MAMMOTH LIGHTING Mint White Series 880W LED Grow Light User Guide

: June 14, 2024
: MAMMOTH LIGHTING

Table of Contents

MAMMOTH LIGHTING Mint White Series 880W LED Grow Light
Product Usage Instructions
INSTALLATION
Specifications
Read User Manual Online (PDF format)
Download This Manual (PDF format)

MAMMOTH LIGHTING Mint White Series 880W LED Grow Light

Specifications:

Product Name : Mint White Series LED Chip
Manufacturer: Samsung in partnership with Mammoth Lighting LLC
Peak Wavelength : 437nm
Special Features : Enhanced plant growth, microbial control, terpene and oil-boosting
Usage: Designed for plant lighting in urban farms and under the U.S. Domestic Hemp Production Program

Product Usage Instructions

Understanding PPFD for Hemp Cultivation:

Before using the Mint White Series LED Chip for hemp cultivation, it is crucial to understand Photosynthetic Photon Flux Density (PPFD). PPFD plays a vital role in optimizing hemp growth, with studies showing benefits up to 1800 PPFD.

Optimizing Light Intensity Levels:

Higher light intensity levels have been shown to increase profits and improve plant ripeness and morphology. Ensure your plants receive adequate light intensity to maximize yield, potency, and leaf photosynthesis.

Expert Recommendations:

Dr. Bruce Bugbee, a renowned authority in photobiology for hemp cultivation, recommends optimizing light levels for higher-quality marketable tissues and increasing the harvest index. Follow expert advice for optimal results.

FAQs:

Q: Can the Mint White Series LED Chip be used for medical marijuana cultivation?
- A: No, Mammoth Lighting LLC’s products are intended for use in urban farms and under the U.S. Domestic Hemp Production Program, not for medical or recreational marijuana cultivation.
Q: What is the peak wavelength of the LED chip?
- A: The Mint White Series LED Chip has a peak wavelength of 437nm, designed to enhance plant growth and control microbial development.

Welcome to the Future of Enhanced Growth, Quality and Clean Produce

EVERYTHING WENT HIGHER ACROSS THE BOARD: YIELD,
TERPS…EXCEPT
MICROBIAL BECAME
UNDETECTABLE…A GAME CHANGER!
Nak Chung, COO, Headyco Massachusetts

NEW “Mint White” Series Utilizing Samsung’s Newest Plant-Centric Chip

Samsung’s latest EVO chip, in partnership with Mammoth, represents a significant leap in plant lighting technology. Through a unique spectrum design, Samsung + Mammoth trials have demonstrated remarkable growth, even under identical PPFD conditions. For the very first time, we present an LED chip meticulously crafted for plant lighting.

With a peak wavelength at 437nm and an increased blue spectrum, it not only fuels plant growth but also curbs microbial development while boosting terpenes and oil production – a true game-changer!

The green spectrum, renowned as the most photosynthetic color above 500 PPFD, offers an unprecedented advantage. With the added green boost, you can anticipate unparalleled yields and unmatched quality.

Legal Disclosure:

Mammoth Lighting LLC’s lighting products are designed and intended for use in the production of goods for Urban Farms and cultivation under the U.S. Domestic Hemp Production Program (Cannabis sativa L.). Please be aware that our products are not intended for use in the cultivation of medical or recreational marijuana.

It is important to note that marijuana remains classified as a Federally controlled substance, and under Federal law, its cultivation is illegal.

Mastering Light: The Key to Hemp Growth

Before diving into hemp cultivation, understanding your PPFD (Photosynthetic Photon Flux Density) is essential.

Light, both in terms of quality and intensity, is a critical factor in hemp cultivation. Academic studies have demonstrated a direct relationship between light intensity and hemp yield, with significant benefits observed up to approximately 1800 PPFD. Discover the pivotal role of light in optimizing your hemp growth.

The Profitability of Growing Hemp Under High-Intensity Light by James Eaves 2019 Université, Québec, 2020

“Our results provide evidence that hemp growers could substantially increase profits by using light intensity levels that are much higher than is the convention today.

The positive, apparently linear relationship between intensity and yields continues to at least 1500 µmols/m2· s, which is over twice the level provided by an HPS fixture in a grow configuration, which is currently the industry standard.

It took less time for the LED treatments to reach peak ripeness, and the resulting morphology of plants grown under high-intensity LEDs is more desirable from a profitability perspective.”

