UV Germicidal Lamp

Description: Ushio proudly introduces the world’s first Mercury-free Germicidal lamps. Applications of these lamps include pesticide dissolution, deodorizing refrigerators, and disinfecting more efficiently than mercury lamps. FEATURES & BENEFITS Effective Germicidal UV

• Features: UV Lamps

Description: USHIO Germicidal lamps are Low-Pressure Mercury-Arc lamps that emit radiation peaking at 253.7nm(UV-C). This output at 253.7nm is highly effective to inactive microorganisms such as algae, bacteria, virus, yeast and mold. Designed by experienced engineers, an by using

• Lamp Power: 2.3 to 65 watts
• Rated Average Life: 3,000 to 9,000 hours
• Maximum Overall Length: 2.42126115 to 61.1811354 inch
• Base Type: 4-Pin (Circling), Miniature Bi-Pin

Description: Ultraviolet Disinfection System Detector UV water disinfection systems are only as good as the effectiveness of the germicidal lamps. With time, even the best UV water treatment system will show a significant degradation in its ability to disinfect water.

• Wavelength Range: 200 to 320 nm
• Display Type: None
• Sensor Output: Power

Description: The ACGIH and ICNIRP threshold limit for 8 hour continuous exposure to UV-C radiation at 254 nm is 6 mJ·cm-2 (60 J·m-2), and proper installation of well engineered UV-C systems meet this criteria. However, there have been incidents of poor installations resulting in accidental

Description: USHIO Germicidal lamps are Low-Pressure Mercury-Arc lamps that emit radiation peaking at 253.7nm (UV-C). Designed by experienced engineers, and by using quality material in combination with a tightly controlled manufacturing process, we provide high quality lamps

• Lamp Power: 2.3 to 39 watts
• Rated Average Life: 3,000 to 9,000 hours
• Maximum Overall Length: 2.42126115 to 61.1811354 inch

Description: emitters covered by UL 61010-1 and CSA C22.2 No. 61010-1; b) UV germicidal equipment and systems covered by UL 8802, Standard for UV Germicidal Equipment and Systems. 1.6 These requirements address risk of personal injury due to overexposure to UV emissions. To

Description: emitters covered by UL 61010-1 and CSA C22.2 No. 61010-1; b) UV germicidal equipment and systems covered by UL 8802, Standard for UV Germicidal Equipment and Systems. 1.6 These requirements address risk of personal injury due to overexposure to UV emissions. To

Description: cover: a) UV Germicidal Equipment - These devices emit uncontained UV energy into the surrounding area while the space or room being treated may be occupied. The UV overexposure risk may be mitigated by one or more safeguards. Examples of such safeguards include a fixed

Description: cover: a) UV Germicidal Equipment - These devices emit uncontained UV energy into the surrounding area while the space or room being treated may be occupied. The UV overexposure risk may be mitigated by one or more safeguards. Examples of such safeguards include a fixed

Description: 64 INCH NOMINAL LENGTH 65 W WATTAGE T5 LAMP TYPE 9000 LIFE IN HOUR FA8 1 PIN LAMP BASE BULB MATERIAL CLEAR UV TRANSMITTING GLASS UVC OUTPUT POWER 22 W

• Lamp Power: 65 watts
• Rated Average Life: 9,000 hours
• Maximum Overall Length: 64 inch
• Base Type: Bi-Pin T-5

Description: Cost effective lamp processing is made possible by providing high dimensional accuracy in conjunction with the ability of direct glass to metal seals. Not only does SCHOTT provide tubing for Germicidal lamps it also produces glass for the respective sleeve tubing. In addition,

Description: Orbitec 130017 Germicidal Lamp

• Maximum Overall Length: 17.2441038 inch
• Features: UV Lamps

Description: A new UV lamp monitor can reduce maintenance costs by determining exactly when germicidal lamps in wastewater treatment plants need to be serviced. Since most plants have no way to determine when buildup on lamps has reduced their effectiveness, they are typically

• Wavelength Range: 210 to 380 nm
• Mounting / Environment: Portable

Description: Philips 75W Germicidal* Sterilamp® T-5 Fluorescent Lamp with Single Ended 4-Pin Base. Produces UV-C radiation (harmful to eyes and skin) for sterilization applications. (diameter 5/8", length 62"). Sold in 4-Packs, Priced Per Bulb.

