Key benefits
• Maximum flexibility due to adjustable spectrum and light output
• Maximal horizontal light uniformity and vertical light distribution to ensure uniform growth
• Efficacy up to 3.2μmol/J
• Easily install the modules with the sturdy cable, connector and mounting brackets
• Uses 50% less energy than HPS lights
SM03 Tissue Culture Grow Lights for Plants, Achieve top quality and high yields of cut flowers, annuals and perennials and potted plants
Description
Muizlux LED Grow Light Bar for Plants is the product you’ll need when light uniformity is key. It offers full flexibility in mounting the lights by using a separate c-profile. The result is optimal vertical light distribution and horizontal uniformity in cases where crop heights are limited or lower light levels are required. The linear range’s efficacy boosts up to 3.2 μmol/J and has an option to dim the lights to let you set and adjust the light levels when you need to.
Power up when flexibility is key
● Uniform crops and convenient installation
● Muizlux Control System enables Dimming, Diming, and Switching spectrum
● Efficient output
● Reliable, low-maintenance design
|
Model |
SM03-RO |
|
Length |
60cm/90cm/120cm/150cm（23.6＂/35.4＂/47.2＂/59.1＂） |
|
Width×Height |
11.7cm×6.28cm（4.6＂×2.47＂） |
|
Voltage Input |
120-277V AC, 50/60 Hz |
|
Power |
30W/45W/60W/70W |
|
Spectrum |
DR/B、DR/W、DR/B/FR、DR/W/FR、 DR/B/W/FR |
|
Features |
Static |
|
Light Distribution |
120° |
|
Mounting Height |
≥ 6” (15.2cm) Above Canopy |
|
Light output |
84-224 μmol/s |
|
Efficacy |
2.8–3.2 μmol/J |
|
IP Rating |
IP65 |
|
Lifetime |
36,000 L90 |
|
Warranty |
3 year limited |
|
Model |
SM03-CO |
|
Length |
60cm/90cm/120cm/150cm（23.6＂/35.4＂/47.2＂/59.1＂） |
|
Width×Height |
11.7cm×6.28cm（4.6＂×2.47＂） |
|
Voltage Input |
120-277V AC, 50/60 Hz |
|
Power |
30W/45W/60W/70W |
|
Spectrum |
DR/B、DR/W、DR/B/FR、DR/W/FR、 DR/B/W/FR |
|
Features |
Spectrum control (C2/C3/C4), Brightness control &Timing |
|
Light Distribution |
120° |
|
Mounting Height |
≥ 6” (15.2cm) Above Canopy |
|
Light output |
84-224 μmol/s |
|
Efficacy |
2.8–3.2 μmol/J |
|
IP Rating |
IP65 |
|
Lifetime |
36,000 L90 |
|
Warranty |
3 year Limited |
Application:
The correct lighting and growing formula can help you adjust the size, taste, and nutritional value of your products to meet the specific needs of customers. Cucumbers and tomatoes have greener leaves, stronger plants, fuller, more consistent fruits, and better colors.
Successful projects were installed in:
– High wire vegetables: tomatoes, cucumbers, and peppers
– Leafy greens and herbs: lettuce and basil
– Soft fruits: strawberries
– Floriculture: cut flowers, potted plants, bedding plants, annuals and perennials
– Propagation for floriculture and vegetables
– Medicinal cannabis
High wire vegetables
● The yield was increased by applying a system efficiency of 3.2μmol/J top light to the crop canopy
● Choose the most efficient top light modules to reduce energy costs or achieve the highest light levels
● Replace high-pressure sodium lamp top lighting
● As a supplement to high-pressure sodium lamp top lighting
● Complementing lighting between LED plants
Leafy greens and herbs
●Low energy consumption and power draw eliminating the need for expensive configuration of the facility s electrical panel;
●Long operational lifetime with low fixture replacement costs;
●Minimal radiative heat enabling better utilization of layered growing space;
●Flexibility to use a light spectrum tailored to optimize growing conditions and produce a better end product.
Medicinal cannabis
Growing your cannabis with the use of LED will generate a higher yield per square meter compared to growing with other light sources. The right light optimizes photosynthesis and flower production and improves your numbers. Furthermore, it uses the lowest possible energy input with a maximum production per Watt, minimal use of water and nutrients, and a great working environment.
Floriculture
• Reduced crop cycle by 2-3 weeks;
• Precise and reliable scheduling;
• Easier to manage the crop because of the low heat radiation;
• Reduced application of PGRs by 10% while keeping crop compact.