Hemp yield, potency, and leaf photosynthesis respond differently to increasing light levels in an indoor environment (Victoria Rodriguez Morrison, University of Guelph, Guelph, Ontario, 2021

“This may be especially evident given that dry inflorescence yield increased linearly with increasing canopy-level PPFD up to 1800 μmol·m-2·s-1, while leaf-level photosynthesis saturated well below 1800 μmol·m-2·s-1. The density of the apical inflorescence and harvest index also increased linearly with increasing LI, resulting in higher-quality marketable tissues and less superfluous tissue to dispose of.” Even under ambient C02

Dr Bruce Bugbee – Utah State Hemp Studies

Bugbee stands as the foremost authority on the crucial science of photobiology for hemp cultivation. His role includes overseeing a university research laboratory in partnership with NASA.

As a distinguished Fellow of both the American Society of Agronomy and the American Society of Horticultural Science, Bugbee has an illustrious career, with a portfolio boasting over 137 peer-reviewed studies in his specialized field.

Unlocking the Mammoth Advantage: Maximizing Yields + Quality

Optimal Light Intensity of over 2500ppf for Maximum Yields

Academic studies reveal a compelling correlation between light intensity and hemp yields (R2 of .88).
Every 10% increase in PPFD results in an impressive 8.8% boost in yield!

Premium Quality Components + IP65 Durability

Powered by Samsung and Inventronic Power Drivers.
Featuring a watertight power box with IP65 certification, ensuring resilience in harsh environments.

Achieving Uniformity and Deep Light Penetration

Harness the power of Green and Far Red, the two colors that penetrate leaves and canopies the most.
Our new smart diode and bar spacing technology guarantee flawless canopy light uniformity.

Reducing Microbial Counts, Elevating Terpene + Oil Levels

Benefit from the shorter wavelength (437nm) EVO chip and consider our optional UV upgrade kit for microbial growth suppression.
Academic research supports heightened terpene + oil production.

A Spectrum Revolution for Superior Cannabis Quality

Experience a groundbreaking spectrum blend with Samsung Mint White EVO (blue), Deep and Far Red, and a Green Photon Boost.
Our proprietary spectrum is reminiscent of the classic MH + HPS checkered pattern days.

INSTALLATION

Step 1-2: Snap-On Rails and Secure

Align the pin connections on the rails.
Snap the rails securely in place.
Tighten with screws for added stability.

Step 3: Hang the Fixture

Install the V hanger.
Hang the fixture in the desired location.

Step 4-5: Attach Power Driver

Open the wings on the power driver.
Place the power driver onto the light fixture.
Use the small knob screws to securely fasten the power driver to the light fixture.

Step 6: Connect Power Cords

Connect the power cords to the appropriate outlets.
Your installation is complete! Enjoy the benefits of high-quality yields.

For UV Upgrade Kit ONLY:

Step 7: Attach UV Power Driver

Securely attach the UV power driver to the Mint White

Driver using screws.

Step 8: Position UV Bars

Attach the UV bars in your desired location.

Step 9: Connect UV Power Cords

Connect the UV power cords.
Your UV upgrade is now ready for use.

Optional: Remote Mounting of Power Driver

To reduce heat in tents or rooms, you can consider remote mounting the power driver.

Note: For Longer DC Cord

If you require a longer DC cord, please contact sales@mammothlighting.com or make the purchase online.

DISCLOSURE NOTICE:

Important Safety and Installation Instructions: This fixture is intended for installation in strict accordance with the National Electric Code and local code specifications. Failure to adhere to these codes and instructions may result in severe injury and/or damage to the fixture, potentially voiding the warranty. These instructions may not cover all details or variations in equipment and do not address every possible contingency related to installation, operation, maintenance, or mounting. If you encounter specific problems not covered by these instructions, please promptly contact your local sales representative or distributor for expert assistance. Keep these instructions for future reference.

Safety Precautions:

Always prioritize safety: When the light is in use, it is essential to wear appropriate eye and skin protection.
Risk of Burns: The illuminated fixture may become hot during operation. To minimize the risk of injury, turn off or disconnect the fixture and allow it to cool before handling.
Proper Electrical Connection: Ensure that the luminaire is plugged into a properly grounded 3-prong 120VAC outlet. If you plan to hardwire the fixture to power, we strongly recommend consulting a licensed electrician. Failure to do so may result in severe injury or even loss of life.

Limitation of Liability : Mammoth Lighting LLC assumes no liability for consequential damages under any circumstances. In no event shall Mammoth Lighting LLC be liable to the buyer, any other parties, or any person for any special, incidental, or consequential damages, including, but not limited to, damages related to lost goodwill, lost sales or profits, work stoppages, delays, whether arising from a breach of warranty, breach of contract, negligence, or any other cause. In all cases, Mammoth Lighting LLC’s liability for any losses or damages incurred by the buyer or others, arising from or related to this contract, shall not exceed the original purchase price of the products, even if Mammoth Lighting LLC has been informed of the potential for such damages

Optimizing Group Control with Multiple Lights: Standard Dimmer Knob and RJ14 Ports (0-10V Dimmer)

A set of RJ14 ports has been strategically incorporated to facilitate effortless group control, compatible with any controller that supports 0-10V dimming. The process is straightforward: connect each light together using the provided RJ14 cords and ensure the final light is connected back to the controller.

