Ubiquiti UACC-CABLE-PT-10M UV-Resistant DC Power Cable
Overview
The Ubiquiti UACC-CABLE-PT-10M is a 10-meter outdoor-rated DC power distribution cable engineered for extended cable runs in exposed environments. Standard unshielded power cables degrade rapidly under UV exposure and moisture cycling—the UACC-CABLE-PT-10M (often searched as UACC CABLE PT 10M) solves that problem with a UV-resistant jacket and all-weather construction that holds up in full sun, salt spray, temperature swings, and direct rain. If your site has access points, radios, or distributed antenna systems mounted 30+ feet from the power source, a degraded cable means voltage drop, intermittent power resets, and field service calls. This cable is built to avoid that.
Key Features
- 10-meter length: Covers extended runs across rooftops, tower segments, or distributed installations without intermediate terminations. Longer runs reduce connector count and potential failure points.
- UV-resistant white jacket: Blocks ultraviolet degradation that turns standard PVC brittle and cracking within 12–24 months of outdoor exposure. Extends cable life to 5+ years in direct sunlight.
- All-weather construction: Rated for moisture ingress, thermal cycling, and temperature extremes typical of outdoor sites. Won't fail during freeze-thaw cycles or after heavy rain.
- Male power transport connectors (both ends): Integrated design eliminates the need for separate barrel connectors or adapters. Mates directly with Ubiquiti UISP power distribution infrastructure and third-party power transport-compatible equipment, reducing assembly complexity on-site.
- Secure termination: Connector-to-connector fit is engineered to prevent accidental disconnection from vibration, thermal expansion, or cable tension.
- Standardized DC power transport: Compatible with Ubiquiti UISP systems and similar power distribution architectures used in enterprise wireless deployments, outdoor surveillance, and ISP backhaul networks.
Integration and Compatibility
The UACC-CABLE-PT-10M integrates with Ubiquiti UISP power distribution systems and any outdoor access point, radio, or antenna system equipped with male power transport connectors. Commonly deployed in wireless ISP networks, carrier point-to-point backhaul, enterprise campus Wi-Fi, and distributed antenna system (DAS) installations where primary power cabinets are located in sheltered central points—buildings, utility boxes, or weatherproof enclosures—and remote nodes require extended, weather-proof power feeds. The white jacket provides visual distinction from signal cables and ground wires, reducing installation confusion in dense multi-cable environments.
Deployment Considerations
Verify connector compatibility with your power transport system before ordering. While male-to-male connectors are standard across most Ubiquiti UISP deployments, legacy or third-party systems may use barrel connectors or proprietary terminations. For runs longer than 10 meters, cascade multiple cables using in-line couplers rated for power transport duty—standard couplers may introduce resistance and voltage drop. Route the cable away from sharp edges, abrasive straps, and mechanical stress points; UV resistance protects the jacket, but physical damage can still occur. In environments with heavy UV (equatorial or high-altitude sites) or aggressive moisture (coastal salt spray), inspect the cable annually for signs of jacket degradation or connector corrosion.
Frequently Asked Questions
Q: What voltage and current does the UACC-CABLE-PT-10M support?
A: The cable is a DC power transport conduit; voltage and current ratings depend on the power distribution equipment it connects. Consult your Ubiquiti UISP power supply or third-party power distribution unit specifications for rated DC voltage and amperage.
Q: Can I use this cable indoors?
A: Yes, the cable is suitable for both indoor and outdoor runs. However, the UV-resistant jacket is optimized for outdoor environments. For indoor-only installations, shorter standard DC cables may be more cost-effective.
Q: Is the UACC-CABLE-PT-10M suitable for cable runs over 10 meters?
A: This cable is 10 meters long. For longer runs, you can cascade multiple cables using compatible in-line couplers, but consider power loss (voltage drop) over extended distances—consult your system engineer or power distribution specifications.
Q: Does UV resistance mean it will never degrade?
A: UV-resistant does not mean UV-proof. The jacket is engineered to resist degradation far longer than standard PVC (5+ years vs. 12–24 months in full sun), but prolonged exposure will eventually age any plastic. Routine inspection is recommended in high-UV environments.
Q: What is the difference between this cable and a standard DC power cable?
A: Standard DC cables use unshielded PVC jackets that degrade rapidly under UV and moisture. The UACC-CABLE-PT-10M uses UV-resistant, all-weather materials and male power transport connectors optimized for outdoor Ubiquiti UISP infrastructure, eliminating the need for separate adapters or barrel connectors.
Ted PerryPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
The UACC-CABLE-PT-10M solves a real field problem: standard DC power cables fail in outdoor sun exposure, usually within the first 18 months, leaving you with intermittent power dropouts at remote nodes. I've seen installers reach for automotive or marine-grade cables as workarounds—which works, but adds cost and inventory complexity. The Ubiquiti cable is purpose-built for this job: 10 meters of UV-resistant jacket rated for all-weather outdoor duty, with male power transport connectors on both ends that integrate cleanly into UISP infrastructure without barrel connector adapters.
Technical Highlights:
- UV-resistant white jacket: Extends cable lifespan from 12–24 months (standard PVC) to 5+ years in direct sunlight. The white color also improves visibility in dense cable trays and reduces thermal absorption compared to black jackets.
- All-weather construction: Rated for temperature cycling, moisture ingress, and salt spray environments. Your coastal or high-altitude sites won't see premature jacket cracking or connector corrosion within the first few years.
- 10-meter length with integrated male connectors: Eliminates the need for separate barrel connectors or DIN adapters. Reduces assembly steps on-site and cuts potential failure points by one connector pair per run.
Deployment Considerations:
- Verify that your power distribution equipment or access points use male power transport connectors; legacy equipment with proprietary barrel connectors will require an adapter, defeating the cost benefit.
- Watch for voltage drop on extended cascaded runs: if you need 20+ meters of cable, you'll be splicing or coupling multiple cables together. Each coupling adds resistance; model your DC voltage loss over the total run length before deployment.
Deploy this cable in any outdoor wireless or distributed antenna installation where the primary power cabinet is sheltered and remote nodes pull power over extended runs. ISP backhaul, enterprise campus Wi-Fi, and carrier DAS networks are the sweet spot. It's worth the upfront cost versus replacing standard cables every 18–24 months across a multi-site deployment.
