ABB PAC1641G3A Cable TX - 1600A 4P, WEEE Not in Scope
Part Number: 2CPX022614R9999
Quick Summary
PAC1641G3A Cable TX is a high-current power transmission solution designed for 1600A, 4-pole installations in switchgear and MCCs. Engineers often contend with bulky, heavy conductors and heat buildup that slow installation and erode long-term reliability. In this product family, the WEEE category is Product Not in Scope and packaging disposal information is provided; the object classification code is U. While certifications such as CE compliance, IP ratings, and SIL considerations depend on regional approvals, ABB products in this class typically align with regional standards and require validation at the point of use. Using ABB PAC1641G3A supports reliable power distribution, reduces lifecycle costs, and improves safety through precise terminations and consistent copper conductors, delivering value to procurement and operations teams.
Product Information
Extended Description
2CPX022614R9999 ABB: PAC1641G3A TBB Cu 1600A 4p Cable TX With
WEEE Category
Product Not in WEEE Scope
Environmental Information
Breakers - Packaging disposal information
Product Net Weight
26.355 kg
Package Level 1 Units
1 piece
Package Level 1 Gross Weight
27.409 kg
Object Classification Code
U
High-conductivity copper core delivers lower resistive losses at the 1600A rating, enabling more efficient power delivery and smaller cabling footprints in switchgear. This translates to reduced heat load, improved energy efficiency, and simpler busbar routing within MCCs. The 4-pole configuration simplifies wiring, enhances safety during terminations, and supports more compact layouts with predictable electrical behavior for high-current systems. With a net weight of 26.355 kg and a gross weight of 27.409 kg, handling and installation planning become more efficient, reducing field downtime and on-site labor requirements. The product’s WEEE Category designation as not in scope helps streamline regulatory compliance and potential end-of-life planning, while packaging disposal information aids sustainability reporting. Compatibility with standard termination schemes and ABB interfaces enables faster commissioning and fewer re-works during upgrades. Overall, the solution offers robust reliability, simplified installation, and cost-effective lifecycle management for demanding MCC and switchgear applications.
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FAQs
PAC1641G3A Cable TX employs a 4-pole copper configuration designed for typical ABB and compatible switchgear terminations. It supports standard busbar interfaces and termination practices, provided installation torque, clearance, and conductor routing guidelines are followed. Verify regional connector standards and perform a pre-assembly fit check to ensure seamless commissioning and minimize re-termination work in the field.
Key specifications include a 1600A current rating and 4-pole construction using copper conductors, which offers low electrical resistance and stable voltage drop under high-load conditions. The 26.355 kg net weight informs handling and support planning, while the 27.409 kg gross weight aids transport and on-site logistics. These factors together support reliable motor control and switchgear performance in demanding environments.
Yes, the PAC1641G3A Cable TX is designed for high-current distribution in motor control centers and heavy-duty switchgear. Its copper conductor and 1600A rating are aligned with the needs of industrial power distribution, where robust electrical performance, compact routing, and dependable terminations reduce downtime and maintenance effort in demanding environments.
Regional certifications such as CE compliance, IP ratings, and SIL considerations should be checked for your specific project location. ABB components in this class commonly support regional standards, but you should verify applicable regulatory requirements and site-specific approvals before installation to ensure full compliance and safe operation.
The 1600A, 4-pole design together with copper conductors gives predictable performance with reduced heat buildup, lowering cooling and energy costs. The cable’s weight characteristics facilitate faster handling and installation, potentially shortening downtime during commissioning. In the long term, reliable terminations and standardized components contribute to lower maintenance complexity and improved total cost of ownership.