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Secret Jardin Tled 23 Watt Bloom
The Secret Jardin TLED 23W Bloom (marketed as 26W nominal, 23W measured draw) is a 54 cm LED bar with 114 diodes split across three targeted wavelengths: 38 x 730 nm infrared, 38 x 2100K, and 38 x 3000K. Measured output: 2050 lm at 80 lm/W, covering a 60x40 cm footprint. Built for flowering-phase supplemental lighting in vertical tent installations or as standalone illumination for propagators and micro-grows up to 60x40 cm. Included clips mount on tent poles up to 30 mm diameter in both horizontal and vertical orientations. Operates directly on 85-264V input with no external driver required. 30,000-hour MTBF. The efficient add-on for growers maximizing PPFD distribution without increasing thermal load.
Secret Jardin TLED 23W Bloom — Spectral LED Bar for Flowering Supplementation
The Secret Jardin TLED 23W Bloom is a purpose-built LED bar from Secret Jardin, part of their horticultural lighting line. The 23W rating reflects measured current draw; the bar is marketed as 26W at nominal specifications — a distinction worth noting when calculating electrical load for multi-unit installations. Packaged in a 54x4x3 cm profile, it delivers a targeted spectrum for the flowering phase via 114 individually specified LEDs in three chromaticity bands.
Spectral Engineering and Measured Output
LED spectrum selection drives horticultural performance more than raw wattage. The TLED Bloom distributes its 114 diodes as follows: 38 x 730 nm far-red drives the Emerson effect and phytochrome Pfr/Pr balance shift toward flowering, 38 x 2100K warm white provides the dominant red component, and 38 x 3000K warm white extends coverage into the mid-PAR range. Measured luminous flux reaches 2050 lumens at 80 lm/W efficacy, with a 120° beam angle that delivers usable photon density across approximately 60x40 cm at 15-20 cm mounting distance.
- Measured draw: 23W at 230V — 26W nominal rating, relevant when sizing electrical circuits for multi-bar installations.
- Input voltage: 85-264V, 50/60 Hz — universal voltage tolerance enables operation across European and most international grids without adaptation.
- Form factor 54x4x3 cm, 0.36 kg — among the slimmest LED profiles available, fits tight clearances between canopy and tent wall.
- Integrated driver electronics — no external power supply or ballast required, plug directly into standard outlet via IEC cable.
- 30,000-hour MTBF rating — statistical failure threshold rather than gradual degradation marker; usable service life typically exceeds this value under proper thermal conditions.
PPFD Distribution and Tent Architecture
Top-mounted lighting — whether HPS, CMH, or LED panel — delivers its highest photon density to the canopy surface, leaving the lower plant structure progressively under-lit. The TLED Bloom addresses this mathematically inevitable problem: mounted vertically on tent poles at mid-canopy height, the bar delivers targeted supplemental PPFD to the underperforming leaf strata. Field measurements in standard 120x120 cm tents show 15-25% yield increases on lower colas when TLED bars are deployed as vertical side lighting alongside a 400-600W central bloom fixture.
Scaling Considerations and Companion Products
For standalone operation, the TLED 23W caps at approximately 60x40 cm of effective coverage — any larger footprint requires either multiple units or a higher-wattage fixture. The TLED 42W Bloom nearly doubles the output in a longer 95 cm form factor. For vegetative-stage requirements in the same ecosystem, the TNOLED 2x40W Grow delivers the cool-spectrum equivalent. Mixing TLED generations within a single installation remains fully compatible as all bars share the same 230V direct-drive architecture.
Order your Secret Jardin TLED 23W Bloom from Plant and Flower today and benefit from fast shipping across Belgium and the EU. The efficient choice for Belgian growers engineering multi-tier lighting distribution with documented spectral precision.
Why is the TLED listed as both 23W and 26W in different sources?
The 23W value represents the actual measured current draw at the wall socket under normal operating conditions. The 26W figure is the nominal rating — the theoretical maximum the fixture can draw during voltage spikes or peak conditions. The 13% margin between measured and nominal is standard practice in LED fixture labeling and reflects conservative thermal design. For circuit sizing, use 26W; for energy cost calculations, use 23W.
How many TLED bars do I need to replace a 400W HPS?
A 400W HPS delivers around 55,000 lumens with a high PAR conversion efficiency, so matching that photon output requires 25+ TLED 23W bars — which is economically impractical. TLED fixtures are not designed as direct HPS replacements but as supplemental and specialty lighting. For HPS replacement at the 400-600W tier, look at dedicated LED panels in the 300-500W class. Use TLEDs for their intended role: targeted spectral delivery to specific plant zones.
Does the TLED emit UV-A or UV-B wavelengths?
No UV output is present in the TLED Bloom spectrum. The shortest wavelength present is 2100K warm white, which peaks well within the visible range. UV-A and UV-B supplementation for terpene enhancement or stress signaling requires dedicated UV LED fixtures or low-pressure UV tubes. The TLED Bloom focuses exclusively on the red-to-far-red portion of the spectrum relevant to the flowering photoperiod.
Can multiple TLED bars share a single extension cable or power strip?
Yes. Each bar draws approximately 0.1A at 230V, so a standard 10A grow-rated power strip can safely handle up to 30-40 TLED units without reaching capacity limits. The 240 cm factory cable on each unit simplifies distribution from a central power point. Always verify that your strip or extension cable is rated for continuous inductive loads, not just instantaneous peak draw.
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