Chambre de polymérisation UV moyenne pression à obturation Opsytec BSM-03
Chambre de polymérisation UV moyenne pression à obturation Opsytec BSM-03
SKU:512204
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La chambre de polymérisation UV Opsytec BSM-03 est une solution haute performance pour les procédés de polymérisation, de collage et de traitement de surface par UV sur de grandes surfaces. Dotée d'une puissance UV de 2 kW et d'un système de contrôle précis de l'obturateur, cette chambre garantit une exposition homogène et reproductible pour diverses applications. Son design spacieux et son agencement optimisé la rendent idéale pour les environnements professionnels où la précision, la sécurité et la rapidité sont essentielles.
Ce système, comme la plupart des chambres Opsytec, est unique en son genre car il permet de régler la dose d'UV en fonction de l'application. La plupart des autres chambres permettent uniquement de régler l'intensité et la durée. La BSM-03, quant à elle, est équipée d'un radiomètre intégré (l'UV-Mat) et s'arrête automatiquement dès que la dose souhaitée est atteinte, que l'ampoule moyenne pression soit neuve ou en fin de vie ; vous obtenez ainsi la dose exacte à chaque utilisation.
Cette chambre délivre une irradiance jusqu'à 150 mW/cm², permettant de réaliser la plupart des polymérisations en quelques secondes seulement. Un système d'obturation interne, contrôlé par le tapis UV, assure un dosage précis tout en minimisant le temps d'exposition. Conçue pour la sécurité de l'opérateur, la chambre peut être chargée et déchargée en toute sécurité, même lampe allumée, grâce à un système d'obturation contrôlé et un support d'échantillon coulissant. L'espace intérieur (60 x 40 x 25 cm) peut accueillir des échantillons jusqu'à 20 kg et maintient une température stable d'environ 45 °C pendant le fonctionnement. Son champ d'irradiation uniforme permet un positionnement flexible des échantillons, garantissant une polymérisation fiable et homogène.
Spécifications techniques
- Dimensions de la chambre intérieure : 23,6 x 15,7 x 9,8 pouces
- Dimensions extérieures : 30,3 x 24,4 x 31,5 pouces
- Poids : environ 80 kg
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Consommation électrique :
- 2200 W (irradiation)
- 850 W (veille)
- Caractéristiques électriques : 3 prises 230/400 V CA, 16 A, CEE 400 V 16 A
- Facteur de puissance : 0,9
- Température de fonctionnement : 59°F à 86°F (15°C à 30°C)
- Humidité : < 80 %, sans condensation
- Durée de vie de la lampe : 1 000 à 3 000 heures (typique)
- Nombre de lampes : 1
- Température de l'échantillon : 113°F ± 18°F (45°C ± 10°C)
- Gamme spectrale : 1 spectre standard ; 2 à 4 spectres optionnels
- Irradiance : Jusqu'à 150 mW/cm²
- Types de lampes disponibles : Mercure (Hg), Fer (Fe), Gallium (Ga)
- Commande de l'obturateur : pneumatique, 4–6 bar
- Refroidissement : 1 x DN 100
Gammes spectrales
Fiche technique
Aussi connu sous le nom de :
Aussi connu sous le nom de :
Opsytec Shuttered Medium-Pressure UV Curing Chamber BSM-03
The Opsytec BSM-03 UV Curing Chamber is an advanced large-area UV processing system engineered for high-precision UV curing, bonding, coating, and surface treatment applications. Designed for industrial, laboratory, and research environments, the BSM-03 combines high irradiance performance, intelligent dosage control, and operator-safe chamber architecture to deliver fast, repeatable, and highly controlled UV exposure processes.
Equipped with a powerful 2 kW medium-pressure UV lamp system and integrated UV-MAT irradiation control technology, the BSM-03 automatically regulates UV exposure based on the programmed dosage rather than exposure time alone. This ensures highly consistent curing performance independent of lamp aging, irradiance drift, or process fluctuations.
With irradiance levels up to 150 mW/cm², most curing applications can be completed within seconds while maintaining exceptional repeatability and process reliability.
Intelligent UV Dose Control
Unlike conventional UV chambers that only regulate exposure time and lamp intensity, the BSM-03 continuously monitors actual UV output using the integrated UV-MAT irradiation controller and broadband UV sensor system.
The chamber automatically terminates exposure once the programmed UV dosage has been achieved, ensuring:
- Repeatable curing performance
- Process consistency independent of lamp condition
- Reduced operator variability
- Improved production validation
- Accurate UV exposure control for sensitive applications
This closed-loop dosage control system makes the BSM-03 especially suitable for high-precision industrial and laboratory curing processes.
