Mini Controller
The Mini-Controller by Faven is a 0-10v dimming option for cultivators who want to control the intensity of their fixtures without using a primary lighting controller. It also allows cultivators to customize the intensity of genetics more sensitive to high light levels. This is a great option for both hobbyist and commercial cultivation practices.
+ is increase intensity
- is decrease intensity
1-9 represent the intensity level
F = Full Power
Controller has an RJ jack that plugs into the communication line on your power cord. Cannot be used to replace a timer.
How to Order
Don't know how many lights you need? See menus below.
If you still have questions, feel free to reach out to us for a lighting layout!
How many lights do I need?
Convert your bench length to inches, then divide by 46". That is how many lights each row can support.
Example:
14' bench length, 3 plants wide
14' x 12" = 168", 168" ÷ 46" = 3 lights (round down)
3 x 2 (available rows in-between plants) = 6 lights
How many power cords and extensions do I need?
Each bench requires at least one power cord. Depending on your total lights, you can daisy chain your rows with an extension. If you exceed max daisy-chain #, you will need two or more power cords per bench.
Max Daisy-Chain #
1.0 Amps - 10 lights - 120v
0.5 Amps - 17 lights - 240v
0.43 Amps - 20 lights -277v
Examples -
Scenario 1
240v, 6 lights per row, 2 rows of lights, 12 lights total = One 240v power cord and one extension cord per bench
Scenario 2
240v, 12 lights per row, 2 rows of lights, 24 total = Two 240v power cords per bench
Scenario 3
240v, 8 lights per row, 3 rows of lights, 24 total = Two 240v power cords and one extension per bench
Click here to go to accessories!
How to order more than 16 lights?
Please submit your lighting layout for larger or commercial orders. Bulk pricing discounts.
4' Wide Bench Recommendations
If the facility bench width is 4' or less and you are running four plants wide, we recommend dropping plant count to three plants wide. We've seen great results in reducing plant count in our trials. A lower planting density promotes greater air flow which drives production in the lower canopy.