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BrightLumen Strobe 24K
24,000 Lumen Strobe LED Light Source for Ballistic, Automotive Crash & High-Speed Photography Testing
The BrightLumen Strobe 24K is a 24,000-lumen LED light source with CW, PWM, and camera-synchronized strobe control delivering up to 2x CW intensity, rated for 50,000 hours of CW operation and built with vibration and shock resistance for ballistic and automotive crash testing.
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Product Overview
BrightLumen Strobe 24K is a 24,000-lumen LED light source engineered for ballistic testing, automotive crash testing, and high-speed photography, where capturing a fast-moving event in sharp detail depends on both light intensity and precise timing. It supports three control modes — Continuous Wave (CW) for steady illumination, Pulse Width Modulation (PWM) for flicker-free dimming, and Strobe for camera-synchronized bursts at up to 1.5x to 2x CW intensity. A microprocessor-controlled touchscreen LCD manages all modes, and the housing is vibration and shock resistant for use directly alongside high-impact test rigs.
| Parameter | Value |
|---|---|
| Luminous Flux | 24,000 lm |
| Voltage Input | 55V DC |
| Control Modes | Continuous Wave (CW), Pulse Width Modulation (PWM), Strobe |
| Strobe Intensity Gain | 1.5x to 2x luminous output vs. CW mode, synchronized to camera |
| Dimming Range | 0–100% intensity control |
| Colour Temperature | 5600K–6500K, adjustable |
| Beam Angle | Narrow to wide angle (customisable on request) |
| Interface | Microprocessor-controlled touchscreen LCD |
| Mechanical Rating | Vibration and shock resistant |
| Thermal Management | Low heat emission, advanced thermal design |
| Rated Life | 50,000 hours (CW mode) |
| Weight | < 2.25 kg |
| Dimensions | 270 mm x 160 mm x 120 mm |
| Recommended Use | Ballistic testing, automotive crash testing, high-speed photography, industrial and scientific testing |
Where It's Used
Ballistic Testing
Strobe mode’s camera-synchronized bursts and the fixture’s shock resistance make the Strobe 24K suited to capturing high-speed projectile events in sharp detail, even when the test environment subjects the light itself to impact and vibration.
Automotive Crash Testing
From airbag deployment to full crash simulations, the Strobe 24K provides camera-synchronized illumination intense enough to freeze motion at the moment of impact, with a housing rated for the same mechanical stress as the test.
High-Speed Photography
Adjustable strobe frequency and intensity, combined with flicker-free CW and PWM modes, support motion analysis and event photography across a range of fast-motion scenarios.
Industrial and Scientific Testing
Flicker-free, high-intensity lighting supports precise data capture in microscopy, machine vision, and industrial inspection, where CW mode’s steady output matters more than strobe timing.
Why BrightLumen Technologies
- Manufactured in Chennai, India — in-house PCB design and final assembly/testing, with subcontracted fabrication and housing under direct quality control.
- 50,000-hour rated CW life across the product line, independent of luminous flux tier.
- Built for impact-test environments — vibration and shock resistance validated for ballistic and automotive crash testing.
- Direct technical support from the design team — not a reseller layer.
Why the Strobe 24K
- 24,000 lm CW output, up to 2x in strobe mode — enough intensity to freeze fast-moving events without secondary lighting.
- Three control modes in one unit — CW, PWM, and camera-synchronized Strobe, switchable without changing hardware.
- Vibration and shock resistant housing — built to operate directly in ballistic and crash-test environments.
- 50,000 hour rated life in CW mode — roughly 8.5 years at typical 2-shift industrial usage.
- Adjustable 5600K–6500K colour temperature — matched lighting for colour-sensitive high-speed imaging.
- Microprocessor touchscreen control — direct, real-time adjustment of mode, intensity, and strobe timing.
Frequently Asked Questions
1. What is the brightness output of the BrightLumen Strobe 24K?
The BrightLumen Strobe 24K outputs 24,000 lumens in continuous mode, and up to 1.5x to 2x that intensity in strobe mode, making it suited to high-speed imaging, ballistic testing, and automotive crash testing.
2. What is the difference between CW, PWM, and Strobe modes on the Strobe 24K?
CW (Continuous Wave) mode provides steady, uninterrupted illumination for machine vision and microscopy. PWM (Pulse Width Modulation) mode adjusts the LED’s duty cycle for energy-efficient, flicker-free dimming. Strobe mode fires controlled, camera-synchronized bursts of light at up to 1.5x to 2x CW intensity, built for ballistic testing, crash simulations, and other rapid dynamic events.
3. How much brighter is the Strobe 24K in strobe mode compared to continuous mode?
In strobe mode, the Strobe 24K delivers 1.5x to 2x the luminous intensity of CW mode, synchronized with high-speed camera triggers, which is what allows it to freeze fast-moving events like ballistic impacts and airbag deployment.
4. Is the BrightLumen Strobe 24K suitable for ballistic and automotive crash testing?
Yes. The Strobe 24K is vibration and shock resistant and built specifically for ballistic testing and automotive crash testing, including airbag deployment imaging, where the fixture must survive the same impact and vibration stresses as the test itself.
5. Can I adjust the colour temperature of the BrightLumen Strobe 24K?
Yes. The Strobe 24K offers an adjustable colour temperature range from 5600K to 6500K, covering both warm and cool lighting, selectable to match the application’s imaging requirements.
6. What is the rated lifespan of the BrightLumen Strobe 24K?
The Strobe 24K is rated for over 50,000 hours of operation in CW mode, equivalent to roughly 8–9 years at typical two-shift industrial usage, with minimal maintenance.
7. How is the Strobe 24K controlled?
The Strobe 24K uses microprocessor-based controls with an integrated touchscreen LCD display, giving direct, hands-free management of light mode, brightness, and strobe timing settings.
8. What is the input voltage and power requirement of the Strobe 24K?
The Strobe 24K runs on a 55V DC input, higher than the Core 8K (21V DC) and PWM 16K (21V DC), reflecting its higher peak power draw in strobe mode.
9. How is the BrightLumen Strobe 24K different from the PWM 16K?
The PWM 16K supports CW and PWM control at 16,000 lm and 21V DC, sized for high-speed photography and scientific testing. The Strobe 24K adds a true strobe mode with 1.5x to 2x intensity gain over CW, runs at 55V DC, and is built specifically for ballistic and automotive crash testing where camera-synchronized, high-intensity bursts are required.
10. Can the strobe frequency and pulse duration be customized on the Strobe 24K?
Strobe mode supports customizable frequencies to synchronize with high-speed camera triggers. Contact BrightLumen’s engineering team to confirm pulse width and frequency range for your specific camera and test setup.
11. What is the typical lead time for ordering the BrightLumen Strobe 24K?
Lead time depends on order volume and any customisation to beam angle, strobe timing, or mounting. Contact BrightLumen’s sales team for a current quote with delivery timeline for your configuration.
Get Pricing and a Datasheet for the BrightLumen Strobe 24K
Talk to BrightLumen’s engineering team for application-specific guidance, lead times, and pricing on the Strobe 24K.