Viparspectra KS3000 LED 320 watts, 840 diodes, Samsung LM301H

Viparspectra KS3000 LED 320 Watt: The perfect lighting for every growth phase. Overview of the KS3000 LED. The Viparspectra KS3000 LED is equipped with 320 watts and 840 diodes, including high-quality Samsung LM301H chips, which ensure efficient light distribution and excellent plant growth. This LED light is ideal for all growth phases, from propagation through the vegetative phase to flowering. With a coverage of up to 100 x 100 cm, the KS3000 offers optimal lighting for indoor gardens. Passive cooling ensures quiet operation, while a lifespan of up to 100,000 hours makes it a long-term investment in your plant care. Technical Specifications Power Consumption: 320W±3% LED Quantity: 840 pcs Coverage Area: Up to 100 x 100 cm PPF (μmol/s): 798.8 PPE (μmol/J): 2.436 Dimensions: 81 x 81 x 4 cm Weight: 3.6 kg (8.5 lbs) Input Voltage: AC 100-240 V Lifespan: 100,000 hours Growth Stages The KS3000 LED is great for: Seedlings: Hang the light higher to protect delicate seedlings. Clones: Provide soft light while they develop their roots. Vegetative Stage: Use the bright white light for vigorous plant growth. Flowering Stage: Increase the light intensity for optimal flower and fruit production. Late Flowering: Aid the ripening of large flowers and fruit. Conclusion: The Viparspectra KS3000 LED 320 Watt is an excellent choice for any indoor grower seeking high-quality lighting. With its high efficiency, flexible application options, and longevity, it supports the healthy growth of your plants and ensures impressive yields! FAQ about the Viparspectra KS3000 LED 320 Watt Frequently Asked Questions Question 1: Is the KS3000 suitable for all plant types? Answer: Yes, the KS3000 is suitable for all growth phases and many plant types. Question 2: How long does the lamp last? Answer: The lifespan is up to 100,000 hours under normal use. Question 3: How high should the lamp be hung for seedlings? Answer: For seedlings, we recommend hanging the lamp higher and gradually increasing the intensity.