Superior Essex 04-112-27 Multipair Cable

Designed for dependable, high-density runs in security, surveillance and telecom installations, the Superior Essex 04-112-27 Sealpic-F multipair cable delivers long-term reliability where it matters most. This 400-pair, 24 AWG solid multipair cable comes on a 2500' reel and features a fully flooded core and PE jacket to inhibit corrosion and water migration — making it suitable for low-risk direct burial or lashed aerial applications. Shielding and varied pair lay lengths reduce crosstalk and maintain signal integrity for voice, data and monitoring systems, while the tough polyethylene jacket provides thermal protection and UV resistance for outdoor deployments. Contractors and installers benefit from fewer splices, lower maintenance, and consistent performance across long distances, especially in security and surveillance networks, central office tie-ins, and campus backbone cabling. Choose the Superior Essex 04-112-27 Sealpic-F multipair cable when you need durable, moisture-resistant cabling for mission-critical low-voltage and telecom projects. Contact your supplier to specify reels for your next security or monitoring deployment.

• Built for long, reliable runs: 400-pair, 24 AWG solid construction delivers high-density connectivity with fewer splices, saving installation time and reducing failure points.
• Weatherproof protection for outdoor installations: fully flooded design and PE jacket inhibit corrosion and water migration for dependable direct-burial and lashed aerial use.
• Superior signal integrity: twisted pairs with varying lay lengths and shielding minimize crosstalk and maintain clear voice, data and surveillance signals across long distances.
• Rugged thermal and UV resistance: polyethylene jacket offers thermal protection and resists sunlight and atmospheric stresses to extend service life in harsh environments.
• Optimized for low-voltage systems: ideal for security, surveillance, monitoring and telecom infrastructure where consistent performance and moisture resistance matter.