LUDRE STROBE HIGH POWER 1 CH 10 A LED DRIVER

TECHNICAL SPECIFICATIONS
The Number of Output (Output) : 1 Channel
Output Voltage & Current: 10 A, 36 V
Total Output Power: 15 Watt
Input Voltage: 48 V, 2 A
Cut-off Time: 0,15k µs
Timing Input: Optical Isolated 5-32 V
Integrated Voltage Upgrade: None
Computer Control: None
Thermal Protection: None
Continuous Operation Mode: None
External Voltage Supply: Have
Dimensions: 15 cm x 11,2 cm x 5,1 cm

PRION STROBE  LED DRIVER MACHINE VISION LIGHT DRIVER

Our strobe drivers, developed for applications requiring high precision and control in machine vision systems, ensure maximum efficiency in industrial lighting processes. These drivers allow manual or automatic adjustment of light intensity, making them adaptable to various machine vision scenarios. With a pulse mode that operates based on trigger signals from the camera, the light is activated only when needed, optimizing energy consumption and enabling higher light intensities. This feature is particularly beneficial for capturing fast-moving objects with clarity while enhancing image contrast for more accurate analysis. Additionally, our strobe drivers generate short-duration, high-intensity light pulses, providing stable and uniform illumination during imaging, ensuring reliable and consistent results even in challenging environments. With models offering different voltage and current options, they are compatible with various lighting systems, making them suitable for a wide range of applications.

1. Higher Light Intensity

Strobe drivers can deliver light in short bursts but at high intensity. This is especially beneficial for capturing clear images in low-light conditions or when dealing with fast-moving objects.

2. Reduced Motion Blur

In high-speed imaging, moving objects can appear blurry. Strobe lighting minimizes motion blur by providing brief, intense flashes of light, allowing objects in motion to be captured with sharper details.

3. Higher Contrast and Clearer Images

Strobe lighting ensures that objects are illuminated without interference from ambient lighting. This results in sharper edges and higher-contrast images, making it easier for image processing algorithms to analyze objects accurately.

4. Low Heat Generation and Energy Efficiency

Since strobe lights do not remain on continuously, they generate less heat. This helps prevent overheating during extended use and reduces overall energy consumption.

5. Synchronization with Camera Systems

Strobe drivers can be synchronized with a camera’s trigger signal, ensuring consistent lighting conditions for every captured frame. This is crucial for maintaining uniform image quality.

6. Independence from Ambient Light Conditions

Industrial environments often have varying lighting conditions. Strobe lighting minimizes the impact of ambient light, ensuring that the machine vision system operates reliably in any setting.

7. Ideal for High-Speed Production Lines

In automated production lines, objects move at high speeds, making it difficult to capture clear images. Strobe lighting provides short bursts of high-intensity light, ensuring that each object is imaged under consistent lighting conditions.

Thanks to these advantages, strobe drivers are widely used in quality control, high-speed production lines, barcode/QR code reading, moving object tracking, and robotic systems in machine vision applications.

Kesikli (strobe aydınlatma) için bağlantı ve kamera ayarları;

Dijital I/O Bağlantısı: Kameranın ilgili dijital çıkışı sürücü veya doğrudan aydınlatma ile bağlantısı yapılmalıdır.  

Kamera I/O Ayarları :  Bağlantı yapısına göre çıkış ayarı "high active" veya "low active" seçilmelidir.

Kamera Çıkış Tipinin Ayarlanması : Dijital çıkış fonksiyonu "exposure activate" seçilmeli.

Basler kamera için örnek strobe bağlantısı;