Location
Miami Florida 33166 USA
Phones
(1) 305 704 8548
E-Mail
info@mcscorpusa.com
Free Shipping

Serie UV-400 – Superflood


Serie UV-400 – Superflood

of Spectroline

Description

These super-powerful and versatile lamps have been specially engineered for fluorescent penetrant and magnetic particle inspection, parts degreasing inspections and wash station inspections.

The UV-400A features a concentrated-beam reflector designed to assure the highest concentrated UV-A intensity available. It has a peak steady-state UV-A intensity of 8,000 μW/cm2 within the lamp’s center area, measured at 15 inches (38 cm). The lamp irradiates an area as large as 16” x 10” (41 cm x 25 cm), producing a nominal steady-state UV-A irradiance of not less than 2,000 μW/cm2.

The UV-400B features a unique broad-beam reflector designed to provide NDT inspectors with maximum uniformity of coverage over the largest area. It has a peak steady-state UV-A intensity of 5,000 μW/cm2 within the lamp’s center area, measured at 15 inches (38 cm). The lamp irradiates an area as wide as 27” x 15” (69 cm x 38 cm) with unmatched uniformity, producing a nominal steady-state UV-A irradiance of not less than 2,000 μW/cm2.

Features

  • Powerful, 400-watt metal halide bulb, combined with tempered, heat-resistant low solarization UV filters provide the highest intensity over the largest area
  • Easily mounts over automated magnetic particle systems or above penetrant inspection booths for the most accurate inspections of even the largest parts
  • Unique twin-filter system eliminates hazardous UV-B and UV-C radiation escaping from lamp
  • Compact design and built-in mounting features allow lamps to be positioned anywhere – even in previously inaccessible areas

Description

These super-powerful and versatile lamps have been specially engineered for fluorescent penetrant and magnetic particle inspection, parts degreasing inspections and wash station inspections.

The UV-400A features a concentrated-beam reflector designed to assure the highest concentrated UV-A intensity available. It has a peak steady-state UV-A intensity of 8,000 μW/cm2 within the lamp’s center area, measured at 15 inches (38 cm). The lamp irradiates an area as large as 16” x 10” (41 cm x 25 cm), producing a nominal steady-state UV-A irradiance of not less than 2,000 μW/cm2.

The UV-400B features a unique broad-beam reflector designed to provide NDT inspectors with maximum uniformity of coverage over the largest area. It has a peak steady-state UV-A intensity of 5,000 μW/cm2 within the lamp’s center area, measured at 15 inches (38 cm). The lamp irradiates an area as wide as 27” x 15” (69 cm x 38 cm) with unmatched uniformity, producing a nominal steady-state UV-A irradiance of not less than 2,000 μW/cm2.

  • Powerful, 400-watt metal halide bulb, combined with tempered, heat-resistant low solarization UV filters provide the highest intensity over the largest area
  • Easily mounts over automated magnetic particle systems or above penetrant inspection booths for the most accurate inspections of even the largest parts
  • Unique twin-filter system eliminates hazardous UV-B and UV-C radiation escaping from lamp
  • Compact design and built-in mounting features allow lamps to be positioned anywhere – even in previously inaccessible areas
Spectroline-UV-400-Superflood-mcscorpusa-industry

Subscribe to our contents on topics of importance to the industry

Open chat
1
What do you need?
Hello!

Subscribe to
Download

subscribe to receive promotions and offers, and download the content

You have successfully subscribed to the newsletter

There was an error while trying to send your request. Please try again.

Measurement and Control Solutions Corp will use the information you provide on this form to be in touch with you and to provide updates and marketing.

Apply for information


    By clicking on SEND, you consent to send your data to the companies for which you make a request in order to receive a response to it (Terms and conditions of use).

    Suscribe


      By clicking on SEND, you consent to send your data to the companies for which you make a request in order to receive a response to it (Terms and conditions of use).