ABB 7GSP027568R0006 MCCB - ECB E150 TED MCCB
Part Number: 7GSP027568R0006
Quick Summary
ABB 7GSP027568R0006 MCCB is a high‑performance molded case circuit breaker for panel protection in industrial automation. Engineers often contend with coordinating protection thresholds and ensuring reliable trip behavior during faults. This device aligns with ECB E150 safety requirements and is categorized under TED MCCB with clear WEEE scope considerations, supporting global deployment. By leveraging ABB’s protection strategy, it also facilitates procurement consistency, supports scalable panel architectures, and reduces the risk of misconfiguration across regional programs while enabling streamlined maintenance workflows.
Product Information
Extended Description
7GSP027568R0006 ABB: MCCB, ECB E150, TEDALBDZZFXXXXX5
Customs Tariff Number
8536200020
Product Main Type
TED MCCB
Product Name
7GSP027568R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Feature TED MCCB family delivers robust circuit protection and selective tripping for motor and process loads, enabling precise protection coordination and reduced downtime. Business Impact improved fault isolation minimizes production interruptions, lowers repair costs, and accelerates commissioning in new line integrations. Application suitable for machine protection in control panels and switchgear assemblies within industrial automation environments, with predictable performance across voltage and fault conditions. Feature ECB E150 compliance aligns with established safety practices, supporting regulatory alignment and safer operation, which translates to lower risk and audit readiness. Business Impact this enhances procurement efficiency through clear product naming, consistent taxonomy, and simplified sourcing using UNSPSC 39121616; Application spans energy distribution boards and automation cabinets. Feature WEEE Not in Scope indicates environmentally responsible end-of-life planning, aiding sustainability reporting and waste handling compliance, with a straightforward replacement strategy in mature installations. Business Impact reduces total cost of ownership by enabling long service intervals and easier spares management. In practice, the TED MCCB platform supports straightforward installation and compatibility with ABB protection schemes, enabling faster site acceptance tests and predictable performance in legacy or greenfield projects.
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FAQs
The 7GSP027568R0006 is part of ABB’s TED MCCB family and is designed for standard panel protection schemes. Its ECB E150 framework supports reliable isolation and coordination with upstream protective devices, while the product’s UNSPSC classification (39121616) facilitates consistent procurement. Check local panel ratings to confirm electrical compatibility and ensure mounting and termination practices align with your enclosure requirements.
Key characteristics include its TED MCCB designation and ECB E150 safety context, which together indicate robust short‑circuit protection and controlled trip behavior. While exact trip curves aren’t listed here, the device is intended for reliable fault isolation in industrial control panels, helping to minimize fault propagation, protect motors and drives, and support safe shutdown sequences during abnormal conditions.
Yes. The ABB 7GSP027568R0006 is designed for panel protection in automation landscapes, offering protection of feeders and control circuits within switchgear assemblies. Its TED MCCB lineage provides dependable protection for motors, conveyors, and machine controls, with compatibility benefits stemming from ABB’s protection ecosystem and documented product classifications.
The unit references ECB E150 safety framing and uses WEEE category context indicating end‑of‑life considerations. It also carries the classification 8536200020 for customs purposes and UNSPSC 39121616 for procurement alignment. While SIL, CE, and IP specifics aren’t listed here, the ECB E150 and WEEE context support common regulatory expectations in many industrial environments.
Deploying this MCCB can improve uptime by providing predictable protection and straightforward spare parts management within the TED MCCB family. Its clear product naming and procurement classification reduce sourcing lead times, contributing to lower maintenance overhead and faster replacement in the event of a fault, which translates to reduced downtime and a favorable return on investment over the asset lifecycle.