Fluorescent lamp identification

Hold the lamp by its glass tube and find its identification number near the ends of the lamp , where the electrical connection is located. An example of a standardized. Circular lamps are, as you’d expect, fluorescent tubes moulded into a circular shape and are available in Tand Tdiameters. They are usually used for commercial purposes in ceilings and wall mounts in retail, offices and hospitality applications. Lamps are typically identified by a code such as FxxTy, where F is for fluorescent , the first number (xx) indicates either the power in watts or length in inches, the T indicates that the shape of the bulb is tubular, and the last number (y) is the diameter in eighths of an inch (sometimes in millimeters, rounded-up to the nearest millimeter).

It is customary to mark lamps with information concerning their date of production and the manufacturing site, which can be of great value to aid in the identification of historic examples.

The markings are sometimes applied in coded format owing to the limited space available, as well as to avoid the necessity for frequent changes of the marking plates. Tfluorescent tubes are compact and easy to install, making them the ideal way to light-up kitchen counters and worktops. Find the Newest Product.

Whether purchasing new or replacement fluorescent lamps or tubes for offices, industrial or commercial premises, we stock an extensive selection of lighting options for you to browse. The interaction between Hg and components in fluorescent lamps was studied using electron spectroscopy for chemical analysis (ESCA) and sputtered neutral mass spectrometry (SNMS). Linear fluorescent lamps typically include a “T” in the shape abbreviation with a number following it.

This “T” stands for tube and the number that follows is the diameter of the tube, which is divided into to translate into inches. A fluorescent lamp , or fluorescent tube, is a low-pressure mercury-vapor gas-discharge lamp that uses fluorescence to produce visible light.

An electric current in the gas excites mercury vapor, which produces short-wave ultraviolet ligh. OSRAM is proud to offer an innovative selection of advanced lighting technologies We are also proud to have two iii Table of Contents The Future of Lighting is Being Created A Century of Illumination Living and Complying with Efficacy standards and the phase-out of incandescent lamps Made Here. There are two lamp families that work with a ballast –– HID and fluorescent. Magnetic ballasts are actually the older ballast technology. TCP continues to reduce the amounts of TCP continues to reduce the amounts of mercury used in fluorescent products.

CFLs combine the energy of fluorescent lighting with the convenience and popularity of incandescent fixtures. A fluorescent lamp is a gas-discharge lamp that uses electricity to excite mercury vapor in argon or neon gas, resulting in a plasma that produces short-wave. As a result, the color temperature detection circuit is operated in the fluorescent lamp mode and the output signal from. Emit ultra-violet rays that make white fabrics fluorescence, glow brightly. Sometimes it’s not easy to pick the right fluorescent tube for your application.

Here’s a rough guide to help you choose. This data sheet covers fluorescent lamp types excluding compact fluorescent (integrated and pin-based). Safeline lamps are encased in a Polyethylene Terephthalate (PET) heat shrinkable tubing manufactured by EncapSulite Internatio. A lighting ballast helps to safely start and operate lamps such as HID and fluorescent lamps.

They provide it with the correct voltage for start-up and the running of the lamp. The original tube turned to be 18W tube with Gbase. The rated life is the time by which half the bulbs have failed.

Identification of fluorescent lamp ballasts containing PCBs.

A lamp left on continuously will probably outlast its rated life. The more often a fluorescent is switched on and off, the shorter its life and the faster it dims. D fluorescent lamps provide you with a great low energy lighting solution. GE’s compact fluorescent lamps give you more light and less heat, converting up to of the electricity they use into light (incandescent lamps convert just into light and the remaining into heat). Because they use less energy you pay les.

American manufacturers are using some type of green markings for identification. Philips Lighting “Alto” lamps have green end caps. The ballast in a fluorescent lighting system is the part of the light fixture that controls the starting of the lights and the operation and control of the lights once they are on. Two types of fluorescent light ballasts are commonly in use. Get this from a library!

The first type is the magnetic ballast found in many 4- and 8-foot shop light systems, which is often used with Tfluorescent lights. It is filled with an inert gas typically argon which acts as conductor and also consists of mercury liquid. Online shopping from a great selection at Lighting Store.

The fluorescent lamp is a major advancement and a commercial success in small-scale lighting since the original tungsten incandescent bulb. These bulbs are highly efficient compared to incandescent bulbs. Fluorescence is the phenomenon in which absorption.

Most compact fluorescent lamps and most 4-foot T(1-inch diameter) lamps are triphosphor lamps. Triphosphor lamps come in various warm and cool shades, usually designated by color temperature. This is the temperature that an ideal incandescent radiator would be heated to in order to glow with a similar color.

Today, these lamps have become almost a universal standard in office and other lighting applications. The characteristics of fluorescent lamps vary widely according to the lamp typ. The reference material in these headings may help you in confirming fluorescent lamp specifications and in ordering products. Lamps are grouped by product line, then into groups according to wattage, bulb shape and size, and base. The starter is there to help the lamp light.

Learn about fluorescent starters.