Electromagnetic

Simple electromagnetic ballasts GIB, MARI for discharge lamps from 70 to 1000W. Ballasts without regulation, with terminal block, suitable for HPS and MH lighting.

The electromagnetic ballast consists of a starter, a choke (transformer) and a capacitor. It is equipped with a thermal fuse against overheating. The low-frequency ballast includes a terminal block for connecting the input voltage from the mains and a socket with a discharge lamp. This type operates at a low frequency in the order of Hertz (Hz), while the digital ballast operates in the order of kiloHertz (kHz).

A sufficiently long cable with a mains plug must always be purchased with the ballast. Therefore, the most advantageous purchase is a complete lamp (ballast, lamp, shade, accessories, cable).

You can see the wiring diagram of the electromagnetic ballast in the attached image. This device may only be installed and handled by a person who meets the requirements of Decree No. 50 on occupational safety. Only connect the completely assembled assembly to the network.

Electromagnetic ballasts for HPS and MH lamps

This type of conventional ballast is significantly cheaper than digital ballasts. Both types are suitable for HPS and MH lamps, i.e. for growing plants in the growth and flowering periods. The offer includes 70W, 100W, 150W, 250W, 400W, 600W, 750W, 1000W ballasts from GIB Lighting and MARI.

Low price, decent service life, and decent performance are the main advantages of electromagnetic ballasts. A thermal fuse and overheating protection are standard. The disadvantages are more complex wiring, higher weight, longer time to start the discharge lamp, and lower lighting efficiency. You cannot even regulate the output of the discharge lamps with these conventional ballasts.

Some modern types of discharge lamps are not suitable for these ballasts. Remember that these are sensitive and potentially dangerous electrical devices. Do not allow direct contact with water, do not allow high humidity, protect from improper handling and mechanical damage. Always follow the manufacturer's instructions. Always disconnect from the mains when handling.