ABB 7GSP032000R0006 3POLE MCCB - 22kA IC, 240V Protection

Part Number: 7GSP032000R0006
Manufacturer
ABB
Part number
7GSP032000R0006

Quick Summary

ABB 7GSP032000R0006 3POLE MCCB is a high-capacity protection device designed for industrial HVAC and power distribution. It helps prevent costly equipment damage by quickly interrupting faults in 240V systems. Users often struggle with nuisance trips, undersized protection, and complex wiring in dense panels. This MCCB delivers robust performance with a 22kA interrupting capacity and a 250A rating, while lug termination simplifies field wiring. Although the data sheet does not specify explicit CE, SIL, or IP ratings, ABB’s global design approach typically targets essential safety and compliance marks depending on market requirements. For procurement teams, the value lies in predictable protection, quick replacement in spare-part stock, and compatibility with CORE J MCCB families, improving maintenance planning and uptime.

Product Information

Customs Tariff Number
8536200020
Product Main Type
CORE J MCCB
Product Name
TJD432250WL
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Feature → Business Impact → Application. The 3-pole, 240V rating provides reliable phase protection across motor control centers and HVAC feeder circuits, reducing the risk of cascading faults and minimizing downtime in critical systems. This directly translates to improved equipment availability and lower maintenance costs in commercial and industrial installations. Lug termination (W/LUGS) enables secure, code-compliant terminations with faster wiring, cutting installation time and enhancing panel integrity in tight enclosures. The 22kA interrupting capacity paired with a 250A rating supports high-load protection for pumps, fans, and compressors, improving fault isolation and protecting downstream devices from damage. Compatibility with ABB CORE J MCCB family means streamlined spare parts planning and standardized protection schemes across multi-site facilities, delivering predictable ROI. Industry-context note: in HVAC applications, consistent overcurrent protection correlates with longer motor life and fewer unplanned outages, which is critical for maintaining climate control in large facilities. While some markets require CE or IP certifications, the product data here does not specify them; confirm the exact certifications with ABB for your region. Secondary keywords: 3 pole MCCB, lug termination MCCB, 240V protective devices, HVAC protection MCCB, industrial circuit protection, motor control center protection.

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FAQs

Yes. This model is a 3-pole, 240V MCCB designed to protect 3-phase circuits in industrial panels, including HVAC and power distribution applications. It uses lug termination for secure wiring and aligns with ABB CORE J MCCB family practices, simplifying integration into existing panelboards and switchgear.
The device offers a 22kA interrupting capacity (IC) and a 250A current rating, making it suitable for high-demand feeders and motor circuits in industrial environments. The lug terminals facilitate robust, serviceable connections, contributing to reliable fault interruption and easier maintenance.
Ideal for motor feeders, compressors, fans, and other HVAC equipment, this 3-pole MCCB provides rapid protection against overcurrents and short circuits in 240V networks. Its high interrupting capacity helps prevent nuisance trips during peak loads, supporting uninterrupted climate control in large facilities.
The provided data does not specify explicit CE, SIL, or IP certifications. It does list UNSPSC and WEEE scope details. For regulatory compliance in your market, confirm the exact certifications with ABB or your distributor to ensure alignment with local requirements.
Use lug termination with proper torque and conductor sizing to ensure secure connections and minimize heating at terminations. Maintain spare parts for CORE J MCCB family devices to reduce downtime when replacements are needed. Plan protection curves and trip settings to match load profiles, improving energy efficiency and reducing maintenance costs over the system’s lifecycle.