ABB 7GSP036451R0006 MCCB - TED MCCB ECB E150
Part Number: 7GSP036451R0006
Quick Summary
ABB 7GSP036451R0006 MCCB provides reliable overcurrent protection for industrial switchgear assemblies. Operators often face nuisance trips and downtime from mismatched protection schemes. It supports CE safety compliance and is designed for use in IP-rated industrial environments. Designed for easy MCCB installation and seamless integration with standard protection relays and ABB accessories. For OEMs and maintenance teams, this solution reduces commissioning time and lifetime costs while ensuring reliable coordination across electrical protection schemes, translating to fewer escalations, simpler maintenance scheduling, and improved uptime reporting for asset-intensive environments. In fast-paced plants with frequent mode changes, the compact form factor minimizes panel space and simplifies retrofits.
Product Information
Extended Description
7GSP036451R0006 ABB: MCCB, ECB E150, TEDALBNQQJXBGXX5
Customs Tariff Number
8536200020
Product Main Type
TED MCCB
Product Name
7GSP036451R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Feature – Precise TED MCCB protection with ECB E150 trip characteristics enables selective coordination across feeder circuits. Business Impact – Reduces fault propagation, minimizes downtime, and lowers the risk of collateral equipment damage. Application – Factory automation panels, machine control installations and critical power distribution spaces where uptime is essential. Compact form factor and standardized mounting save panel depth, simplify retrofits, and speed installation. This supports efficient panel design and reduces field wiring time in OEM equipment. Easy wiring and compatibility with ABB protection relays and accessory ecosystem cut commissioning time and reduce wiring errors, improving project margins. Application – New builds and cabinet refurbishments in process industries. Clear labeling and service-friendly design facilitate maintenance, lower mean time to repair, and extend asset life. Application – Continuous process lines with maintenance-driven replacements. Industry-standard classification and disposal alignment via UNSPSC 39121616 and WEEE scope note help streamline procurement and compliance reporting. Application – Procurement and compliance teams in manufacturing environments.
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FAQs
To install the ABB 7GSP036451R0006 MCCB, verify panel space and mounting compatibility, then align the device with the existing busbars and terminal blocks. Use standard wiring practices and label connections clearly to minimize setup errors. Ensure correct trip settings per system requirements and follow ABB accessory guidelines for seamless integration with protection relays.
The ECB E150 trip class defines the device’s response characteristics for overcurrent and short-circuit conditions, enabling precise coordination with downstream protection devices. It delivers fast fault interruption while maintaining selectivity across feeder circuits, reducing the impact of faults on unaffected loads and enhancing overall system reliability.
Yes, as a TED MCCB with ECB E150 trip characteristics, it provides robust motor protection by delivering appropriate overcurrent protection and ensuring coordination with upstream protective devices. For motor start-up and high inrush scenarios, pair with proper control circuits and, if necessary, supplementary devices (soft starters or VFDs) to optimize performance and minimize nuisance trips.
The product supports CE safety compliance for European markets and is designed for operation in standard industrial environments. It is classified under UNSPSC 39121616 and falls in the WEEE Category as Product Not in WEEE Scope. These classifications facilitate procurement alignment and regulatory reporting in manufacturing plants.
The MCCB design emphasizes serviceability with clear labeling and potential for field-replaceable components, reducing mean time to repair. Its compact form factor simplifies panel retrofits, speeding commissioning and enabling easier lifecycle management. Over time, these factors contribute to lower downtime, predictable maintenance scheduling, and improved total cost of ownership in asset-intensive environments.