Amphenol Sachsenkabel GT 450 Mobile Plastic Cable Drum Outdoor Robust

• High‑Class Portable Cable Drum for Professional Fiber Optic Deployment
  Designed as a robust, mobile cable drum (GT 450) for demanding field use, ideal for professional fiber optic installations in broadcasting, events, industrial, and outdoor telecom applications.
• Rugged Construction for Harsh Outdoor Environments
  Engineered for rough handling and adverse conditions; the durable plastic housing resists impact, moisture, and dirt, making it suitable for outdoor use and frequent transport.
• Compact and Ergonomic Form Factor
  Outer dimensions of approx. 555 mm (H) x 445 mm (W) x 310 mm (D) provide a practical balance of portability and capacity; the empty weight of only about 5.1 kg enables easy manual handling on site.
• High Cable Capacity Across Multiple Diameters
  Optimized drum geometry supports long cable runs:
  – Up to 420 m cable with Ø 5 mm
  – Up to 300 m cable with Ø 6 mm
  – Up to 210 m cable with Ø 7 mm
  – Up to 130 m cable with Ø 9.2 mm
  Weight example: approx. 15.0 kg with 300 m cable (depending on cable type).
• Optimized for Fiber Optic Cable Management
  Specifically designed to handle fiber optic cables without exceeding bend radius, reducing mechanical stress and helping maintain optimal optical performance over repeated deployments.
• Wide Range of High‑Performance Fiber Optic Cables
  Available pre‑assembled with quality fiber optic cables, including:
  – U‑DQ(ZN)11Y, Ø 6.5–7.7 mm with 12 / 24 fibers
  – A‑V(ZN)11Y(ZN)11Y, Ø 6.0 mm with 2 / 4 fibers
  – Other cable types on request for tailored configurations.
• Flexible Connector Configuration for Different Systems
  Supports a wide selection of connector interfaces, enabling interoperability with established field and network hardware:
  – Expanded beam connectors (Eurolens / HMA, Amphenol Precision Optics) for highly robust, dirt‑resistant field connections
  – MTP® (US Conec) for high‑density multi‑fiber connectivity
  – Fischer FO2 / FO4, LEMO 3K.93C series for broadcast and industrial environments
  – Standard single‑ and duplex connectors (LC, SC, E‑2000® / LSH)
  – Other connector systems on request for project‑specific requirements.
• Optional Internal Patch Panel for Clean Signal Distribution
  Can be equipped with an internal patch panel for structured connections directly on the drum:
  – Up to 12 × SC simplex adapters
  – Up to 12 × LC duplex adapters
  – Other adapter configurations on request.
  This allows quick plug‑and‑play access, easy testing, and flexible routing in the field.
• Integrated Cable Protection and Laying Tube
  Features an undetachable protection and cable laying tube that guides the cable during winding and unwinding, improving handling, protecting fibers, and extending cable service life.
• Auxiliary Coil for Pigtails and Patch Leads
  Optional auxiliary coil allows safe storage of patch cords, fan‑outs, or pigtails separately from the main trunk cable, reducing tangling and mechanical stress at connector ends.
• Harsh‑Environment Connector Options
  Available with ruggedized, environmental‑sealed connector solutions that withstand dust, moisture, and vibration, supporting reliable operation in military, industrial, and outdoor event scenarios.
• Complete Pre‑Terminated Cabling Solutions
  Offered as a fully assembled system including fiber cable, connectors, junction boxes, and internal patching (where required), minimizing on‑site termination work and installation time.
• Stackable Variant for Space‑Saving Storage (SK 450)
  Also available as the stackable SK 450 version, enabling safe stacking of multiple drums for organized storage, transport, and warehouse optimization.
• Ideal for Mobile, Temporary, and Rapid‑Deployment Networks
  Suited for OB vans, live events, temporary networks, LAN extensions, fiber to camera / stage boxes, emergency communications, and any application that requires fast roll‑out and reliable retrieval of fiber optic links.
• Low Maintenance and Long Service Life
  Corrosion‑free plastic drum with minimal moving parts delivers a long operational life and low maintenance requirements, even under frequent deployment cycles.

Applications of the GT 450 Mobile Cable Drum

The GT 450 Mobile Cable Drum is a robust, portable solution designed for reliable deployment and protection of fiber optic and hybrid cables in demanding field environments. Its compatibility with Eurolens (HMA), MTP®, Fischer, LEMO, LC, SC, and E‑2000® (LSH) connectors, along with options for internal patch panels and harsh‑environment connectors, makes it suitable for a wide range of professional applications.

1. Broadcast, Media, and Live Events

• Outdoor live TV and radio broadcasts – Temporary fiber links from OB vans to camera positions, commentary booths, and stage areas.
• Concerts, festivals, and touring productions – Rapid deployment of long fiber runs for audio, video, and lighting control signals across large venues and open-air stages.
• Sports events – Connection of cameras, VAR systems, timing systems, and media platforms around stadiums, arenas, and race tracks.
• Temporary broadcast studios – Fast setup of backbone connections between control rooms, editing suites, and equipment rooms in temporary or mobile studios.
• Event rental & staging companies – Reusable field cable systems that can withstand frequent transport and handling.

2. Field Deployment of Fiber Networks

• Temporary fiber optic links – Short- or medium-term data connections between buildings, containers, or network nodes on construction sites, campuses, and trade fairs.
• Fiber to the Event (FTTE) – High-bandwidth connectivity for conferences, exhibitions, and pop-up venues.
• Backbone and last‑mile extensions – Rapid rollout of temporary backbone or distribution fiber where permanent installation is not yet possible.
• Disaster recovery networking – Fast restoration of communication lines after network outages, natural disasters, or infrastructure failures.

3. Industrial, Utility, and Energy Sites

• Industrial plants and refineries – Robust fiber connectivity for monitoring, control, and temporary measurement setups in harsh industrial zones.
• Power generation and substations – Mobile communication and data links for commissioning, testing, and maintenance of power infrastructure.
• Oil, gas, and petrochemical facilities – Deployment of expanded beam and ruggedized connectors for reliable links in exposed outdoor areas.
• Mining operations – Temporary connections for cameras, sensors, and communication systems in open‑pit or above‑ground mine environments.

4. Military, Defense, and Security

• Tactical communication networks – Rapid-deploy fiber links between command posts, communication shelters, and sensor nodes.
• Field surveillance systems – Connection of remote cameras, radar units, and security sensors with ruggedized, expanded beam interfaces.
• Mobile command centers – High-bandwidth backbone for data, voice, and video between vehicles, tents, and temporary operation centers.
• Training grounds and test ranges – Temporary network infrastructure for instrumentation, evaluation, and communication systems.

5. Civil Protection, Emergency, and Public Safety

• Emergency communication networks – Quick setup of fiber links for police, fire, and rescue operations in crisis areas.
• Temporary command posts – Data and video connectivity between command vehicles, field hospitals, and coordination centers.
• Disaster relief operations – Establishment of resilient backbone connections when permanent infrastructure is damaged or unavailable.

6. Research, Test & Measurement, and Monitoring

• Field measurement campaigns – Mobile fiber connections for test equipment, data loggers, and monitoring systems in outdoor trials.
• Geophysical and environmental monitoring – Deployment of distributed sensor and monitoring networks (e.g., DAS/strain, temperature, seismic) using rugged fiber cables.
• Laboratory to field connections – Extending high-performance links from research facilities to test stands or outdoor experimental setups.
• Temporary CCTV and observation systems – Deployment of high-resolution camera and sensor networks for short-term studies or surveillance.