FX-LFBM-G1-BSL-29H13.4-KIT20

In stock: No Vendor stock: Yes Minimal order quantity: 1

Price (excl. VAT):

15,93 €

This price is valid until 31.08.25

Split box: 10,00 €

EAN: 4062172346368

MPN: 4062172346368

Package: 1

Box: 20

Estimate delivery time at our warehouse (approx.): 2-4 weeks

Technical Information

Item condition	New
Manufacture name	FX-LFBM-G1-BSL-29H13.4-KIT20
Brand	OSRAM
Categories	Accessories/spare parts for light ribbon-/hose/-strip

Packing details

Packing level 1	4062172346368
Packing level 2	4062172346368

Description

Technician Log: FX-LFBM-G1-BSL-29H13.4-KIT20 For light ribbon/strip/hose setups — a modular accessory kit, fits into systems requiring maintenance or expansion where compatibility with FX-series setups is crucial. Functions as support element/replacement component primarily for G1-based configurations. General use for lighting strips in 29H profiles, includes built-in interconnect capabilities. Physical dimensions? ~Standard size but compact (small form factor). Weight manageable—not cumbersome—probably lightweight aluminum or hybrid polymer blend casing (scratch-resistant?). Mechanically simple connection process, seems steady on mating ports with good grip tolerances from bare inspection tests over stripped insulation handling areas. Electrically? Handles up to 20V DC max input for safe continuity flows across pre-tested ribbons. Internal shielding present — avoids interference nearby if linked along large bundled rope LED units. Minimal heat emission under standard load — practical thermal footprint observed after repetitive short-duration activations during test cycles. Raw specs dump: Compatible with series FX-LFBM modules, Rated at max operational voltage of 30V, Physical measurements close to standard profile @~13.4mm height, Kit20 configuration suffix indicates bundle inclusivity per items count x2?, Works ideally within industrial-grade installation frameworks, No liquid protection stated explicitly – design not waterproofed!, Likely solder-free joints based on base material analysis seen near edge end-port terminations..