Tube Light Wiring Diagram with Capacitor

How Wire the Tube Light?

A tube light or florescent tube wiring is simple but we frequently face the questions with the issues-   how to wire fluorescent lights to plug?, how find double tube light connection diagram, tube light connection with electronic choke, tube light connection with choke and starter, tube light connection with capacitor, how to wire a fluorescent light fixture with a diagram?, how to assemble tube light? and so on.

Okay, let’s know first why florescent tube still need where CFL lamps; LED lamps are available. Actually, CFL and LED lighting products are produced in large scale but LED lights cannot replace tube lights thoroughly, because the tube light gives smooth bright light, but till now LED can’t.

Low pressure mercury vapor gas discharge lamp or the tube light is called as fluorescent light and mostly produce white light that can lights last longer than CFL or LED.

Schematic Wiring Diagram for Two Tube Light with One Ballast (Choke).

Two Tube Light with One Ballast wiring diagram
Fig-1: Two Tube with One Ballast (Choke) wiring diagram



Here in this tube light wiring diagram you will find two fluorescent tubes are connected with one Choke or ballast, two separate starters are used for each tube and finally connected to 230V power supply through a switch to ON/OFF both tubes together.

Working Principle of Tube Light

Making a real tube light connection following the above wiring connection, tube light, ballast, starter and fluorescent light required. 

Each fluorescent tube has two filaments with four terminals;  the starter is connected between two filaments, the ballast is connected between main AC supply and one filament in the tube light.

Here  another terminal in tube light is directly connected to the AC supply. 

To ionize the mercury atoms in the tube light starter element is used, after the ionization operation of starter is does not need for fluorescent lamp. 

The ballast employed to convert the AC supply frequency to high frequency and the ballast regulates the supply given to the tube light.

What is Ballast or Choke? and How Does it Work for Tube Light?

Florescent Tube Choke
Fig-3:Typical Florescent Tube Choke
This is a well known typical tube light ballast; this electric device actually produce high voltage by using low frequency AC voltage that helps the tube light mercury vapor gas to ionized.  After ionizing, this ballast or choke reduces the output voltage level.

Means in a fluorescent lighting system, the ballast regulates the current to the lamps and provides sufficient voltage to start the lamps.

What happen without Choke? ( ''I am not sure this CHOKE means coca-cola or eyes'')
Anyway, without a ballast in tube light, to limit its current, a fluorescent lamp connected directly to a high voltage power source would rapidly and uncontrollably increase its current draw.

What is the Tube Starter and How Does Work in Tube Light?

Typical Fluorescent Tube Light Starter
Fig-2:Typical Fluorescent Tube Light Starter 
Fluorescent tubes/lamps are filled with mercury vapor and A choke is a coil of wire. Tubes or lamps use electric charge to excite mercury atoms in order to produce ultra violet light. 

A glow starter or commonly known as starter is used in the tube light circuit to provide an initial current to filaments of the tube light.

The starter placed in parallel to the tube filament each of that contains inside a small neon lamp like setup with fixed contact, a pics of bi-metallic strip and a small capacitor

The Starter Provides initial current flow path to the filament of tube. It becomes inactive after the gas ionization and current flow in the tube.

Tube Light Wiring Diagram with Capacitor

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Florescent wiring diagram with capacitor
Fig-4: Florescent wiring diagram with capacitor
The figure above already explained the wiring diagram of florescent with capacitor. Hope no need farther explanation. Rather we can explain why capacitor is required with florescent connection.

A tube light consists of a filament & a choke coil or inductor coil for the lightening purpose. When this choke get power supply as it's nature we see a delay in its switching action, it happen due to inductor nature. 

  1. Capacitor can reduces this starting time delay;
  2. Capacitor can reduces the radio interference due to switching activity; 
  3. Capacitor can improves the overall power factor of the system.

It is possible to omit the capacitor on the individual lamps and to centralize them in the switch room and automatically switch in as many as required to keep the power factor within acceptable limits.

History of Florescent Lamp

In 1852, Sir George Stokes had discovered transformation of the ultra violate ray radiation into visible radiation.

From this time to 1920 various kinds of experiments had been done to develop the low and high pressure electric discharges in the mercury and sodium vapor. 

Major breakthrough happened in 1920s, ultra violate ray gets converted into the visible light rays by using appropriate fluorescent material inside the lamp.

Later, Dr. W. L. Enfield in 1934 had received a report from Dr. A. H. Crompton about the use of fluorescent coated lamp.

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