Direct Buried Fiber Optic Cables

DryTech™ GRCLWLV, TOL 402 2038   Data Sheet
Slim loose tube cable with concentric core design, a corrugated steel tape layer and a second outer sheath.  The corrugated steel tape reinforcement provides good mechanical protection, but the cable is still easy to install. DryTech™  filling compound is used in the cable core. Maximum capacity is 6 tubes with 4 or 8 fibers in each. 

• Design: Concentric core, small loose tubes only 2.1 mm
• Type: Corrugated steel tape reinforced, DryTech™ 
• Capacity: 24-48 fibers 

 

DryTech™ GRCLWLV, TOL 402 2039   Data Sheet
Slim loose tube cable with concentric core design, a corrugated steel tape layer and a second outer sheath. The corrugated steel tape reinforcement provides good mechanical protection, but the cable is still easy to install. DryTech™  filling compound is used in the cable core. Maximum capacity is 16 tubes with 12 fibers in each. 

• Design: Concentric core, small loose tubes only 2.4 mm
• Type: Corrugated steel tape reinforced, DryTech™ 
• Capacity: 72-192 fibers

DryTech™ GRCLWLV, TOL 402 2040   Data Sheet
Slim loose tube cable with concentric core design, a corrugated steel tape layer and a second outer sheath.  The corrugated steel tape reinforcement provides good mechanical protection, but the cable is still easy to install. DryTech™  filling compound is used in the cable core. Maximum capacity is 16 tubes with 12 fibers in each.

• Design: Concentric core, small loose tubes only 2.4mm
• Type: Corrugated steel tape reinforced, DryTech™
• Capacity: 288 fibers

DryTech™ GRCLLDV, TOL 402 2041   Data Sheet
Slim loose tube cable with concentric core design, a thermoplastic cushion layer and a second outer sheath. The thermoplastic cushion layer makes the non-metallic cable suitable for installation along power lines, e.g. railway embankments. DryTech™  filling compound is used in the cable core. Maximum capacity is 6 tubes with 4 or 8 fibers in each.

• Design: Concentric core, small loose tubes only 2.1 mm
• Type: Dielectric, thermoplastic cushion layer, DryTech™
• Capacity: 24-48 fibers

DryTech™ GRCLLDV, TOL 402 2042   Data Sheet
Slim loose tube cable with concentric core design, a thermoplastic cushion layer and a second outer sheath. The thermoplastic cushion layer makes the non-metallic cable suitable for installation along power lines, e.g. railway embankments. DryTech™  filling compound is used in the cable core. Maximum capacity is 16 tubes with 12 fibers in each.

• Design: Concentric core, small loose tubes only 2.4mm
• Type: Dielectric, thermoplastic cushion layer, DryTech™
• Capacity: 72-192 fibers

DryTech™ GRCLLDV, TOL 402 2043   Data Sheet
Slim loose tube cable with concentric core design, a thermoplastic cushion layer and a second outer sheath. The thermoplastic cushion layer makes the non-metallic cable suitable for installation along power lines, e.g. railway embankments. DryTech™  filling compound is used in the cable core. Maximum capacity is 16 tubes with 12 fibers in each.

• Design: Concentric core, small loose tubes only 2.4mm
• Type: Dielectric, thermoplastic cushion layer, DryTech™
• Capacity: 288 fibers

GASQWQBUV, TOL 402 1014   Data Sheet
Ribbon cable with slotted core design and corrugated steel tape protection providing superior fiber protection against rodents. Ideal for duct and direct buried installation in tunnels. The cable comes in two configurations; up to 96 fibers with 4-fiber ribbons and more than 96 fibers with 8-fiber ribbons. 

• Design: Slotted core ribbon
• Type: Corrugated steel tape reinforced, high crush resistance
• Capacity: 96-640 fibers

 

GASLLDV, TOL 402 1001   Data Sheet
4-fiber ribbon cable with slotted core design, a thermoplastic cushion layer and a second outer sheath. The thermoplastic cushion layer makes the non-metallic cable suitable for installation along power lines, e.g. railway embankments. 

• Design: Slotted core ribbon
• Type: Dielectric, thermoplastic cushion layer
• Capacity: 24-96 fibers

 
GASLLDV, TOL 402 1005   Data Sheet
8-fiber ribbon cable with slotted core design, a thermoplastic cushion layer and a second outer sheath. The thermoplastic cushion layer makes the non-metallic cable suitable for installation along power lines, e.g. railway embankments. 

• Design: Slotted core ribbon
• Type: Dielectric, thermoplastic cushion layer
• Capacity: 192 fibers