Mars Hydro TSW2000 LED Grow Light
Sale
£229.00
£299.00
The Mars Hydro TSW2000 is the USA's most popular LED Grow Light. Fully dimmable, ultra energy efficient and with a full spectrum output, the TSW2000 is a cultivators top choice for flavour hunters chasing dense, heavy flowers.
- Top Quality Epistar 3030 Diodes
- Free & Fast UK Delivery
- Fully Dimmable
- New 2024 Model
- 3 Year Warranty
- Full Spectrum
- Massively Reduced Electricity Costs
- Super Stealthy
- Zero Noise
- 310w Power Output
- 50000 Hours Life
- Pay As You Grow in 3 instalments with Klarna
- Daily Electricity Cost £0.66*
Never before has a single product line changed the LED Grow Light game quite as much as the fantastic TS Series from the original LED Grow Light pioneers at Mars Hydro.
This new generation of Mars Hydro LED Grow Lights are super slim, precise and ultra-powerful. No wasted energy, no noise and no wasted light spectra. Just 100% pure LED Grow Light performance.
The Mars Hydro TSW2000 LED Grow Light consumes just 300w from the wall yet it has been known to outperform a 600w HPS in side-by-side comparison tests. It really is an absolutely huge leap forward in LED Grow Light technology.
The engineers at Mars Hydro utilise 704 super powerful Epistar LEDs to achieve a massive 2.7umol/J over its generous footprint. And the geniuses over at Mars Hydro make all this possible with an average electricity use of less than £1 per day. A breathtaking achievement. Well done Mars Hydro!
This incredible LED Grow Light is a fixture that pays for itself very quickly indeed. With an estimated yield of over 2.0g of produce per watt of light consumed, the Mars Hydro TSW2000 enables even beginner growers to produce around 600g of resin rich & flavour-packed botanical herbs every single flowering cycle. It doesn't take a highly skilled mathematician to figure out that this LED Grow Light offers quite an unbeatable return on investment. Amazing.
Weighing in at a featherweight 3.5 kilos, it is a perfect LED Grow Light for grow tents, cupboards or stealth operation. But don't be fooled - the Mars Hydro TSW2000 is certainly no lightweight in terms of performance. This is a seriously capable LED Grow Light.
Mars Hydro's innovative design team have produced an ultra-high-performance LED Grow Light with natural passive convection cooling resulting in a fanless design with absolutely no moving parts at all.
This makes the Mars Hydro TSW2000 an incredibly robust LED Grow Light with ultra-silent operation and an impressively long life span of over 50000 hours with zero loss in performance.
The Mars Hydro TSW2000 quantum board is thick, its tough and it doesn't put out a lot of heat at all, so it's great for cultivators who may have struggled with high temperatures in the past.
As you'd expect, Mars Hydro only ever use high-quality cables and their premium components mean this LED Grow Light lasts much longer than its competitors. Gone are the days of constant maintenance and swapping out expensive bulbs every couple of grows.
The Mars Hydro TSW2000 is and LED Grow Light built to perform, and the Mars Hydro TSW2000 is built to last. This really is a superb investment for any cultivator who is serious about their hobby.
The Mars Hydro TSW2000 LED Grow Light ships in 100% stealthy plain packaging with high quality hanging kit included. Ready to use out of the box in less than 5 minutes.
Mars Hydro TSW2000 LED Grow Light Technical Specification
Power |
305W |
Input Voltage |
120-277V |
Weight |
3.5 kg |
HPS Equivalent | 500w |
Flower Footprint |
1.0m x 1.0m |
Veg Footprint | 1.2m x 1.2m |
Diodes |
Epistar 3030 |
Diode Count | 704 |
Size |
56cm x 50cm x 7cm |
PPF |
877 umols/J |
Spectrum | 660nm, 730nm, 3000k, 5000k |
Efficiency |
2.6 umols/J |
Daily Electricity Cost | £0.66* |
Product includes:
- Mars Hydro TSW2000 LED Grow Light
- Power Cord
- User Manual
- RJ45 Daisy Chain Cable
- Wire Hangers
- Ratchet Hangers
Approximate costs of use based on 75% power for a 12 / 12 flowering cycle.
*Calculated using the UK: Energy Price Guarantee (October 2024) electricity rate of 24.00 pence per kWh.