Air Cooled UV LED Linear Curing System
Product model: AFL-200x10
This high-performance ultraviolet lamp light source is designed for optical fiber and industrial precision curing. The system consists of a controller and an irradiator head (single controller can drive multiple heads).
Key Features of Controller
- External signal controls UV irradiation via MCU, PLC, or scanner.
- Status LEDs for real-time monitoring (Start, Stop, Working, Alarm).
- RS232 interface for parameter programming and software updates.
- Direct lighting control via foot switch or sensor terminals.
Advantages of UV LEDs
- No infrared radiation; ideal for heat-sensitive materials.
- Fast response with instant on/off capabilities (no warm-up needed).
- Customizable spectra for safe and rapid curing processes.
Frequently Asked Questions
Q: What are the main advantages of a UV LED curing system compared to mercury lamps?
A: UV LED systems offer a significantly longer lifespan (20,000+ hours), lower energy consumption, instant on/off without warm-up time, and are environmentally friendly as they are ozone-free and mercury-free.
Q: Which industries commonly use the AFL-200x10 UV curing system?
A: It is widely used in optical communications, electronics assembly (adhesive curing), automotive part coating, and various printing applications including inkjet and flexo.
Q: Can the emitting window size be customized?
A: Yes, we provide full customization for the emitting window size and peak irradiance levels to match your specific production line requirements.
Q: How do I choose the right power intensity for my material?
A: Power intensity requirements depend on the UV sensitivity of your materials and your desired production speed. Our technical team can assist in determining the optimal specs for your application.
Q: Does the system support automated production lines?
A: Absolutely. The controller features RS232, PLC, and I/O interfaces, allowing for seamless integration into fully automated manufacturing environments.
Q: What is the recommended distance for irradiation?
A: For the AFL-200x10 model, the recommended distance range for optimal peak intensity is approximately 10mm.