MOGAMI 3106 DIN NAIM
Se effettui un ordine superiore a € 300 con due o più prodotti, la spedizione sarà gratuita. Le tempistiche stimate di spedizione sono indicate.
Paga in modo semplice e sicuro con Carta di credito, Contrassegno, AMEX, PayPal e Bonifico bancario. La tua privacy è garantita da connessioni sicure.
Tutti i prodotti sono coperti da Garanzia convenzionale di 2 anni. Risolviamo problemi di qualsiasi natura con professionalità e correttezza.
Solo tramite eMail dal Lunedì al Venerdì dalle ore 9:30 alle 15:00.
Interconnection cable handcrafted in our workshop suitable for NAIM equipment with DIN as a replacement for SNAIC cables, soldered with silver tin.
Can also be ordered with 4- or 5-pole DIN and assembled ad hoc for other luminaires.
Available lengths selectable from drop-down menu.
If desired, the cable can be sheathed with a cut-resistant sheath in the following colours.
- Sheath Cut Resistant Cotton Effect Green-Black
- Sheath Cut Resistant Cotton Effect Yellow-Black
- Cotton cut resistant sheath Red-Grey-White
- Cotton cut resistant brown-black
- Cotton cut resistant liner blue-black
- Cotton cut resistant grey-black
- Cotton cut resistant sheath Yellow-Grey-White
- Cotton cut resistant liner Black-White
- Sheath Cut Resistant Cotton Effect Black-White-Blue-Yellow
- Cotton cut resistant sheath Purple-Black
- Cotton cut resistant sheath Red-Black
- Cotton sheath cut resistant Black-Red-Green-Blue
The MOGAMI 3106 is a very good quality cable, has separate channels to avoid any crosstalk and is shielded from interference.
Configuration:
- Number of Channels: 2
- Number of Conductors per Channel: 2 + 1 shielding
Conductors:
- Material: OFC copper (oxigen free copper)
- Cross-section: (mm²) 0.226mm² (24 AWG)
Insulation:
- Material: XLCPE (Cross-Linked Polyethylene)
Jacket:
- Outer dimensions: 4.8x8.2mm
- Material: PVC
- Colour: BLACK
TECHNICAL AND MECHANICAL CHARACTERISTICS
- Conductor resistance: 0.083Ω/m
- Inductance between conductors: 0.9µH/m
- Capacitance between two juxtaposed conductors: 10pF/m
- Capacitance between each conductor and screen: 77pF/m
- Applicable temperature: -20°/+70°C
