ABB 7GSP035483R0006 MCCB Enclosed E150 - TED MCCB
Part Number: 7GSP035483R0006
Quick Summary
ABB 7GSP035483R0006 MCCB Enclosed E150 protects electrical circuits in industrial automation panels. Engineers often struggle with cramped control cabinets, where space constraints complicate wiring and fast fault isolation. This enclosed TED MCCB delivers compact, integrated overcurrent protection for panel builders and maintenance teams, reducing wiring length and downtime. The provided data notes the product’s main type as TED MCCB and its classification within the TED MCCB family, supporting straightforward integration with ABB protection platforms. While exact CE, IP, or SIL certifications are not specified in the data, ABB’s TED MCCB line is designed for reliable performance in harsh industrial environments. For business value, this solution supports faster commissioning and easier spare-part management, improving overall line reliability and capital efficiency. It’s well-suited for control panels and automation racks.
Product Information
Extended Description
7GSP035483R0006 ABB: MCCB ENCLOSED E150, TEDALBNQQJUSXXX5
Customs Tariff Number
8536200020
Product Main Type
TED MCCB
Product Name
7GSP035483R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Enclosed E150 design minimizes exposure to dust and accidental contact, improving safety and longevity in dense control cabinets. The ABB 7GSP035483R0006 uses TED MCCB technology to deliver predictable short-circuit protection with a compact footprint, enabling higher packing density in automation racks and easier future expansion. This configuration simplifies wiring logistics and reduces installation time, supporting faster project timelines and clearer documentation for maintenance teams. From a procurement perspective, the model aligns with the Product Main Type TED MCCB and carries UNSPSC 39121616, streamlining part numbering, cataloging, and cross-sourcing across multiple sites. Lifecycle benefits include easier spares management and improved panel reliability, translating to reduced downtime costs and better total cost of ownership for modern electrical protection schemes. Compatibility with ABB switchgear and common control-panel mounting patterns further accelerates commissioning and retrofit programs. Industry practice favors TED MCCB solutions for scalable protection in modular automation architectures.
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FAQs
For successful installation, plan for the enclosed E150 form factor to fit within your control cabinet footprint and allow adequate clearance for wiring and terminal access. Verify mounting compatibility with existing panel hardware and ensure wiring routes minimize bend radii. Use standard protection sequences in line with TED MCCB integration guidelines to maintain clear labeling and serviceability during future maintenance.
The TED MCCB in the 7GSP035483R0006 delivers reliable overcurrent protection with fast fault isolation in a compact enclosure. Expect consistent trip behavior aligned with typical TED MCCB performance across industrial applications. Its design supports straightforward coordination with upstream protection devices and ABB protection ecosystems, simplifying settings adjustments and diagnostic checks during commissioning.
Yes, the enclosed E150 TED MCCB is well-suited for control panels and automation racks in manufacturing environments. Its enclosure provides protection against dust and accidental contact, enabling dense panel layouts. The device supports predictable protection cycles, aiding uptime, efficient maintenance, and easier scaling as line complexity grows in automated lines.
The provided data lists the UNSPSC classification and WEEE category, with the WEEE status indicating non-scope for waste electrical and electronic equipment. Specific certifications such as CE, IP ratings, or SIL are not stated in the data; confirm with ABB for exact regulatory certifications and safety ratings relevant to your region and application.
Maintaining this TED MCCB within enclosed panels supports faster fault isolation and easier spare-part management, contributing to reduced downtime. The compact design lowers panel footprint and wiring complexity, which can shorten installation times and lower labor costs. Confirm lifecycle expectations with ABB for replacement intervals, test procedures, and part availability to maximize ROI across your automation projects.