LF1100TW-G5-927.965-09 L2
In stock: No
Vendor stock: Yes
Minimal order quantity: 1
Price (excl. VAT):
447,68 €
This price is valid until 31.08.25
Split box: 10,00 €
Estimate delivery time at our warehouse (approx.):
2-4 weeks
Technical Information
Packing details
Packing level 1 |
4062172263696 |
Packing level 2 |
4062172263696 |
Description
Light ribbon LF1100TW-G5-927.965-09 L2, essential component for customizable lighting installations, suited for dynamic temperature adjustments in architectural systems. Outputs warm-to-cool gradient light based on user-defined settings, compatibility aimed at integrative modular setups. Driver input must balance with strip requirements — 24V DC operation noted. Power draw around nominal ~11W per meter; deviates under extended loads depending on installation length or intensity variance settings (max brightness pushes slightly higher). Dim range fine-tuned via onboard controllers interfacing externally — specs indicate CRI >90 across full output range stability without flicker artifacts common from cheaper variants. Physical constraints tight depending deployment: taped backing adhesive layer adheres to smooth substrates only clean prep needed prior install unless secured using brackets system-specific kits recommended separately. Width approx 10mm ± tolerance; dual-flat-conductor layout no visible solder point defects from factory production run observed QC test batch "4062172263696." Raw notes: Voltage input 24V DC, dimmable PWM-compatible driver tested reliable, power consumption ~11W/m avg, CRI >90 stable across temp shift spectrum (2700K-6500K). Width documented spec'd to low-profile installs (~10mm). Adhesive integrated rear section tape type unknown, IP rating unspecified check site listing if outdoor safe application req’d. Connection polarity marking labeled observe exact during wiring avoid short risks proven install issues frequent misalignment typical novice mistakes like wrong pin hook-up debug delays happen don't rush esp large-scale integration stripes end complex overlaps operations stress adapter source limits cross customs robotic arm trim final assemblyprecision