Photoelectrochemical Reactor
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  • Photoelectrochemical Reactor

Photoelectrochemical Reactor

The Photoelectrochemical Reactor is primarily designed for six-position parallel photoelectrochemical catalytic reaction studies at room temperature. 1. Photoreaction Module: Features an ultra-high-intensity light source with an irradiance of up to 10.6 W/cm². 2. Electroreaction Module: Supports both constant current/variable voltage and constant voltage/variable current modes. The adjustable current range is 0.1–100 mA, and the adjustable voltage range is 0.01–30 V. It also supports high/low-frequency alternation with an adjustable range from 5 ms to 59 minutes. All six independent reaction stations can be individually controlled and are equipped with built-in NdFeB magnets for powerful magnetic stirring. The integrated efficient cooling system ensures stable parameters and high reproducibility. This reactor is widely applied in scientific research involving photoelectrochemical cooperative catalysis, such as drug synthesis and screening, material modification, and biological functionalization.

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  • Product Description
  • Product Specifications

    Optical Module:

    Output Voltage: ±48 V

    Output Power: 144 W

    LEDs: 12 LEDs, 18 W each; Recommended operating range: 2-15 W per LED

    Peak Optical Power Density: Up to 10.6 W/cm²

    Wavelength Range: 365-980 nm (Customizable)

    Electrical Module:

    Power Input: 100-240 V / 1.8 A / 50-60 Hz

    Power Output: 36 V / 2 A

    Max. Input Power: 36 W

    Max. Output Voltage: 30 V

    Max. Output Current: 100 mA

    Output Voltage Accuracy: ±0.01 V

    Output Current Accuracy: ±0.1 mA

    Max. Stirring Volume: 15 mL

    Other:

    Display: 4.3-inch LCD Capacitive Touchscreen × 2

    Stirring Speed Range: 200 - 1000 rpm (NdFeB Magnet)

    Fan Power Supply: DC 220 V

    Dimensions: 500 × 280 × 210 mm (L × W × H)

    Permissible Ambient Temperature: 5 - 50 °C

    Permissible Relative Humidity: ≤ 80%


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