ABB TEY MCCB 7GSP006379R0006 - 2 Pole 40A BRKR
Part Number: 7GSP006379R0006
Quick Summary
ABB TEY MCCB 7GSP006379R0006 is a 2-pole molded case circuit breaker designed for distribution boards and motor control centers. Engineers often confront nuisance trips and cramped panel spaces that complicate maintenance and upgrades. Documentation confirms CCC and UKCA declarations with 'No certification needed', smoothing regulatory steps for plant-wide rollouts. The compact TEY MCCB design supports quick integration with ABB panels and other standard assemblies, reducing downtime and field labor. With a 40A rating, it delivers reliable protection for feeders and motors, enabling scalable protection strategies across sites. In practice, it helps engineers tighten compliance while lowering spare parts and maintenance costs.
Product Information
Extended Description
7GSP006379R0006 ABB: TEYH 2 POLE 40A BRKR
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: 2-pole 40A TEY MCCB design. Business Impact: robust overcurrent and short-circuit protection for feeders and motors, reducing unplanned downtime. Application: suitable for MCCs and distribution panels in industrial environments. Feature: TEY MCCB family compatibility. Business Impact: standardization across multiple panels lowers spare parts inventory and training time. Application: plug-and-play integration within ABB and compatible control enclosures. Feature: installation efficiency. Business Impact: compact form factor and straightforward wiring reduce commissioning time and labor costs. Application: retrofit projects and new installations in tight panel spaces. Feature: regulatory declarations. Business Impact: no additional certification steps required in CCC/UKCA contexts, expediting procurement. Application: procurement for sites with streamlined governance. Feature: safety and reliability. Business Impact: proven protection for feeders and loads with predictable trip characteristics, improving overall plant uptime. Application: critical power paths in production lines and automation cabinets. Feature: sustainability and lifecycle. Business Impact: WEEE and UNSPSC classifications support compliant disposal and accurate sourcing. Application: end-of-life planning and supplier categorization in maintenance programs.
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FAQs
This MCCB is designed for straightforward integration into standard ABB and compatible control panels. The 2-pole 40A configuration matches typical feeder and motor protection requirements, while its compact TEY family footprint minimizes panel intrusion. Verify busbar spacing and terminal torque specs during pre-assembly to ensure smooth field installation.
Key specs include a TEY MCCB family designation, 2-pole configuration, and a 40A rating. The device provides overcurrent and short-circuit protection suitable for feeders and motors within MCCs and distribution panels. It supports reliable operation in industrial environments with predictable trip characteristics and quick reset after protection events.
Yes. The 2-pole TEY MCCB design is well-suited for motor control centers, offering dependable protection for motor feeders and associated circuits. Its compact form factor helps optimize panel space, while its mounting and wiring compatibility streamline MCC assembly and future expansions.
Documentation lists CCC and UKCA declarations with 'No certification needed', reducing regulatory overhead for some projects. While CE labeling is common in many regions, this model’s documentation emphasizes CCC/UKCA pathways and associated compliance data, aiding procurement decisions in sites prioritizing streamlined regulatory steps.
The ABB TEY MCCB offers predictable protection with minimal nuisance trips, lowering maintenance interventions. Its compact install reduces labor during replacements and upgrades, while standardized Bray-compatibility minimizes spare parts variety. Overall, organizations can expect reduced downtime, faster capital projects, and improved lifecycle cost management.