ABB 2CPX020394R9999 PAC1631G1A TBB Cu 1600A 3p Cable - U
Part Number: 2CPX020394R9999
Quick Summary
ABB 2CPX020394R9999 is a high-capacity 3-phase cable assembly for 1600 A power distribution. Engineers seek reliable installations with predictable lead times and minimal risk in large switchgear projects. This data references WEEE Category and Object Classification Code U, with broader standards to verify CE, IP, or SIL certifications from ABB catalogs. Outfitted for robust industrial automation, it delivers efficiency gains, safer maintenance, and predictable total cost of ownership. Its packaging and weight data support logistics planning, while the 1 piece per package level simplifies inventory control. In practice, procurement teams reduce risk by citing compatibility with ABB standard components and easy installation in field wiring.
Product Information
Extended Description
2CPX020394R9999 ABB: PAC1631G1A TBB Cu 1600A 3p Cable TX Fix
WEEE Category
Product Not in WEEE Scope
Environmental Information
Breakers - Packaging disposal information
Product Net Weight
22.518 kg
Package Level 1 Units
1 piece
Package Level 1 Gross Weight
23.419 kg
Object Classification Code
U
High-current capability is built around the 1600 A copper conductor design, enabling reliable service for large feeders in industrial power systems. This reduces the need for parallel runs and simplifies protection coordination in switchgear assemblies, which translates into faster commissioning and lower upfront capital expenditure. Cu conductors deliver low electrical resistance, improving efficiency and reducing heat generation under heavy-load conditions. In practice, this means lower energy losses and longer component life in 3p configurations, supporting longer intervals between maintenance cycles and reduced operating costs. Single-piece packaging simplifies logistics and inventory management, reducing miscounts and streamlining receiving processes on site. The product net weight of 22.518 kg and gross weight of 23.419 kg support accurate freight planning and safer material handling during installation. WEEE Category indicates the product is not in scope for certain electrical waste programs, while ABB packaging disposal guidance supports sustainable end-of-life planning. This clarity reduces regulatory risk in regulated markets and simplifies compliance workflows for project teams. The assembly is designed for compatibility with ABB standard components and 1-piece handling, enabling faster installation and fewer field errors. On-site wiring time is minimized, with a better fit and secure termination for 3p, 1600 A applications, delivering real-world productivity gains on demanding automation projects.
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FAQs
This 1600 A, 3-pole copper cable assembly is designed for high-capacity power distribution in industrial environments. It fits main feeders in switchgear and large motor supply circuits, enabling reliable protection coordination and simplified panel builds when paired with ABB standard components.
Single-piece packaging reduces handling steps, lowers the risk of miscounts, and streamlines receiving inspections on site. When combined with the 22.518 kg net weight and 23.419 kg gross weight, it supports accurate freight planning and safer, faster on-site installation without unnecessary unpacking or inventory errors.
The product data specifies WEEE Category and Object Classification Code U, but it does not provide explicit CE, IP, or SIL certifications. To confirm, consult ABB official catalogs or the product datasheet for the latest certification status and any country-specific compliance requirements.
Net weight is 22.518 kg with a gross weight of 23.419 kg, aiding logistics and rigging planning. Environmentally, the data notes packaging disposal guidance and that the product is not in WEEE scope, helping customers plan end-of-life handling and regulatory compliance accordingly.
Benefits include reduced losses from copper conductors, fewer assembly parts due to single-piece packaging, and faster installation in high-capacity feeders. These factors can shorten project timelines, lower labor costs, and improve system reliability, delivering a favorable total cost of ownership for large-scale power distribution projects.