BIX Multiplying Connector PNBIX-7A 25-pair, 2x2-pair & 3x7-pair
Internal Reference :Description :
PNBIX-7A
Internal Reference:
PNBIX-7A
BIX CONNECTOR (2X2 PR. & 3X7 P
25-pair, 2x2-pair & 3x7-pair
BIX Multiplying Connector PNBIX-7A BIX Multiplying Connectors are used to generate multiple outputs from a single input. Construction of these connectors is identical to that of BIX Distribution Connectors, except for the IDC clips which are bridged. BIX Multiplying Connectors are typically used in voice applications. The PNBIX-7A Connector (Belden QCBIX7A) is built using 10 sets of bridged clips (four 2-clip and six 7-clip bridged arrangements). It is primarily intended for use with 1A type key telephone systems. Each connector can terminate up to three lines of key equipment providing service to as many as seven key telephone sets per line.
FEATURES & BENEFITS
• Robust and installer-friendly design to reduce installation costs
• High-density connector to reduce installation space requirements
• Edges marked to pair-configuration to facilitate wire layout
• Built-in pair splitters to facilitate wire insertion
• Fully enclosed clips in plastic housing to prevent injuries and protect connections
• Snap into BIX Mounts for easy insertion and removal
• Mix and match modular flexibility to accommodate different installation size requirements.
APPLICATIONS
Equipment terminations in telecommunications rooms.
TECHNICAL SPECIFICATIONS
Physical Characteristics
Dimensions (H x W x D)
9.3 x 168.4 x 32.7 mm (0.37 x 6.63 x 1.29 in.).
Materials
• Housing material: fire-retardant thermoplastic rated UL94V-0, beige
• IDC clip: copper alloy with tin plating over nickel.
Mechanical Characteristics
IDC Clip
• Gas-tight connection —
insulation slicing of 22, 24 and 26 AWG (0.64, 0.5 and 0.4 mm) plastic
insulated solid copper conductors
• Durability: 200 insertions of any combination of wire gauge.
Electrical Characteristics
• Dielectric strength: 1,000 V RMS at 60 Hz for 1 minute
• Current rating: 1.5 A maximum
• Insulation resistance: 100 MΩ minimum between clips
• Contact resistance: 1 mΩ per contact.