Spectroline Es-160/FBE UV Lamp

• Leak detection in industrial systems, such as HVAC and fluid power.
• Non-destructive testing (NDT) for surface crack and defect identification using fluorescent penetrants.
• Curing of UV-sensitive adhesives, coatings, and resins in manufacturing and repair.
• Forensic examination and authentication in security and archival settings.
• Sterilisation and disinfection in laboratory and medical environments.

UV Wavelength

Typically long-wave UV-A (around 365nm) for this class of handheld lamp.

Power Output

Commonly features a 6W UV tube, providing sufficient intensity for inspection tasks.

Power Supply

Units of this type are often mains-powered, typically 120V or 230V, or battery-operated for portability.

Form Factor

Handheld and portable, designed for ease of use in various inspection scenarios.

Housing Material

Typically constructed from durable plastic or metal to withstand industrial use.

Lamp Type

Utilises a fluorescent UV tube, which provides a broad and consistent UV output.

• What is the primary application of a long-wave UV lamp like this?

  Long-wave UV lamps are primarily used for applications requiring fluorescence, such as leak detection with fluorescent dyes, non-destructive testing, and curing of UV-sensitive materials.

• Is this unit suitable for continuous operation?

• What safety precautions should be taken when operating a UV lamp?

• Can this lamp be used for germicidal applications?

• Are replacement UV tubes readily available for this model?

Quantitative detection systems are regarded as essential tools in analytical laboratories, valued for their precision and reliability in measurement applications. When purchasing used equipment, buyers typically prioritize thorough calibration records, maintenance history, and overall physical condition. Industry practice emphasizes verifying that original documentation and software licences accompany the instrument. These systems demonstrate strong longevity when properly maintained, making used purchases viable for cost-conscious operations. Key considerations include detector sensitivity specifications, electronic component functionality, and compatibility with existing laboratory infrastructure.

General overview for this equipment type