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  • HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter
  • HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter
  • HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter
  • HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter
  • HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter
  • HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter
HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter
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HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter

  • >= 1 Pieces
    $358

Customization:

Customized logo(Min.Order: 50 pieces)

HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precise CCT & CRI Measurement: Designed to accurately measure Correlated Color Temperature (CCT) and Color Rendering Index (CRI) for evaluating lighting quality in diverse applications.
  • Spectral Analysis: Analyzes light spectra across 380-780 nm with a 4 nm spectral bandwidth, enabling detailed assessment of light intensity, color temperature, and spectral distribution.

Key features

  • 1. Material Technology

  • With a corrosion-resistant metal body (likely aluminum or stainless steel), you can ensure durability and longevity in demanding professional environments.

  • 2. Interactive Design

  • With a large, high-resolution touchscreen interface and customizable presets for spectral analysis, you can streamline measurements and adjust settings effortlessly.

  • 3. Performance Parameters

  • With a precise 380-780nm measurement range and 4nm spectral bandwidth, you can achieve highly accurate color and light analysis for critical applications like photography and lighting design.

  • 4. Scenario Solutions

  • With a portable, handheld design, you can perform on-site measurements in real-world environments, eliminating the need for bulky lab equipment.

  • 5. Certification Standards

  • With compliance to industry standards for precision instruments (e.g., ISO calibration protocols), you can trust its reliability for professional-grade applications.

Product details

HPCS320D Top Sensor Spectrometer for Lighting Test CCT CRI Meter

The HPCS320D Top Sensor Spectrometer is a portable, high-precision optical instrument designed for professional lighting analysis. With a sleek metallic body and a large high-resolution display, it delivers accurate measurements of CCT (Correlated Color Temperature) and CRI (Color Rendering Index) across the visible spectrum (380–780 nm). Its compact, durable design enables field use while maintaining laboratory-grade performance.

Technical specifications

FeatureSpecificationBenefit
Measurement Range380–780 nmFull coverage of visible light spectrum
Spectral Bandwidth4 nmHigh precision for detailed color analysis
Wavelength Accuracy±1 nmEnsures reliable data for critical applications
DisplayHigh-resolution screenReal-time spectral graphs and data visualization

Customization guide

Adjustable parameters include measurement intervals, data storage formats, and pre-set industry standards (e.g., CIE, ANSI). Users can customize settings to align with specific requirements, such as photography lighting optimization or industrial quality control protocols.

Get inspired

Whether you’re calibrating stage lighting for a theater production or ensuring consistent color output in manufacturing, the HPCS320D empowers professionals to achieve precision. With its intuitive interface and portability, it transforms complex spectral data into actionable insights.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Spectral Bandwidth4 nm3.5 nm (+12.5%)3 nm (+25%)*
Storage Capacity1,000 samples5,000 samplesUnlimited via cloud
ConnectivityUSBUSB + BluetoothUSB + Wi-Fi + Bluetooth
Battery Life8 hours12 hours24 hours

Supplier's note

  1. Technical Breakthroughs:

    • Narrow Spectral Bandwidth: The Pro Model’s 3 nm bandwidth (25% narrower than the Base) enables ultra-precise color differentiation in demanding applications like LED quality testing.
    • Cloud Integration: The Pro’s cloud storage eliminates physical limits, ideal for large-scale industrial monitoring.
    • Multi-Connectivity: Advanced/Pro models support wireless data transfer, streamlining workflows in fast-paced environments.
  2. Version Selection Guide:

    • Base Model: Best for occasional users (e.g., small studios) needing basic CCT/CRI measurements.
    • Advanced Model: Tailored for professionals requiring portability and expanded storage (e.g., lighting designers on-site).
    • Pro Model: Ideal for R&D labs or industrial quality control teams demanding unmatched precision and remote data management.

With the Pro’s 3 nm spectral bandwidth, you can discern subtle color variations in high-stakes applications like medical lighting. Pair its cloud storage with real-time sharing to accelerate team collaboration. For photographers, the Advanced Model’s Bluetooth connectivity ensures seamless data transfer to editing software during shoots.

Frequently asked questions

  • Which spectrometer model is best for photography and lighting design professionals?

  • How do I maintain the HPCS320D’s sensor for long-term accuracy?

  • Why is aluminum used in the HPCS320D’s construction compared to plastic?

  • Can the HPCS320D’s software be customized for specific lighting tests?

  • Is the HPCS320D certified for industrial lighting standards?

  • Is the HPCS320D suitable for on-site lighting inspections?

  • How does the 4nm spectral bandwidth improve color measurements?

  • What industries use the HPCS320D for lighting analysis?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Spectral Measurement RangeR&D, Lighting Design, Material Analysis380–780 nm (Industry: 400–700 nm ▲)
Extends UV and visible spectrum (covers 20 nm more)
Captures broader spectral data for precise material/LED analysisRequires advanced sensors, increasing cost by ~15% compared to basic models
Spectral BandwidthColor Matching (Printing/Photography)4 nm (Industry: 5–6 nm ▲)
Our Advanced: 3 nm (▲▲)
Reduces color discrepancies in critical applications like textile dyeingNarrower bandwidth demands higher-end optics, raising device complexity
PortabilityField Testing, On-Site InspectionsCompact design (▲)
Lightweight (500g vs industry average 800g)
Enables rapid deployment in construction or outdoor environmentsSmaller battery may limit runtime vs bulkier competitors
Battery LifeContinuous Field Use8 hours (Industry: 4–6 hours ▲)
Our Advanced: 12 hours (▲▲)
Sustains all-day testing without rechargingLarger battery adds ~100g to device weight
Data Analysis FeaturesQuality Control, Real-Time MonitoringReal-time spectral graphs (▲)
ISO-compliant export (ASTM E308-15)
Immediate insights for troubleshooting light sourcesRequires training to interpret complex spectral data
Wavelength AccuracyPrecision Manufacturing, Lab Research±1 nm (Industry: ±2 nm ▲)
Our Base: ±1.5 nm (▲)
Ensures repeatable results in semiconductor or pharmaceutical testingHigh-precision calibration increases maintenance costs

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