Zirqle LED Engine UV-A 365nm Protected (24 Volt, 108 LEDs, 2835, IP64)
Technical specifications
24V | |
---|---|
5cm | 32.08 W/sqm |
10cm | 12.55 W/sqm |
15cm | 6.21 W/sqm |
20cm | 3.74 W/sqm |
25cm | 2.39 W/sqm |
30cm | 1.75 W/sqm |
24V | |
---|---|
5cm | 422.7 W/sqm |
10cm | 175.8 W/sqm |
15cm | 87.05 W/sqm |
20cm | 52.53 W/sqm |
25cm | 34.47 W/sqm |
30cm | 24.5 W/sqm |
- By combining Pulse Mode with Real-Time Monitoring, the efficiency of LED systems can be increased, resulting in higher output.
- We have the expertise and equipment to perform measurements tailored to the specific requirements of the application.
Symbol | Function |
---|---|
V+ | V+ |
GND | Ground |
NTC | NTC sensor |
NTC_GND | NTC ground |
Beta value: 3950
Product description
The Zirqle LED Engine UV 365 nm (Protected, 24 V) is a semi-finished aluminum PCB module, designed for engineers and OEMs who need high-intensity UV-A output for demanding industrial, medical, forensic, or R&D applications. Delivered as a light-emitting core, it provides full freedom in housing, optics, and thermal design.
Equipped with 108 × 2835 SMD LEDs, an industrial silicone coating for IP64 protection, and an integrated NTC sensor, the module ensures stable and long-term performance. When paired with the MaNima Pollux Industrial System, it becomes a complete UV-A solution, supporting pulsed operation, thermal monitoring, and advanced automation integration.
Key Specifications
Property | Value / Description |
---|---|
Type | LED Engine – semi-finished PCB module |
LEDs | 108 × 2835 SMD LEDs |
PCB base | Aluminum |
PCB protection | Industrial silicone coating (IP64) |
Dimensions | 200 × 20 × 3 mm (slightly thicker for higher output) |
Supply | 24 V DC / ~30 W |
Wavelength | 365 nm UV-A |
Irradiance (5 cm) | ~650 W/m² |
PPFD (5 cm) | Not applicable (outside PAR range) |
Illuminance (5 cm) | Not applicable (UV not visible to human eye) |
Beam angle | 120° |
Thermal monitoring | Integrated NTC sensor (5 kΩ, β = 3950) |
Applications
- High-speed UV curing – rapid polymerization of inks, resins, adhesives, and coatings, ideal for high-throughput industrial processes.
- Strong fluorescence excitation – enables forensic analysis, biological imaging, and high-contrast security marking detection.
- Document & security verification – exposes hidden inks, counterfeit features, and tamper-proof markings with superior contrast.
- Inline industrial quality control – supports detection of surface defects and impurities at higher production speeds.
- Medical diagnostics & dermatology – allows shorter exposure times for Wood’s lamp techniques in skin condition detection.
- Photocatalytic activation & sterilization – accelerates photocatalytic processes and supports disinfection in surface, air, and water treatment.
- Environmental & agricultural monitoring – stronger fluorescence enables non-destructive analysis of crop health, water purity, and food safety.
R&D & spectroscopy – high-intensity UV-A reference source for calibration, device testing, and scientific research.
Benefits for Engineers
- Very high UV-A output – ~650 W/m² at 5 cm for demanding applications
- Semi-finished module – perfect for OEM and R&D integration
- Pollux compatibility – enhanced control, pulsing, and thermal safety feedback
- Design freedom – customizable housing, optics, and cooling systems
- Thermal reliability – integrated NTC ensures safe and long-term use
- Scalable system – multiple modules can be combined for larger setups
- Industrial durability – IP64 silicone coating for robust environments
Integration with MaNima Pollux Industrial System
- Real-time NTC thermal feedback
- Pulse/strobe modes for boosted UV-A efficiency
- Overheating protection while ensuring maximum irradiance
- PLC/SCADA compatibility for industrial automation
- Open UDP API for advanced system integration