Opti-Lux™ 365 LED 365nm UV-A Flashlight Kit with UV-A Pass Filter P/N OLX-365B
Regular price
£469.95
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Sale price
£469.95
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The Opti-Lux™ 365 LED Blacklight Flashlight brings power, convenience, and reliability to your NDT workflows. Its powerful 365nm UV-A LED light source ensures deep inspection visibility, surpassing higher-priced alternatives with its extremely uniform beam profile. Built for professionals, the OLX-365B is available in high-intensity and standard-intensity models, both with or without an internal UV-A pass filter to match your specific inspection needs.
Key Features:
- Anodized Aluminum Lamp Body: Minimizes corrosion and ensures durability even in harsh environments.
- Rechargeable Battery System: Includes two 18650 lithium-ion batteries with a smart charging cradle for seamless recharging.
- Extended Battery Life: Powered by a rechargeable lithium-ion battery, each charge provides up to 4 hours of continuous operation, with an extra battery included for a total of 8 hours of usage.
Product Standards & Certifications:
- ISO 3059 Certified: Ensures compliance with international NDT inspection standards.
- Certificate of Light Output: Confirms consistent and precise measurements for reliable inspections.
What’s Included in the Kit:
- OLX-365B LED UV-A (365nm) Flashlight with UV-A Pass Filter
- Two 18650 Rechargeable Lithium-Ion Batteries (Buy here)
- Smart Charging Cradle with AC and DC Cord Sets
- UV-Absorbing Spectacles for safety
- Lanyard for easy handling
- Belt Holder for portability
- Hard Carrying Case for secure storage
Nominal Steady-State UV-A Intensity at 10000 uW/cm2
UV-A Coverage Area: 2 in (5 cm)
Visible Light Measurement: 0.4 foot-candles (4.3 lux)
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Normalized UV Irradiance
Typical wavelength output profile of OPTI-LUX™ 365 with and without internal black light filter, with peak at 365 nm.
Select Wavelengths With and Without Internal Black Light Filter
As the wavelength of the OPTI-LUX™365 moves into the visible light range, the black light
filter significantly reduces the UV-A output of the lamp by as much as 50% at 400 nm.