Accessories

• Length: 536mm
• Width: 85mm
• Height: 95mm
• Weight: 6kg

• LEDs: Würth Electronics Horticulture
• Dimmable: stepless 0-10V
• PPFD: >1260 (1m²/30cm distance)
• PPE: 2.3-3.1µmol/j/m²/s
• Protection class: IP67
• Radiation angle: 120°
• Cooling: passive
• Lifetime: 50.000+
• Warranty: 5 years

• Brand: Inventronics 0-10V dimming
• V(in): 100-240/277V~ for UL & CUL & CB
• Frequency: 50/60Hz
• I(in): 2,8A max
• P(in): 280W max
• PF: >=0,92C
• V(out): 18-57V (DC)
• U(out): 75V
• I(out): 6,7A max
• P(out): 240W max
• T(c): 90°C, ta:-40°C~+55°C

• Single bracket (L1): Stainless steel hook, wire rope holder, wire rope
• Holder of 4 (L1W4): Aluminium profile, screws, wire rope holder, rope
• Holder for 2 (L2W1): Connector, Wire Rope Holder, Wire Rope, Hook
• Bracket of 4 (L2W2): Connector, Wire Rope Holder, Wire Rope, Hook
  
• Other brackets on request (e.g. also vertical suspension)
  

• Free design, planning and advice

• An LED plant lamp produces light in wavelength ranges that can be used by plants for photosynthesis. The so-called photosynthetically active radiation (PAR) of 400 to 700nm wavelength is effective. With LEDs, the focus is usually on the blue and red wavelength range, because light in these colours stimulates photosynthesis to the maximum. However, it is desirable to have other spectral ranges covered by the light of the growth lamp to ensure healthy and uniform growth and to promote the formation of secondary plant substances.

For an LED plant lamp, the lumen number is irrelevant. Thanks to LED technology, it is possible to produce only those wavelengths that can be used by plants. However, these do not appear as bright to the human eye as the light of other spectral ranges. Therefore, brightness is not a meaningful value here. Rather, the number of photons produced is important, because photons are the light particles that can be used directly by the plant for photosynthesis. 

Depending on where the plant is to be used and what the cultivation area is like, it is advisable to choose a suitable design. For cultivation in a square grow box set, it is advantageous to choose a lamp that also has a corresponding design. When growing in a greenhouse with the typical elongated beds, an LED strip is advantageous because this distributes the light best over the growing area and the lamp casts as few shadows as possible.

LED plant lamps produce significantly less waste heat than conventional plant lamps. Nevertheless, many plant lamps have an active cooling system in the form of fans. These often run very quietly, but a steady hum can still be heard. This can be particularly disturbing when used in living rooms. Active ventilation also requires energy that cannot be used for light production. It is better if the waste heat is dissipated passively through cooling fins.

The spectrum should be selected to suit the growth objectives and growth environment. We will be happy to advise you on this.