• Lamp Power: 75 watts
• Rated Average Life: 9,000 hours

Description: Philips 145W Germicidal* Sterilamp® T-5 High Output Fluorescent Lamp with Single Ended 4-Pin Base. Produces UV-C radiation (harmful to eyes and skin) for sterilization/disinfection applications. (dia 5/8", lnth 62"). Sold in 4-Packs, Priced Per Bulb.

• Lamp Power: 145 watts
• Rated Average Life: 9,000 hours

Description: IEC 60068-2-87:2024 describes exposures of materials and components to UV-C radiation during ultraviolet germicidal irradiation (UVGI) treatments or other processes that require UV‑C exposure and test procedures to simulate those environments. Severities representing various

Description: A new UV lamp monitor can reduce maintenance costs by determining exactly when germicidal lamps in wastewater treatment plants need to be serviced. Since most plants have no way to determine when buildup on lamps has reduced their effectiveness, they are typically

• Wavelength Range: 210 to 380 nm
• Display Type: None
• Sensor Output: Power

Description: UV Explosion Proof UV Fluorescent Light Fixture is U.S./Canada U.L. approved Class 1 Division 1, Class II Division 1. This fixture uses a special ballast and bulb combination to produce ultraviolet light. This lamp is T6 rated and ideal for hazardous locations where UV

Description: air travels parallel to the UV lamp. Unavailable for sale in California. Does not meet California requirements.

• Technology: Portable, Ultraviolet Germicidal Irradiation (UVGI)
• Application: Residential

Description: our manufacturing process. This results in precision filling technology making our lamps virtually free of impurities, thus preventing early blackening of the lamp. USHIO UV Emitters are designed to achieve optimized output in the UVC range making them useful as components for

• Lamp Power: 1,000 to 26,400 watts
• Maximum Overall Length: 8.4645715 to 91.732333 inch
• Features: UV Lamps

Description: LED lamp products. This document provides requirements for: optical radiation safety assessment and ultraviolet-product risk groups; user information for safety measures; appropriate labelling of ultraviolet lamp products. This document addresses those lamps and lamp

Description: 1.1 This practice will define test conditions to evaluate ultraviolet germicidal irradiation (UVGI) light devices (mercury vapor bulbs, light-emitting diodes, or xenon arc lamps) that are designed to kill/inactivate microorganisms deposited on inanimate carriers. 1.2 This practice

Description: 1.1 This test method defines test conditions to evaluate ultraviolet germicidal irradiation (UVGI) light devices (mercury vapor bulbs, light-emitting diodes, or xenon arc lamps) that are designed to kill/inactivate influenza virus deposited on inanimate carriers. 1.2 This test method

Description: The Odor-Wall uses the power of the sun’s UV rays to help reduce terpene odors by up to 99% in cannabis cultivation exhaust ducting. Applying a patented technology with high-intensity UV lamps installed in a diagonal arrangement inside the duct, outstanding results are achieved

• Technology: Ultraviolet Germicidal Irradiation (UVGI)

Description: The HRV-F is designed to purify air brought in through an ERV/HRV unit. This purifier is designed to be spliced into the ducting leading to the ERV/HRV for the purification of molds, viruses, bacteria commonly brought in through the ERV/HRV. The unit is equipped with a high intensity UV

• Application: Commercial
• Technology: Ultraviolet Germicidal Irradiation (UVGI)

Description: also designed to help reduce smoke buildup by continuously drawing air through a UV chamber. The controller automatically turns on and off a second lamp to actively deal with the increase or decrease of smoke. Ash will be captured on the filters, nicotine droplets will be

• Application: Commercial
• Technology: Ultraviolet Germicidal Irradiation (UVGI)

Description: CIE 134-1999 ISBN 978 3 900734 94 7 This volume contains short Technical Reports prepared by various Technical Committees within CIE Division 6. 134/1 TC 6-26 report: Standardization of the Terms UV-A1, UV-A2 and UV-B The terms UV-A, UV-B and UV-C were