data Output Interval:
1nm; EXCEL can export data corresponding to each nanometer

Illumination Accuracy Level:
Level 1 (±4% reading ±1 reading) for reliable results

Color Rendering Accuracy:
±1.5% for accurate color representation

Photosensitive Surface:
Ф 10mm for efficient light capture

Screen Type:
3.5-inch high-definition IPS capacitive touch screen for intuitive operation

Chromaticity Standard Accuracy:
±0.0025, traceable to NIM for reliable color temperature assessments

Color Temperature Range:
1000K~100000K for versatile lighting conditions

Stray Light:
≤0.3% to minimize interference

Illuminance Measurement Range:
0.1Lux~2000Klux for diverse lighting environments

Measurement Mode:
Single test/continuous test for flexibility in testing scenarios