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  • UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design
  • UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design
  • UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design
  • UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design
  • UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design
  • UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design
UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design
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UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design

  • 50 - 999 Pieces
    $1.40
  • 1000 - 9999 Pieces
    $1.20
  • >= 10000 Pieces
    $1.10

Customization:

Customized logo（Min.Order: 10000 pieces）
Customized packaging（Min.Order: 10000 pieces）
Graphic customization（Min.Order: 10000 pieces）
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UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • UV/IR Light Emission & Precision Control: Equipped with UV and infrared LEDs, this grow light delivers tailored light spectra for optimized plant growth. The digital interface allows users to adjust light intensity, wavelength, and temperature settings via integrated sensors.
  • Temperature Regulation: Features infrared amplifier and temperature sensors to maintain optimal growing conditions, ensuring plants thrive in controlled environments.

Key features

  • 1. Material Technology: Gold-Plated Leads & Corrosion-Resistant Body

    • With gold-plated leads and a corrosion-resistant metallic body, you can ensure long-lasting durability in humid or industrial environments*. Unlike traditional models with uncoated leads, this design reduces oxidation and maintains optimal conductivity over time.

  • 2. Interactive Design: Touchscreen Interface & Multi-Program Presets

    • With a digital touchscreen interface and pre-set programs for light spectra and temperature control, you can customize settings for different plant growth stages without manual adjustments*. Traditional models often lack this level of user-friendly programmability.

  • 3. Performance Parameters: Enhanced Light Output via TO39 Design

    • With an infrared amplifier and TO39 package design, you can achieve 20% higher light output compared to standard LED models*, enabling faster plant growth in controlled environments.

  • 4. Scenario Solutions: Dual-Use for Home & Commercial Grow Setups

    • Designed for both home and commercial applications, you can switch between energy-efficient home modes and high-output commercial modes seamlessly*. Unlike single-purpose devices, this flexibility supports scalable use.

  • 5. Certification Standards: RoHS Compliance for Safe Operation

    • With RoHS compliance certification, you can ensure this product meets strict environmental and safety standards*, avoiding hazardous materials found in non-certified alternatives.

Product details

UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design

The UV IR LED Grow Light Digital Interface with Infrared Amplifier Temperature Sensors Model Red TO39 Design is a versatile photodetector solution engineered for precision light detection and environmental monitoring. Its gold-plated leads and metallic body ensure durability, while customizable wavelength windows and integrated temperature sensors make it ideal for applications ranging from horticultural lighting to industrial sensing systems.

Technical specifications

FeatureSpecificationBenefit
MaterialGold-plated leads, metallic bodyEnhanced conductivity and corrosion resistance
Mounting TypeThrough-holeEasy integration into PCB designs
Wavelength RangeCustomizable (UV/IR/Visible)Tailored light detection for specific tasks
Temperature SensingIntegrated infrared amplifier sensorsReal-time thermal monitoring for safety
DurabilityTO-39 package designRobust structural integrity for harsh environments

Customization guide

Adjustable parameters:

  • Wavelength Window: Customize the central lens/window to target specific UV, IR, or visible light ranges (e.g., 380–780 nm for visible light).
  • Lead Material: Opt for gold alloy or alternative platings to match conductivity/durability needs.
  • Mounting Configuration: Adapt leads for surface mount technology (SMT) or through-hole based on PCB requirements.

Get inspired

Leverage the Red TO39 Design’s precision photodetection for smart agriculture (UV/IR-driven plant growth optimization) or industrial automation (light-based sensor arrays). With integrated temperature sensing, it ensures optimal performance in environments where thermal stability is critical.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Wavelength Range400–1100 nm300–1700 nm200–2500 nm*
Thermal Stability±3°C tolerance±1.5°C tolerance±0.5°C tolerance
Signal OutputAnalogAnalog + DigitalHigh-speed digital (SPI)

Supplier's note

  1. Technical Breakthroughs:

    • Gold-Plated Leads: Enable 20% lower contact resistance vs. uncoated alternatives, ensuring stable performance in corrosive environments.
    • Custom Wavelength Windows: Allow targeting of narrow spectral bands (e.g., 660 nm for red light in horticulture), improving detection accuracy by 30%.
    • Integrated Temperature Sensors: Reduce overheating risks by 40% in high-power applications.

  2. Version Selection Guide:

    • Base Model: Ideal for basic light sensing (e.g., consumer electronics) where cost-efficiency is prioritized.
    • Advanced Model: Best for industrial IoT or research applications requiring dual analog/digital outputs and broader wavelength coverage.
    • Pro Model: Suited for aerospace or medical systems needing ultra-precise thermal control (e.g., UV sterilization units) and high-speed data transmission.

*Pro Model’s extended wavelength range enables detection of near-infrared (NIR) spectra critical for material analysis.

Frequently asked questions

  • Which UV IR LED grow light model with TO39 design suits small-scale indoor plant growth?

  • How do I clean the infrared amplifier sensors on the Red TO39 model to prevent signal degradation?

  • What materials in the TO39 design enhance durability for harsh industrial environments?

  • Can the UV IR LED grow light be customized for specific UV/IR wavelength ranges?

  • Is the gold-plated lead construction of the TO39 model FDA-approved for medical applications?

  • How does through-hole mounting improve installation in complex electronic circuits?

  • What applications benefit from combining UV, IR, and temperature sensors in one diode?

  • How does the digital interface optimize temperature control in grow light setups?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
UV LEDsGrow lights, UV curing, disinfectionWavelength: 365 nm (Industry) → 380 nm▲ (Base) → 400 nm▲▲ (Advanced)
(▲=+5% efficiency, ▲▲=+10% efficiency)
(380 nm covers broader germicidal spectrum)		Higher UV output for faster disinfection; energy-efficient.Base: 10% cost increase vs Industry; Advanced: 25% cost premium.
Infrared (IR) LEDsThermal imaging, night visionPeak Wavelength: 940 nm (Industry) → 950 nm▲ (Base) → 980 nm▲▲ (Advanced)
(980 nm reduces visible red glow)		Reduced interference in low-light environments; longer detection range.Advanced requires specialized cooling for sustained operation.
PhotodiodesOptical sensors, LiDARResponse Time: 1 ns (Industry) → 0.8 ns▲ (Base) → 0.5 ns▲▲ (Advanced)
(▲▲=2x faster than Industry)		Enables real-time data capture in autonomous systems; low power draw.Base: 20% higher cost; Advanced: Requires precision alignment during assembly.
Temperature SensorsHVAC systems, industrial monitoringAccuracy: ±1°C (Industry) → ±0.8°C▲ (Base) → ±0.3°C▲▲ (Advanced)
(▲▲=70% improvement over Industry)		Reliable in extreme environments (-50°C to 150°C for Advanced).Advanced may require recalibration in high-vibration settings.
Through-Hole Mounting ComponentsHigh-vibration machinery, aerospaceLead Thickness: 0.4 mm (Industry) → 0.6 mm▲ (Base) → 0.8 mm▲▲ (Advanced)
(▲▲=100% stronger mechanical bond)		Enhanced durability in rugged environments; compatible with legacy systems.Bulky design limits use in compact devices.
High-Power DiodesIndustrial power supplies, automotiveMax Current: 1 A (Industry) → 1.2 A▲ (Base) → 2 A▲▲ (Advanced)
(▲▲=100% higher capacity)		Handles high-current loads without thermal degradation; compact footprint.Advanced requires active cooling systems, increasing complexity.

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