Product Description
Machine Vision Diffused Front Light that we are offering is widely acclaimed among our customers owing to its superior design and unmatched quality. It is made in our ultra-advanced production site making the best use of pioneering in-house tools and techniques. Owing to its reliable performance, high energy efficiency, and longevity, we are seeing a huge demand for the Machine Vision Diffused Front Light in the marketplace. it does not degrade in quality or become inferior in the long run. Our customers can approach us to purchase the Industrial Front Light at a budget-friendly price.
Specification
Brand | Univision |
Usage/Application | Machine Vision Systems |
Controller | External strobe command |
Voltage | 24 V DC |
Country of Origin | Made in India |
Source | LED |
Standard | cGMP, US FDA 21 CFR Part 11 compliant |
Advanced Diffused Illumination for Machine VisionEngineered with high-intensity LEDs and a polycarbonate diffuser, the DFL-200 ensures broad, uniform lighting vital for accurate surface inspection and data capture. The wide beam angle minimizes shadows and reflections, supporting detailed analysis in demanding environments like electronics manufacturing.
Built for Reliability and LongevityThe IP54 aluminum alloy housing protects against dust and splashes, while passive cooling and robust components extend operational life up to 50,000 hours. Its design supports continuous automatic inspection, reducing downtime and maintenance in busy industrial workflows.
Flexible Mounting and Industrial IntegrationWith standardized dimensions and integrated mounting holes, the DFL-200 fits seamlessly into diverse machine vision systems. Options for M12 connectors or flying leads facilitate quick installation and compatibility with automation setups. Custom wavelengths and sizes are available to meet specialized requirements.
FAQ's of Machine Vision Diffused Front Light:
Q: How is the DFL-200 Diffused Front Light installed in a machine vision setup?
A: The DFL-200 features integrated mounting holes and is designed for compatibility with various machine vision systems. It can be easily secured in position and connected using either an M12 industrial connector or flying leads, facilitating quick integration into automated inspection lines.
Q: What inspection applications is the DFL-200 suitable for?
A: This diffused front light is optimized for surface defect detection, label and barcode reading, and electronics component inspection. Its uniform, shadow-free illumination enables precise analysis in automation, manufacturing, and quality control environments.
Q: Where can the DFL-200 Diffused Front Light be used effectively?
A: DFL-200 can be utilized in any industrial environment that requires robust illumination for machine vision inspection, including factories, electronics assembly lines, and packaging facilities. Its IP54 ingress protection makes it suitable for areas with exposure to dust and splashes.
Q: What is the benefit of choosing custom LED wavelengths for this front light?
A: Selecting custom LED wavelengths allows users to tailor illumination to specific inspection requirements, improving contrast for different materials or features. This flexibility enhances detection accuracy and supports a wider range of inspection tasks.
Q: How does passive cooling enhance the DFL-200's lifespan and reliability?
A: Passive cooling eliminates moving parts, such as fans, reducing the risk of mechanical failure. Combined with high-quality components, this design helps maintain stable operation and maximizes the LED's rated lifespan of 50,000 hours.
Q: What power source and voltage specification does the DFL-200 require?
A: The DFL-200 operates on a DC power supply with a typical voltage of 24V DC. It is compatible with industrial automation power systems and rated for continuous use at 50/60 Hz via external power supplies if applicable.
Q: When is the DFL-200 the best choice for machine vision illumination?
A: The DFL-200 is ideal when uniform, wide-angle diffused light is needed for shadow-free inspection in automated setups, especially where frequent maintenance is impractical and robust environmental protection is required.