ABB 7GSP035478R0006 MCCB Enclosed - TED MCCB E150
Part Number: 7GSP035478R0006
Quick Summary
ABB 7GSP035478R0006 MCCB Enclosed E150 protects electrical distribution panels from overload and short circuits in industrial plants. Engineers often struggle with reliable protection in compact switchgear without increasing footprint or compromising safety. While the data confirms UNSPSC 39121616 and that this unit falls under WEEE not in scope, there is no explicit CE, SIL, or IP rating listed here—verify with ABB's official datasheet for your regulatory needs. Leveraging TED MCCB technology and the E150 frame, this enclosure simplifies installation, enhances fault isolation, and supports predictable maintenance windows. In practice, selecting this MCCB can reduce downtime and improve panel reliability while aligning with procurement workflows for industrial automation projects.
Product Information
Extended Description
7GSP035478R0006 ABB: MCCB ENCLOSED E150, TEDALBLQQFVXXXX5
Customs Tariff Number
8536200020
Product Main Type
TED MCCB
Product Name
7GSP035478R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
The enclosed TED MCCB with an E150 frame provides rugged overcurrent protection inside a compact enclosure. This configuration minimizes dust ingress and allows safe installation within standard switchgear and distribution panels, reducing wiring errors and commissioning time. In industrial applications, this translates to faster startup, fewer false trips, and improved reliability for manufacturing lines and process skids. Trade compliance is streamlined by the documented Customs Tariff Number 8536200020, helping procurement teams align sourcing with regional regulations and reduce customs clearance delays during international shipments. This clarity supports faster project timelines and lowers total landed cost by avoiding port hold-ups. Product Main Type TED MCCB indicates precise protection class and interrupting capability, enabling accurate coordination with downstream devices and minimizing nuisance trips in heavy machinery. External classifications like UNSPSC 39121616 and the WEEE status 'Product Not in WEEE Scope' assist compliant procurement and end-of-life planning, while enclosure design simplifies mounting in panels and reduces maintenance exposure. Overall, EN closed TED MCCB technology offers reliability, serviceability, and a lower total cost of ownership for automotive, packaging, and general machinery environments.
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FAQs
This ABB TED MCCB is designed for enclosure mounting within standard electrical panels and distribution boards. Its enclosed E150 format supports straightforward integration into existing switchgear, simplifying wire routing and reducing exposure to dust and debris. For best results, verify mounting dimensions in the official datasheet and ensure downstream coordination with adjacent protective devices to maintain selective tripping and minimize downtime.
The device uses TED MCCB technology within an enclosure rated for industrial environments, providing reliable overcurrent protection and improved fault isolation. The E150 frame supports appropriate interrupting ratings for distribution panels, while enclosure design enhances safety during maintenance and reduces risk from dust ingress or incidental contact in busy plant settings.
The provided data does not specify CE, SIL, or IP ratings. For compliance-critical installations, consult ABB’s official datasheet or contact a sales engineer to confirm regulatory certifications and clearance requirements before deployment in your facility.
The Customs Tariff Number 8536200020 is documented to align sourcing with import regulations and can streamline customs clearance for international shipments. Using this reference reduces procurement delays, supports accurate invoicing, and helps ensure that the MCCB is categorized correctly in ERP and procurement systems.
Maintenance benefits come from reliable protection and reduced nuisance trips, which translate to less unplanned downtime. The enclosure minimizes ingress-related wear, and predictable trip characteristics aid maintenance planning. ROI gains typically come from shorter downtime, faster replacement cycles, and smoother commissioning in panels and switchgear across manufacturing or processing environments.