Strong UV Radiation Sensors – UV-Cure-HT
The UV-Cure-HT from SGLUX GmbH is a high-temperature, high-intensity UV radiation sensor developed for demanding industrial environments such as...
Strong UV Radiation Sensors – UV-Cure-HT
UV-Cure-HT – High-Temperature UV Radiation Sensor for Extreme-Power Curing, Coating and Industrial Process Applications
The UV-Cure-HT from SGLUX GmbH is a high-temperature, high-intensity UV radiation sensor developed for demanding industrial environments such as UV curing, coating, printing, and semiconductor processing.
It features a Silicon Carbide (SiC) photodiode and heat-resistant optics capable of continuous operation up to +180 °C ambient temperature.
Designed for UV irradiance levels up to 20 W/cm², it provides precise, linear voltage output across the 200 – 400 nm spectral range.
The rugged, sealed stainless-steel housing ensures long-term stability under thermal, mechanical, and optical stress.
Factory-calibrated to NIST/PTB standards, the UV-Cure-HT guarantees traceable accuracy for lamp qualification, process control, and performance validation.
Its temperature-compensated amplifier and solar-blind response make it the perfect choice for inline curing-lamp monitoring, process automation, and industrial reliability assurance.
Understanding Strong UV Radiation Sensors - UV-Cure-HT
The UV-Cure-HT is purpose-built for monitoring extreme UV intensity and temperature in industrial curing systems.
It converts UV energy into a stable, linear electrical signal that represents real-time irradiance.
Thanks to its SiC-based detector and high-temperature isolation, the sensor maintains calibration accuracy even in oven-like curing chambers or near quartz lamps.
It provides rapid (< 1 ms) response and consistent output unaffected by visible or infrared radiation.
This enables precise feedback control in automated curing, coating, and optical-adhesive production lines, where standard UV sensors cannot survive long-term exposure.
Technical Specifications
| Feature | Specification |
| Function |
High-intensity UV irradiance sensor for high-temperature curing environments
|
| Detector Type |
Silicon Carbide (SiC) solar-blind photodiode
|
| Spectral Range |
200 – 400 nm (UVC + UVB + UVA)
|
| Peak Wavelength | 280 nm |
| Measurement Range |
0.1 mW/cm² – 20 W/cm²
|
| Output Signal |
0 – 5 V DC (linear with irradiance)
|
| Accuracy | ±5 % of reading |
| Response Time | < 1 ms |
| Visible/IR Rejection |
> 10¹⁰ (Smax/S>405 nm)
|
| Temperature Compensation | Active circuit built-in |
| Max. Operating Temperature | #ERROR! |
| Standard Operating Temperature | −40 … +180 °C |
| Housing |
Stainless-steel (IP67) sealed
|
| Connector Type |
Heat-resistant M8 / custom cable
|
| Power Supply | 5 – 24 V DC |
| Power Consumption | < 30 mW |
| Calibration | NIST / PTB traceable |
| Dimensions |
Ø 22 mm × 80 mm sensor body
|
| Compatibility |
SENSOR MONITOR 5.0 / VOLTCON / SGCD4 systems
|
| Applications |
UV curing, high-temp coating, printing, semiconductor and optical process control
|
Key Features and Advantages
High-Temperature Endurance
Designed for environments reaching +180 °C, the UV-Cure-HT operates where conventional UV sensors degrade rapidly.
Extreme-Intensity Measurement
Handles irradiance levels up to 20 W/cm², ideal for mercury-vapour lamps and high-power UV-LED arrays.
Solar-Blind Accuracy
SiC technology guarantees exclusive UV detection with complete rejection of visible / IR radiation (> 10¹⁰), ensuring pure spectral accuracy.
Thermal and Optical Stability
Metal-encapsulated construction provides excellent heat conduction and mechanical robustness, maintaining calibration over long production cycles.
Fast and Linear Output
Delivers instant (< 1 ms), linear 0–5 V output for real-time process monitoring and feedback control.
Traceable Calibration
Each unit is factory-calibrated to NIST/PTB for guaranteed repeatability and global measurement reliability.
Integration and Durability
Easily connects with SGLUX SENSOR MONITOR 5.0 or VOLTCON amplifiers, and withstands high humidity, vibration, and UV exposure.
Maintenance-Free Performance
Solid-state SiC detector and stainless housing ensure years of operation without sensitivity drift.
The UV-Cure-HT is a professional-grade, high-temperature UV sensor delivering long-term accuracy and stability for industrial curing and optical-process monitoring systems.
Applications Across Industries
Industrial UV Curing Systems
Used for lamp-output calibration and closed-loop intensity control in high-power curing lines.
Coating and Printing Industries
Ensures precise UV dosage for inks, lacquers, adhesives, and varnishes under elevated-temperature conditions.
Semiconductor Manufacturing
Monitors photoresist exposure and UV bake processes with traceable accuracy.
Optical and Medical Device Assembly
Used in UV-curable bonding of optical lenses and biocompatible adhesives requiring thermal stability.
Automotive and Aerospace Production
Validates UV coating uniformity and curing efficiency on composites and painted surfaces.
Lamp and LED Qualification Labs
Ideal for testing UV sources at high temperature and intensity for R&D and QA.
With its thermal endurance, solar blindness, and traceable calibration, the UV-Cure-HT guarantees reliable measurement in the most extreme curing and coating environments.
Why Choose United Spectrum Instruments?
-
Exclusive distributor of SGLUX UV-Cure-HT in India
-
Expertise in high-temperature UV curing and photonic process control
-
Local calibration traceable to NIST/PTB standards
-
Competitive solutions for OEM production lines and industrial automation
-
Nationwide technical support, integration, and after-sales service
FAQs
What makes UV-Cure-HT different from UV-Cure_plus?
UV-Cure-HT is built for high-temperature (+180 °C) and extreme UV intensity environments.
Can it be used with UV-LED and mercury lamps?
Yes – its broadband 200–400 nm range covers both technologies.
Is the sensor calibrated?
Yes – each unit is factory-calibrated to NIST/PTB standards for traceability.
Does it require external cooling?
No – its design withstands direct exposure to high temperatures without active cooling.
How does United Spectrum support Indian customers?
Through local integration, technical consultation, and nationwide after-sales service for industrial UV process monitoring.
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FAQs
What makes UV-Cure-HT different from UV-Cure_plus?
UV-Cure-HT is built for high-temperature (+180 °C) and extreme UV intensity environments.
Can it be used with UV-LED and mercury lamps?
Yes – its broadband 200–400 nm range covers both technologies.
Is the sensor calibrated?
Yes – each unit is factory-calibrated to NIST/PTB standards for traceability.
Does it require external cooling?
No – its design withstands direct exposure to high temperatures without active cooling.
How does United Spectrum support Indian customers?
Through local integration, technical consultation, and nationwide after-sales service for industrial UV process monitoring.
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