The Best Grow Light Ballasts

With indoor cannabis growing, one of the things you’ll require is grow lights, and for grow lights to work properly, they need different components, including ballasts.

Grow light ballasts typically regulate the level of electricity that flows into the lamp. Without grow light ballasts, the lamps are at risk of emitting excessive energy or failing.

By ensuring that the grow light ballasts you’re relying on are the best fit, you enhance the light output, and you improve the lifespan of the grow light system.

It’s recommended to buy complete grow light kits, which include new ballasts, as opposed to making do with some old grow light ballasts.

You can get quality grow light ballasts via the link below.

Shop Grow Light Ballasts

Traits of Quality Grow Light Ballasts

Using the right grow light ballasts is a huge factor in enhancing plant health and yield. The following are some of the characteristics of quality grow light ballasts.

1. Protection Mechanism

Ballasts have the function of regulating the energy that flows into the lamp, and by the nature of their work, ballasts are susceptible to electric trauma. Quality ballasts incorporate designs that safeguard them against overheating, short circuits, ignition failures, and lamp deaths.

2. Great Efficiency

The efficiency of grow light ballasts reflects on the light output. Low quality ballasts typically destabilize energy flow, and cause the light to be uneven. Quality grow light ballasts provide consistent performance, thus boosting lamp efficiency.

3. Easy to Assemble

Quality grow light ballasts are typically easy to fix and use. Their solid build doesn’t take away from ease of assembling. And so, whether you’re growing hemp and marijuana plants for commercial aims or personal use, it’s pretty easy to use the light ballasts.

How Ballasts Work

When buying grow light ballasts, you have to choose one of these two designs; the magnetic or electronic ballasts.

Although both of them are usable, they make for different experiences, and you need to understand how either ballast may affect the efficiency

Magnetic ballasts usually consist of steel plating, metallic coils, a starter and a condenser. Magnetic ballasts rely on the magnetic fields activated in the coils.

Magnetic ballasts can lead to loss of energy, and some magnetic ballasts can cause the temperatures to go up within the grow room.

Electronic ballasts are more efficient compared to magnetic ballasts. Electronic ballasts feature a microprocessor that manages the circuit and ensures consistent discharge.

Most commercial growers go for electronic ballasts as they are high-performance, and support the production of quality light energy, thus aiding cannabis photosynthetic capacity.

The following are some of the reasons why electronic ballasts are considered more efficient:

  • Lighter than magnetic ballasts
  • Easy to install
  • Minimal heat production
  • Dimmable features

Things to Consider in Choosing Grow Light Ballasts

The following are some of the factors to consider when buying grow light ballasts:

Lamp model: some lamps don’t even require ballasts, as they have ballasts installed in the lighting system and reflector. You need to consider the lamp type to choose the ideal light ballasts.

Start methods: grow light ballasts have varied start methods including preheat start, rapid start, instant start, and programmed start. Prebuilt start ballasts rely on an inbuilt circuit, and upon filament heating, the suitable voltage is released into the lamp. Rapid start ballasts involve filament preheating before turning the lamp on. Instant start ballasts are characterized by the lights turning on immediately. Programmed start ballasts are late model, and are designed to preserve lamp lifespan by modifying lights turning on.

Ballast factor: this refers to the lumen output of the grow light system. A low ballast factor means low energy consumption and low light output whereas a high ballast factor means a greater level of energy consumption and a greater level of light output.