Abstract:
The present disclosure relates to a telecommunications cable including a distribution cable and a tether that branches from the distribution cable at a mid-span breakout location. A flexible closure covers the mid-span breakout location. Within the closure, fibers are broken out from the distribution cable and spliced to fibers of the tether. The lengths of broken out fibers within the flexible closure are provided with sufficient excess fiber length to allow the closure to be readily bent/flexed in any direction without damaging the fibers.
Abstract:
The present disclosure relates to a telecommunications cable including a distribution cable and a tether that branches from the distribution cable at a mid-span breakout location. A flexible closure covers the mid-span breakout location. Within the closure, fibers are broken out from the distribution cable and spliced to fibers of the tether. The lengths of broken out fibers within the flexible closure are provided with sufficient excess fiber length to allow the closure to be readily bent/flexed in any direction without damaging the fibers. The flexible closure comprises a retention block (600), a separation block (700) and a tube (800) extending from the separation block (700) to the retention block (600).
Abstract:
La presente revelación es concerniente con un cable de telecomunicaciones que incluye un cable de distribución una correa que se ramifica del cable de distribución a un sitio de salida de extensión media. Un cierre flexible cubre el sitio de salida de extensión media. Dentro del cierre las fibras se desconectan del cable de distribución y son empalmadas a las fibras de la correa. La longitud de las fibras desconectadas dentro del cierre flexible es provista con longitud de fibra en exceso suficiente para permitir que el cierre sea fácilmente doblado/flexionado en cualquier dirección sin dañar las fibras. El cierre flexible comprende un bloque de retención (600), un bloque de separación (700) y un tubo (800) que se extiende desde el bloque de separación (700) al bloque de retención (600).
Abstract:
The present disclosure relates to a telecommunications cable including a distribution cable and a tether that branches from the distribution cable at a mid-span breakout location. A flexible closure covers the mid-span breakout location. Within the closure, fibers are broken out from the distribution cable and spliced to fibers of the tether. The lengths of broken out fibers within the flexible closure are provided with sufficient excess fiber length to allow the closure to be readily bent/flexed in any direction without damaging the fibers.
Abstract:
The present disclosure relates to a telecommunications cable including a distribution cable (220) and a tether (242) that branches from the distribution cable (220) at a mid-span breakout location (241). A flexible closure covers the mid-span breakout location (241). Within the closure, fibers are broken out from the distribution cable (220) and spliced to fibers of the tether (242). The lengths of broken out fibers within the flexible closure are provided with sufficient excess fiber length to allow the closure to be readily bent/flexed in any direction without damaging the fibers.
Abstract:
A mid- span breakout arrangement includes a distribution cable (220) and a tether cable (242). The distribution cable (220) has a breakout access location (241). The tether cable (242) is secured to the distribution cable (220) adjacent the breakout access location (241). The breakout further includes at least one length of optical fiber (224) helically wrapped around the distribution cable (220) along the breakout access location (241). The length of optical fiber (224) is coupled to the distribution cable (220) and to the tether cable (242).
Abstract:
A mid-span breakout arrangement includes a distribution cable (220) and a tether cable (242). The distribution cable (220) has a breakout access location (241). The tether cable (242) is secured to the distribution cable (220) adjacent the breakout access location (241). The breakout further includes at least one length of optical fiber (224) helically wrapped around the distribution (cable 220) along the breakout access location (242). The length of optical fiber (224) is coupled to the distribution cable (220) and to the tether cable (242).
Abstract:
The present disclosure relates to a telecommunications cable including a distribution cable and a tether (242) that branches from the distribution cable at a mid-span breakout location. A flexible closure (260) covers the mid-span breakout location. Within the closure, fibers are broken out from the distribution cable and spliced to fibers of the tether. The lengths of broken out fibers within the flexible closure are provided with sufficient excess fiber length to allow the closure to be readily bent/flexed in any direction without damaging the fibers.
Abstract:
The present disclosure relates to a telecommunications cable including a distribution cable and a tether that branches from the distribution cable at a mid-span breakout location. A flexible closure covers the mid-span breakout location. Within the closure, fibers are broken out from the distribution cable and spliced to fibers of the tether. The lengths of broken out fibers within the flexible closure are provided with sufficient excess fiber length to allow the closure to be readily bent/flexed in any direction without damaging the fibers. The flexible closure comprises a retention block (600), a separation block (700) and a tube (800) extending from the separation block (700) to the retention block (600).
Abstract:
The present disclosure relates to a telecommunications cable including a distribution cable and a tether (242) that branches from the distribution cable at a mid-span breakout location. A flexible closure (252) covers the mid-span breakout location. Within the closure, fibers are broken out from the distribution cable and spliced to fibers of the tether. The lengths of broken out fibers within the flexible closure are provided with sufficient excess fiber length to allow the closure to be readily bent flexed in any direction without damaging the fibers.