High-Performance UV Processing
The BSM-03 delivers high-intensity UV exposure with uniform irradiation distribution across the working area, allowing flexible sample positioning and reliable curing performance throughout the chamber.
UV Performance Features
- Irradiance up to 150 mW/cm²
- Fast curing cycles in seconds
- Uniform exposure field
- Integrated broadband UV monitoring
- Multiple spectral configurations available
- Compatible with oxygen-sensitive UV processes
Chamber Design & Operator Safety
The chamber is engineered for safe and efficient operation in demanding environments. An internally monitored pneumatic shutter system allows samples to be loaded and unloaded while minimizing unnecessary UV exposure.
The sliding sample support system enables safe handling during operation while maintaining stable thermal conditions inside the chamber.
Safety & Operational Features
- Pneumatic shutter control
- Internally monitored shutter system
- Sliding sample support tray
- Controlled exposure environment
- Stable operating temperatures
- Reduced operator UV exposure
- Safe loading and unloading procedures
Available Lamp Configurations
The BSM-03 supports multiple medium-pressure UV lamp technologies for different curing and photochemical applications.
Mercury (Hg)
General-purpose broadband UV curing for coatings, inks, adhesives, and industrial UV processes.
Iron Doped (Fe)
Enhanced UVA spectral output for deeper penetration and specialized curing applications.
Gallium (Ga)
Optimized spectral output for advanced photoinitiator systems and specialty UV formulations.
Additional Options
- Ozone-free lamp configurations available
- Multiple spectral ranges available
- Optional spectral customization depending on application requirements
Purgeable Chamber Options
The BSM-03 can be configured with optional purgeable chamber variants designed for inert atmosphere UV processing and oxygen-sensitive curing applications.
Purgeable Chamber UVC
Variant optimized for UVC transmission applications.
Features
- UVC transmission window
- Nitrogen inlet and outlet
- Reflective mirrored internal walls
- Designed for low over-pressure inert processing
- Optimized for oxygen-sensitive UV curing applications
Purgeable Chamber UVA
Variant optimized for UVA transmission applications.
Features
- UVA transmission window
- Nitrogen inlet and outlet
- Reflective mirrored internal walls
- Designed for low over-pressure inert processing
- Optimized for oxygen-sensitive UV curing applications
Purgeable Chamber Specifications
- Outer dimensions: 15.7 x 11.8 x 4.4 in (400 x 300 x 111 mm)
- Reflective mirrored internal surfaces
- Nitrogen inlet and outlet ports
- UVA or UVC optical window configurations
- Designed for low over-pressure operation
Important Notes
- Purgeable chambers are not fully gas-tight or evacuable systems
- Oxygen monitoring at the outlet connection is recommended during operation
Integrated Irradiation Monitoring System
- Integrated UV-MAT irradiation controller
- Broadband UVBB sensor
- Spectral monitoring range: 230–400 nm
- Factory calibration certificate included
- Automatic dosage shutoff functionality
Cooling & Pneumatic System
- Pneumatic shutter operating pressure: 4–6 bar
- Cooling interface: 1 × DN 100
Applications
- UV adhesive curing
- UV coating curing
- Optical bonding
- Electronics encapsulation
- Industrial UV processing
- Automotive materials testing
- Research and laboratory UV exposure
- Oxygen-sensitive curing processes
- Inert atmosphere UV curing
- Advanced photochemical processing
Technical Specifications
Chamber Specifications
| Specification | Details |
|---|---|
| Interior dimensions | 23.6 x 15.7 x 9.8 in (600 x 400 x 250 mm) |
| External dimensions | 30.3 x 24.4 x 31.5 in (770 x 620 x 800 mm) |
| Maximum sample weight | 44 lbs (20 kg) |
| Chamber weight | Approx. 176 lbs (80 kg) |
| Sample temperature | 113°F ± 18°F (45°C ± 10°C) |
| Operating temperature | 59°F to 86°F (15°C to 30°C) |
| Humidity | < 80%, non-condensing |
Electrical Specifications
| Specification | Details |
|---|---|
| Power consumption during irradiation | 2200 W |
| Stand-by power consumption | 850 W |
| Electrical requirements | 3 × 230/400 VAC, 16 A |
| Connection type | CEE 400V 16A |
| Power factor | 0.9 |
UV System Specifications
| Specification | Details |
|---|---|
| UV source power | 2 kW |
| Number of lamps | 1 |
| Lamp lifetime | 1,000 to 3,000 operating hours |
| Irradiance | Up to 150 mW/cm² |
| Spectral configurations | Standard plus optional spectral variants |
| Available lamp technologies | Hg, Fe, Ga |
Spectral Ranges
Purgeable Insert
Technical Data Sheet