ABB 7GSP050024R0006 TED MCCB - E150 Enclosed
Part Number: 7GSP050024R0006
Quick Summary
TED MCCB from ABB provides reliable overcurrent protection for switchgear and control panels in industrial environments. Upgrading protection can be daunting when enclosure fit, wiring complexity, and uptime targets collide with budget. Note: Certifications to verify include CE marking, IP ratings, and SIL capability, depending on regional requirements, though not specified in this data. This solution supports seamless panel integration, code-compliant performance, and long-term maintenance cost reductions, reinforcing safety and efficiency in automation systems. Engineers will appreciate predictable lead times, streamlined rework, and compatibility with ABB's TED MCCB family for future expansion. From panel builders to procurement teams, the solution aligns with common project milestones and compliance checklists.
Product Information
Extended Description
7GSP050024R0006 ABB: ENCLOSED TED E150, TEDALCTSSMUXXXX5
Customs Tariff Number
8536200020
Product Main Type
TED MCCB
Product Name
7GSP050024R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
The enclosed TED E150 design provides a ready-to-install enclosure that protects the MCCB from dust, splash, and incidental contact. This enclosure reduces field wiring exposure, speeds commissioning, and lowers risk. It’s well suited for panel builders and OEMs integrating protection in motor control centers and switchgear where safe enclosure is critical. Feature: TED MCCB overcurrent protection for motor circuits. Business Impact: minimizes nuisance trips, protects conductors and motor windings, and extends motor life. Application: effective in feeders and distribution panels requiring reliable short-circuit isolation. Feature: Clear product classifications and standardized data support procurement and compliance. Business Impact: reduces procurement lead times and regulatory risk; Application: enterprise supply chains and project documentation. Feature: Enclosure compatibility and future expandability with ABB TED MCCB family. Business Impact: simplifies upgrades, maintenance, and spare parts planning. Application: existing installations seeking scalable protection. Objection Handling: For busy sites, the enclosed design and standard mounting patterns reduce integration risk and field rework, delivering faster project turnover. Industry context: The design aligns with common industry practices for motor protection, panel protection, and industrial automation workflows.
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FAQs
Compatibility is strong thanks to the enclosed E150 TED design and a standard mounting footprint that align with common ABB and third-party panels. It simplifies retrofits and reduces wiring changes while preserving protective coordination with upstream devices. Before purchase, verify enclosure dimensions, terminal layout, and any accessory requirements to ensure seamless integration with your existing MCCB lineup.
TED MCCBs deliver reliable overcurrent protection for motor circuits, interrupting fault current to protect conductors and motor windings. They support coordinated trip behavior with upstream devices and minimize nuisance trips in normal startup conditions. For installation, ensure the rating and trip curve match your motor horsepower and feeder protection strategy.
Installation considerations include ensuring the enclosure rating is suited to your environment, verifying wiring access, and aligning with standard ABB mounting patterns. The E150 enclosure helps contain spills and dust, but verify clearances for service access and compliance with local electrical codes.
Certifications to verify include CE marking, IP rating, and SIL capability where applicable, depending on regional requirements. The provided data shows UNSPSC and WEEE classification; confirm with ABB catalogs or local distributors for the exact regulatory certifications required for your project.
Upgrading to this TED MCCB can reduce maintenance and downtime through improved protection coordination and faster diagnostics, translating to lower energy waste and fewer outages. The enclosure and standardized interfaces shorten installation time, while long-term parts availability from ABB supports a lower total cost of ownership.