The Spectrum Tuning 10 bar uses an Rj45 connection

Optimizing PPFD Targets: Illuminance Maps for Improved Results

The following measurements serve as recommended PPFD targets for your grow environment. All readings have been carefully taken within a 5′ x 5′ tent to minimize light reflection, a common occurrence in 4′ x 4′ tents often used by other manufacturers. When using multiple lights, please note that actual readings may register higher due to light overlap. Conversely, within a 4’x4′ space, the edges are enhanced thanks to the reflective walls.

Mammoth’s Recommendations:

Vegetative Stage : Aim for PPFD levels between 600 and 900.

Flowering Stage : Target PPFD levels ranging from 1100 to 1800 and lower the intensity the last 2-3 weeks
For advanced CO2 users and professional growers, consider aiming even higher.
For UV users : See the website for updated details and research – For Quality: Use last 2-3 weeks up to the full 12 on cycle. For Pest or PM: Use 30-1hr before the lights turn on as the PM defense mechanism is shut down at night.

These recommendations are grounded in extensive research, drawing from third- party academic studies and Mammoth Lighting’s own trials. It’s crucial to understand that achieving these targets also requires fine-tuning your environmental conditions. It’s worth noting that academic studies have shown a linear relationship between light intensity and hemp yield, with significant benefits observed up to approximately 1800 PPFD.

Specifications

Mom/Vertical

Greenhouse

| Full Cycle| Full Cycle| | End Cycle

Model

|

6 Bar Veg / Mom

|

6 Bar Mint White

|

8 Bar Mint White

| 10 Bar 3 Channel UV Mint White| |

Mint White Greenhouse

|

Single Bar Mint White

| Clone / Inter- canopy Full Sun Spec| |

2 Bar UV

Power +/- 5%| 680W| 680W| 880W| 930W| | 680W| 100W| 50W| | 100W

Diodes

|

High Efficiency + LM301H EVO

|

High Efficiency + LM301H EVO

|

High Efficiency + LM301H EVO

|

High Efficiency + LM301H EVO + UV

| |

High Efficiency + LM301H EVO

|

High Efficiency + LM301H EVO

|

High Efficiency

| |

UVA + UVB

PPF µmol/s| 1836| 1970| 2537| 2511| | 1904| 294| 120| | 210
Efficacy

µmol/J

| 2.7| 2.94| 2.95| 2.7| | 2.8| 2.94| 2.4| | 2.1
Veg Coverage| 5’x5′| 6’x6′| 7’x7′| 7’x7′| | 7’x7′| 2′ x 4′| 2′ x 4′| | na
Flowering

Coverage

| NA| 4.5’x4.5′| 5’x5′| 5’x5′| | 5’x5′| 2′ x 4′| 2′ x 4′| | 5′ x 5′
Standard Power

Voltage

| 100V-277V,

50/60 Hz

| 100V-277V,

50/60 Hz

| 100V-277V,

50/60 Hz

| 100V-277V,

50/60 Hz

| | 100V-277V,

50/60 Hz

| 100V-277V,

50/60 Hz

| 100V-277V,

50/60 Hz

| | 100V-277V,

50/60 Hz

Optional Voltage /

Amperage

|

480v / 1.42A

| 480v /

1.42A

|

480v / 1.83A

| 480v /

1.94A

| | 480v / 1.42A| 480v / 0.21A|

NA

| | 480v / 0.21A
Amperage/

Voltage

| 5.67A/120V| 5.67A/120V| 7.33A/120V| 7.75A/120V| | 5.67A/120V| 0.83A/120V| 0.42A/120V| | 0.83A/120V
| 2.83A/240V| 2.83A/240V| 3.67A/240V| 3.88A/240V| | 2.83A/240V| 0.42A/240V| 0.21A/240V| | 0.42A/240V
CRI| >=90| >=90| >=90| >=90| | >=90| >=90| >=90| | >=90
Power Factor| >95%| >95%| >95%| >95%| | >95%| >95%| >95%| | >95%
THD| <6%| <6%| <6%| <6%| | <6%| <6%| <6%| | <6%
Beam Angle| 120 degree| 120 degree| 120 degree| 120 degree| | 120 degree| 120 degree| 120 degree| | 120 degree
Spectrum| 5000k + EVO| Green + 3000K

660nm+ 730nm

+EVO

| Green + 3000K +

5000K +

660nm+ 730nm +EVO

| Green + 3000K +

5000K +

660nm+ 730nm

+EVO +

400nm

+310nm

| | Green + 3000K +