ABB 7GSP006470R0006 TEY MCCB - 2 Pole 80A XPORT MKD
Part Number: 7GSP006470R0006
Quick Summary
ABB TEY MCCB protects electrical distribution in industrial automation panels with compact molded-case protection. For operators wrestling with nuisance trips or challenging panel integration, this device delivers reliable overcurrent protection and straightforward mounting. Declarations show CCC and UKCA are not required for this model, while UNSPSC 39121616 and WEEE classification help with procurement and sustainability. From a business perspective, it reduces downtime, simplifies panel design, and leverages ABB’s proven reliability for long-term ownership. Engineers appreciate predictable trip behavior and clear labeling that speeds commissioning. The design supports easy integration in both new builds and retrofits, enabling faster project timelines and lower lifecycle costs. Combined with ABB's global service network, this MCCB offers confidence during audits and maintenance. In practice, it enables safer, compliant electrical protection with minimal training for technicians.
Product Information
Extended Description
7GSP006470R0006 ABB: TEYL 2 POLE 80A BRKR XPORT MKD
Product Main Type
TEY MCCB
Product Name
TEY MCCB
Declaration of Conformity - CCC
No certification needed
Declaration of Conformity - UKCA
No certification needed
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Feature to benefit alignment drives measurable value across your operation. The 2-pole, 80A TEY MCCB delivers precise overcurrent protection for distribution circuits, reducing nuisance trips and enabling selective coordination in panel assemblies. This compact molded-case design saves space, simplifies cabinet layouts, and speeds commissioning for busy control rooms and packaging lines. The XPORT MKD compatibility adds installation flexibility, allowing seamless integration with ABB accessories and existing busbar configurations, which shortens installation time and minimizes wiring complexity. From a procurement perspective, the TEY MCCB aligns with standard UNSPSC classifications and WEEE requirements, helping streamline purchasing and end-of-life planning. Maintenance benefits include straightforward replacement and robust reliability typical of ABB protective devices, translating into lower lifecycle costs and fewer service interruptions.
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FAQs
The ABB TEY MCCB is designed for standard MCCB mounting in distribution panels. It offers a compact footprint, straightforward installation, and compatibility with common panel layouts. Ensure correct pole configuration (2-pole) and verify torque specs in the installation manual. For retrofit projects, check existing busbar interfaces and available accessory options to optimize space utilization.
This model is a TEY MCCB with a 2-pole configuration rated at 80 A. It provides overcurrent protection for distribution circuits and is intended for panel-mounted protection in industrial environments. Verify trip curves and coordination with downstream devices in your protection scheme to ensure proper selective tripping and safety margins.
Yes, TEY MCCBs are commonly used for motor protection in manufacturing environments when paired with appropriate overload protection and motor protection coordination. For best results, dimension the device to the motor’s full-load current and harmonize with motor starters or soft starters, ensuring proper start-up behavior and short-circuit protection within the drive or controller cabinet.
Product declarations indicate CCC and UKCA are not required for this model. This is complemented by UNSPSC 39121616 and a WEEE classification of 'Product Not in WEEE Scope' for procurement and recycling planning. Always verify local regulatory requirements for your region and project-specific compliance needs.
The MCCB’s robust build and ABB reliability contribute to reduced downtime and longer service intervals, improving overall equipment effectiveness. Quick replacement and straightforward integration with existing ABB accessories help shorten maintenance cycles. While exact ROI depends on your uptime metrics and panel design, users typically see improved availability and lower lifecycle costs.