ABB 7GSP036533R0006 CORE J MCCB - CORE J MCCB
Part Number: 7GSP036533R0006
Quick Summary
ABB 7GSP036533R0006 is a CORE J MCCB designed for reliable motor protection in industrial power panels. Engineers often wrestle with space constraints and inconsistent trip performance under varying loads; this model delivers a compact footprint and dependable protection. While exact regional certifications can vary, CE safety compliance and IP-rated housing are common expectations for MCCBs in HVAC and thermal systems, and you should verify the model’s certifications for your project. By integrating this ABB device, OEMs can simplify panel design, improve protection coordination, and reduce downtime, aligning with core business goals such as efficiency, safety, and regulatory compliance. This product supports scalable protection strategies and aligns with ABB protection ecosystems across HVAC and industrial automation.
Product Information
Extended Description
7GSP036533R0006 ABB: CORE J, TJD422350WL
Customs Tariff Number
8536200020
Product Main Type
CORE J MCCB
Product Name
7GSP036533R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Feature → Business Impact → Application: Core J MCCB architecture provides reliable overcurrent protection with selective tripping, reducing nuisance trips and protecting motors from damage; this translates to lower maintenance costs and less unplanned downtime in HVAC and thermal systems. Application: Ideal for demanding industrial panels where space and protection accuracy are critical, enabling streamlined commissioning and safer operation. Feature → Business Impact → Application: Compact form factor and standardized installation workflows reduce panel-building time and inventory complexity; Benefit: faster onboarding for technicians and easier sourcing of compatible ABB components in HVAC solutions. Application: Enables tighter integration with CORE J protection schemes in HVAC & Thermal Systems for consistent trip coordination. Feature → Business Impact → Application: Clear documentation and alignment with UNSPSC and tariff classifications simplify procurement and compliance; Benefit: accelerated purchasing approvals and audit-ready records. Application: Supports HVAC retrofits and new builds where robust motor protection is a must for longevity and energy efficiency.
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FAQs
This MCCB is designed for integration into standard industrial panels and HVAC systems. Before installation, verify terminal ratings, enclosure clearance, and compatibility with additional ABB protection components. Plan wiring routes to minimize heat buildup and ensure easy maintenance access. Follow ABB installation guidelines in the datasheet for torque specifications and safety clearances to maximize performance and longevity.
The data indicates classification links such as UNSPSC 39121616 and a designated Customs Tariff Number, which supports procurement and compliance workflows. While region-specific certifications like CE may be applicable to this product family, always confirm the exact certifications listed by ABB for your market to ensure regulatory alignment and safe operation in your facility.
Yes. The CORE J MCCB is designed for motor protection in HVAC and thermal systems, providing reliable interruption during faults and aiding protection coordination within HVAC panels. Its compatibility with ABB protection schemes helps standardize protection across equipment and improves overall system reliability.
Using a CORE J MCCB typically reduces downtime through reliable overcurrent protection and predictable trip behavior, lowering maintenance frequency and emergency service costs. ROI benefits come from fewer unplanned outages, improved panel uptime, and streamlined procurement with clearly defined part numbers and classifications.
The 7GSP036533R0006 is part of ABB’s protection ecosystem and is expected to integrate with standard ABB protection components. This enables coordinated protection across motors and circuits, simplifying commissioning, diagnostics, and future upgrades within HVAC and industrial automation environments.