ABB 7GSP035477R0006 MCCB - TED MCCB, Heavy-Duty E150
Part Number: 7GSP035477R0006
Quick Summary
MCCB protection devices from ABB safeguard electrical distribution panels in heavy industrial environments, delivering fast tripping and precise overload protection. Many engineers struggle with space constraints, maintenance complexity, and the challenge of matching protection schemes to evolving plant configurations. This model’s E150 enclosed TED MCCB design emphasizes safe mounting in switchgear and panel enclosures, with robust IP-rated protection where dust and moisture are concerns. By standardizing on TED MCCB configurations, teams can reduce downtime, simplify sourcing, and accelerate commissioning while aligning with tariff code 8536200020 and common industry standards.
Product Information
Extended Description
7GSP035477R0006 ABB: MCCB ENCLOSED E150, TEDALBLQQFDXXXX5
Customs Tariff Number
8536200020
Product Main Type
TED MCCB
Product Name
7GSP035477R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Enclosed E150 frame provides robust protection against dust and moisture, reducing nuisance trips and extending device life; this translates to lower maintenance costs and improved panel reliability in harsh environments. Feature: TED MCCB main type; Business Impact: precise overload and short-circuit protection, coordinating safety with fast clearing times; Application: ideal for rugged industrial control panels where reliable protection is essential. Feature: tariff code 8536200020 and UNSPSC 39121616; Business Impact: streamlined procurement and standardized classification, accelerating sourcing and compliance checks; Application: procurement teams benefit from clear product metadata. Feature: WEEE Category Product Not in WEEE Scope; Business Impact: minimized disposal costs and regulatory burden; Application: cost-effective lifecycle planning in large-scale deployments. Feature: E150 enclosed design; Business Impact: easier integration with existing switchgear and panel enclosures; Application: quick installation and reduced retrofits in mature facilities. These considerations support long-term reliability, predictable maintenance, and improved uptime across industrial automation environments.
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FAQs
The 7GSP035477R0006 is designed for E150 enclosed configurations, providing robust protection in panel enclosures. Ensure mounting within a protected control cabinet or switchgear with adequate clearance for cooling and wiring access. Follow standard torque values for enclosure mounting hardware and verify compatibility with the enclosure’s IP rating to maintain protection integrity.
This device is a TED MCCB with a model designation 7GSP035477R0006. It features overload and short-circuit protection within an enclosed E150 frame. It is classified under Customs Tariff Number 8536200020 and UNSPSC 39121616, with a WEEE Category of Product Not in WEEE Scope. These data support reliable protection coordination and straightforward procurement.
Yes. The E150 enclosed TED MCCB is designed for rugged industrial environments where consistent protection and reliable tripping are required. Its enclosed form factor minimizes exposure to contaminants, while the TED MCCB architecture supports fast fault clearing and reduced downtime, making it well-suited for high-cycle applications in manufacturing and processing facilities.
The product metadata aligns with standard industrial classifications, including UNSPSC 39121616 and tariff code 8536200020, with WEEE scope noted as Product Not in WEEE Scope. While specific certifications like CE or IP ratings are commonly expected in ABB devices, always verify the exact certification marks for your region and application with the supplier or product datasheet before procurement.
The ABB 7GSP035477R0006 TED MCCB offers predictable protection and an enclosed E150 frame, which reduces preventive maintenance needs and unplanned downtime. Standardized product naming and clear tariff/classification data streamline inventory management and sourcing. Over the project lifecycle, this can translate to lower maintenance costs, faster commissioning, and improved uptime for critical industrial processes.