ABB MCCB 7GSP036458R0006 High-Capacity - ECB E150
Part Number: 7GSP036458R0006
Quick Summary
MCCB protection from ABB provides reliable overcurrent control for industrial motor panels and distribution systems. Users often face nuisance trips and downtime due to fluctuating fault currents and protection setting complexities. This solution aligns with ECB E150 standards for protective characteristics and is not in the WEEE scope, supporting compliant, safe installations. Pairing TED MCCB with ABB protection philosophy accelerates commissioning, reduces maintenance, and enables scalable protection across multi-line assemblies. The included UNSPSC 39121616 classification supports streamlined sourcing, while ABB compatibility minimizes integration risk. In practice, this MCCB enhances energy management and overall plant safety in harsh industrial environments.
Product Information
Extended Description
7GSP036458R0006 ABB: MCCB, ECB E150, TEDALCKNNFAXXXX5
Customs Tariff Number
8536200020
Product Main Type
TED MCCB
Product Name
7GSP036458R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
ABB's TED MCCB provides precise overcurrent protection for industrial motor circuits, delivering reliable fault isolation in demanding environments. This minimizes nuisance trips and unplanned downtime, helping keep large production lines and process lines running smoothly. By using a molded case design and calibrated trip curves, it protects drivers, contactors, and transformers while reducing arc energy exposure. Installation and commissioning are streamlined thanks to ABB's protection philosophy and compatibility with existing ABB panels. The unit supports straightforward wiring, standard enclosure fit, and easy accessory integration, enabling faster rollout across multiple lines. This reduces engineering time and lowers the risk of misconfiguration during changes in line topology. Key specifications and regulatory alignment include Customs Tariff Number 8536200020, UNSPSC 39121616, and a WEEE status of Product Not in Scope. ECB E150 compliant protective characteristics are embedded to ensure predictable trip behavior under overload and short-circuit conditions. The TED MCCB family provides scalable protection that fits a range of current ratings and fault levels. From a safety and reliability perspective, the device minimizes energy waste by isolating faults quickly and accurately, contributing to improved energy efficiency and reduced maintenance costs. In motor feeders and drive-enabled lines, dependable protection prevents costly motor damage and extends equipment life. The compact form factor also simplifies cabinet redesign during upgrades or expansions. Operational resilience is enhanced through ABB's spare parts network and long-term availability, ensuring sustained protection across plant footprints. The MCCB's established field service support reduces downtime during replacements and firmware updates, while maintaining a consistent protection philosophy across ABB's portfolio. This combination supports a strong ROI in high-demand manufacturing settings. Industry-specific value comes from clear trip signaling and compatibility with ABB control architectures, enabling synchronized protection and easier integration with SCADA or energy management systems. Overall, the ABB TED MCCB delivers protection accuracy, installation convenience, and lifecycle cost savings for industrial users.
Get a Quick Quote for a ABB 7GSP036458R0006
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 7GSP036458R0006?
Enquire Now
FAQs
This ABB MCCB is designed for straightforward integration with existing ABB protection schemes, offering standard enclosure fit and familiar wiring practices. It minimizes cabinet redesign and reduces engineering time during upgrades or expansions, making it a practical choice for panel builders and OEMs.
ECB E150 references protective characteristics and performance criteria used to validate circuit-breaker behavior under overload and short-circuit conditions. For this model, it translates to predictable trip curves, safer fault isolation, and improved protection reliability in motor circuits.
Yes. The TED MCCB is specifically suited for motor feeders and drive-enabled lines, delivering fast fault isolation, reduced arc energy exposure, and scalable protection across multiple lines. It supports stable protection strategies in manufacturing and processing environments.
In addition to ECB E150, the product is classified under UNSPSC 39121616 and is in the WEEE category: Product Not in WEEE Scope. These classifications help with procurement ERP tagging and regulatory compliance in global supply chains.
The MCCB reduces downtime through reliable protection, lowers maintenance costs with predictable trip behavior, and minimizes spare parts inventory by aligning with ABB protection portfolios. Over the equipment lifecycle, teams typically see lower energy losses from fault events and streamlined audits.