Neutrik NO2FW-XP opticalCON DRAGONFLY Chassis Female

Connections matter. Get legendary Neutrik quality for your optical data cable runs. Designed for use in harsh environments, the NO2FW-XP features an anticorrosive plating that when paired with the SCXP-F sealing kit (sold separately) yields a connector that carries a total water and solids ingress rating of IP168. The connector facilitates easy integration with existing systems thanks to its broadcast standard chassis cut-out. The NO2FW-XP serves as a feedthrough by adding an XB2 patch cable (sold separately) to the rear.

Neutrik NO2FW-XP Features:

• Suggested OEM equipment connector with common broadcast cut-out
• Designed as feedthrough for easy repair and replacement
• Improved guiding nose for safe and correct connection
• Suitable for indoor (studio) and outdoor (OB-Truck) camera links according to SMPTE Standard
• Ruggedized and dirt protected hybrid feedthrough connection system
• 1 MPO cut-out for XB2 patch cord
• 2 signal contacts
• 2 power contacts
• 1 ground contact
• IP68 ingress rating in mated condition with SCXP-F

Neutrik NO2FW-XP Specifications:

• Title: NO2FW-XP
• Gender: female
• Electrical
  • Contact resistance: < 7 mΩ
  • Insulation resistance: > 10 GΩ (initial)
  • Mains
    • 240V AC / 10A / 50Hz
    • 120V AC / 10A / 60Hz
    • 300V DC / 7A
  • Sense
  • 42V AC peak / 1-3A / ≤1kHz
  • 60V DC / 1-3A
• Mechanical
  • Insertion force: < 45 N
  • Withdrawal force: < 45 N
  • Lifetime: 10'000 mating cycles
  • Locking force: 900 N
  • Locking device: Push-Pull
  • Mounting direction: Front mounting
  • Chassis shape: Common standard Broadcast cut-out
  • Wiresize (power): max. 16 AWG
  • Wiresize (sense): max. 24 AWG
• Material
  • Contacts: Brass
  • Insert: Polyetherimide and Polycarbonate (PEI+PC)
  • Shell: Zinc diecast and Polyoxymethylen
  • Shell plating: Nickel
• Environmental
  • Temperature range: -40 °C to +75 °C
• Optical
  • Insertion loss: Typ. 0.6 dB per connection / Max. 1.0 dB per connection
  • Optical connector: XB2 Feedthrough