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Lighting Goniophotometer Digital for LED Light Measurement Beam Angle test HPG1900

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • LED Light Measurement & Beam Angle Testing: Designed to precisely measure light intensity, distribution, and beam angles of LED lighting fixtures, ensuring compliance with industry standards.
  • Digital Goniophotometer: Utilizes advanced optical sensors and a robust support structure to analyze light uniformity, luminous flux, and angular performance in real-time.

Key features

  • 1. Robust Metal Alloy Construction for Industrial Durability

  • With a rugged metal alloy frame, withstand harsh industrial environments and ensure long-term reliability*.

  • 2. Intuitive Touchscreen Interface for Seamless Control

  • With a responsive touchscreen display, customize test parameters and monitor real-time data effortlessly, reducing setup time by up to 30%* compared to models with physical buttons.

  • 3. Precision Digital Measurement for LED Accuracy

  • Deliver beam angle measurements with ±0.1° precision, 50% more accurate than analog goniophotometers*, ensuring consistent results for LED light analysis.

  • 4. Commercial-Grade Performance for Continuous Use

  • Engineered for 24/7 operation in manufacturing or quality control settings, maintaining stability even during high-volume testing scenarios.

  • 5. Compliance with Global Photometric Standards

  • Meets ISO 21797 photometric measurement standards*, ensuring compatibility with international lighting industry requirements.

Product details

Lighting Goniophotometer Digital for LED Light Measurement Beam Angle test HPG1900

The HPG1900 Digital Lighting Goniophotometer is a precision instrument designed for LED light measurement and beam angle testing. With its robust construction and advanced digital features, it ensures accurate light distribution analysis for applications in lighting design, quality control, and R&D.

Technical specifications

FeatureSpecificationBenefit
Light Measurement TypeBeam Angle & IntensityAccurate LED light distribution analysis
Display TypeLED ScreenClear, real-time data visualization
Port TypeOptical InputHigh-precision light capture
Adjustable SupportRobust, Multi-AxisCustomizable positioning for varied needs
Warranty2 YearsExtended product reliability assurance

Customization guide

Adjustable support structures allow users to customize positioning angles (±180°) and height (up to 1.2m) to meet specific testing requirements. The optical port can be adapted for different light source diameters (5-50mm) via interchangeable lenses.

Get inspired

Ensure compliance with lighting standards or optimize LED performance in automotive, architectural, or industrial settings. With the HPG1900’s precise beam angle measurements, you can validate product specifications and streamline quality assurance workflows.

Choose your model

ParameterBase Model (HPG1000)Advanced Model (HPG1900)Pro Model (HPG2000)
Measurement Speed10 sec/test8 sec/test (+20%)5 sec/test (+50%)
Resolution±5°±3°±1.5°
Data Storage100 Tests1000 TestsCloud Sync
Light Sensitivity1000 lux2000 lux5000 lux
Warranty1 Year2 Years3 Years

Supplier's note

  1. Three Technical Breakthroughs:

    • Optical Port Precision: The HPG1900’s optical input captures 2x more detailed light data than traditional ports, enabling sub-degree beam angle accuracy.
    • Multi-Axis Adjustable Support: With ±180° rotation and 1.2m height range, users can test large or irregularly shaped LED fixtures.
    • Real-Time LED Display: Instantly visualize intensity curves, eliminating manual data interpretation.
  2. Optimal Version Selection:

    • Base Model (HPG1000): Ideal for small-scale labs or basic quality control tasks requiring cost-effective solutions.
    • Advanced Model (HPG1900): Perfect for LED manufacturers needing faster testing (20% quicker) and higher resolution for product validation.
    • Pro Model (HPG2000): Recommended for R&D teams requiring cloud integration and extreme sensitivity (5000 lux) for high-end lighting systems.

With the HPG1900’s 2-year warranty and ±3° resolution, you can confidently test automotive headlights or architectural fixtures. The Pro Model’s 5000 lux sensitivity enables aerospace-grade testing, ensuring compliance with stringent industry standards.

Frequently asked questions

  • Which model of goniophotometer is best for precise LED beam angle testing in labs?

  • How do I clean the optical sensors on the HPG1900 goniophotometer?

  • What materials make the HPG1900 suitable for industrial light testing?

  • Can the HPG1900 system integrate with existing testing chambers or setups?

  • Is the HPG1900 certified for ISO light measurement standards?

  • How does the HPG1900 handle high-intensity LED measurements without distortion?

  • What ports does the HPG1900 use for data transfer and connectivity?

  • What’s included in the 2-year warranty for the HPG1900?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
GoniophotometerAutomotive lighting design, LED beam testingAngular Resolution: 0.1° (ISO 2987) ▲▲ (Industry: 1°, Base: 0.5°▲)Ultra-precise beam angle measurements for complex designsHigher cost and requires technical expertise
SpectroradiometerMedical lighting, color accuracy testingSpectral Range: 250–1100 nm (CIE 13.3-1995) ▲▲ (Industry: 380–780 nm, Base: 350–800 nm▲)Broad spectrum analysis for specialized applications (e.g., UV/IR)Complex calibration and high price
Beam Angle TesterManufacturing quality controlMeasurement Speed: 1 min/beam (IEC 60598) ▲▲ (Industry: 5 min, Base: 3 min▲)Rapid testing for high-volume production linesLimited to beam angle; lacks multi-parameter analysis
Integrating SphereLuminous flux measurementSphere Diameter: 50 cm (ISO 2987) ▲▲ (Industry: 20 cm, Base: 30 cm▲)Larger sphere for higher accuracy in total light outputBulky, space-intensive, and slower setup
Light MeterOffice lighting auditsSensitivity: 0.01 lux (LM-79) ▲▲ (Industry: 0.1 lux, Base: 0.05 lux▲)Detects subtle illuminance changes in low-light environmentsInexpensive but insufficient for specialized metrics (e.g., color temperature)
ColorimeterRetail display calibrationCRI Measurement: ±1 (CIE 13.3-1995) ▲▲ (Industry: ±5, Base: ±3▲)Precision for color rendering index (CRI) in critical applicationsHigh cost for basic lighting setups

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