ABB 7GSP035471R0006 MCCB ENCLOSED E150 - TED MCCB
Part Number: 7GSP035471R0006
Quick Summary
ABB 7GSP035471R0006 MCCB ENCLOSED E150 provides reliable medium-voltage protection for industrial automation panels. Engineers often contend with tight spaces, downtime, and slow procurement when upgrading protective devices, which can stall critical line uptime. This model aligns with key classifications like UNSPSC 39121616 and the WEEE status, supporting straightforward compliance checks and efficient purchasing. By combining compact protection with easy installation and robust safety features, it lowers total cost of ownership and accelerates panel integration for OEMs and maintainers alike.
Product Information
Extended Description
7GSP035471R0006 ABB: MCCB ENCLOSED E150, TEDALBJUUFXXXXX5
Customs Tariff Number
8536200020
Product Main Type
TED MCCB
Product Name
7GSP035471R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Enclosed MCCB with E150 trip unit delivers compact, robust protection. This design reduces panel footprint and simplifies wiring, translating into faster assembly and lower enclosure costs. It is well-suited for machine builders and control panels in manufacturing where space is at a premium. TED MCCB main type offers precise current limiting and safe fault interruption. Business impact: improves coordination with upstream protection and minimizes false trips, increasing line uptime. Application: compatible with ABB systems and common electrical cabinets in automated processes. Customs tariff number 8536200020 ensures import compliance and reduces customs delays. Business impact: smoother procurement, predictable landed costs, and faster project timelines. Application: enterprise procurement for global plants requiring documented tariff data. WEEE Category: Product Not in WEEE Scope. Business impact: supports environmental compliance and asset management strategies for global operations. Application: organizations seeking responsible end-of-life planning and waste reduction. UNSPSC 39121616 classification supports cataloging and e-procurement workflows. Business impact: improves searchability, ERP alignment, and supplier onboarding. Application: streamlined sourcing across multinational plants. Installation compatibility and mounting flexibility provide straightforward wiring and mounting workflows, reducing commissioning time and enabling rapid deployment in existing automation cabinets.
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FAQs
The 7GSP035471R0006 is designed for enclosed protection in typical ABB and third-party panels, offering a compact footprint and straightforward wiring. It supports common mounting configurations found in control cabinets, reducing retrofits and enabling faster commissioning in machine builds and automation racks.
This device uses a TED MCCB with an E150 trip unit, delivering reliable overload and short-circuit protection. While exact current ratings and trip curves vary by application, the E150 module provides precise protection coordination with upstream devices, helping to minimize nuisance trips and protect critical motors and feeders in automated lines.
Yes. The TED MCCB design is well-suited for motor protection in manufacturing environments, offering rapid fault interruption and selectivity with downstream protection schemes. Its enclosed E150 form factor also facilitates safe installation inside machine control cabinets and centralized distribution panels, supporting uptime and safe maintenance practices.
The product data notes UNSPSC 39121616 and WEEE status as Product Not in WEEE Scope, which aids procurement and environmental planning. For formal certifications, verify with the supplier the CE/UL/IEC and any region-specific approvals applicable to your site and customers, ensuring full regulatory alignment beyond the provided data.
Adopting the 7GSP035471R0006 can reduce downtime through robust protection and fewer nuisance trips, while its enclosure and installation simplicity shorten commissioning and start-up times. Over the equipment life, this translates to predictable maintenance planning, lower labor costs, and a favorable return on investment for high‑volume automation projects.