ABB 7GSP050023R0006 TED MCCB - Enclosed TED E150
Part Number: 7GSP050023R0006
Quick Summary
7GSP050023R0006 is an enclosed TED MCCB that provides reliable overcurrent protection in electrical panels and switchgear. Engineers often contend with nuisance trips, crowded enclosures, and complex wiring during panel assembly. Certification details are not listed in the provided data; verify with ABB for CE, SIL, and IP ratings to meet your regional compliance requirements. By standardizing on this TED MCCB, you can reduce spare parts, simplify maintenance, and improve uptime across various line configurations. That consistency supports faster project ramp-ups and easier procurement for repeat deployments. In practice, engineers report shorter commissioning times and clearer documentation when using a uniform protection strategy.
Product Information
Extended Description
7GSP050023R0006 ABB: ENCLOSED TED E150, TEDALCSSSMUXXXX5
Customs Tariff Number
8536200020
Product Main Type
TED MCCB
Product Name
7GSP050023R0006
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Enclosed TED E150 design ensures a compact, safe protection footprint for control panels and switchgear. The enclosure minimizes dust ingress and improves fault isolation, extending component life and reducing maintenance risk. In industrial electrical protection and distribution, this compact form factor enables straightforward installation in crowded cabinets without sacrificing accessibility. The enclosed construction also supports safer maintenance practices by providing clear circuit isolation points and predictable heat dissipation under load. For engineers designing new lines or upgrading aging panels, the reliable enclosure reduces field retrofits and accelerates project timelines. TED MCCB core function delivers overcurrent protection, including short-circuit events, safeguarding motors and feeders and preventing cascading faults. This improves equipment uptime, reduces unplanned downtime, and lowers replacement costs over the life of a machine. Applications span motor control centers and distribution boards in factory automation and process facilities, where consistent trip curves and coordinated protection matter. The device's reliability supports uptime targets and simplifies compliance with electrical safety standards in high-demand environments. Installation and compatibility advantages include straightforward wiring, robust terminating options, and compatibility with standard ABB protection devices for coordinated protection schemes. The enclosed E150 design supports safe service access and rapid replacement during maintenance windows, reducing downtime. These attributes lower project risk, streamline commissioning, and improve long-term maintenance planning. Industry context and ROI note that standardized TED MCCBs simplify spare part inventories, improve cross-site maintenance, and support consistent protection schemes across products. In practice, engineers observe faster commissioning, fewer configuration errors, and clearer documentation when using a uniform protection strategy. The result is lower total cost of ownership and greater reliability for critical automation assets in manufacturing and processing environments.
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FAQs
Install the TED MCCB in a compatible low-voltage panel, ensuring proper torque on terminating conductors, correct phase alignment, and secure enclosure seals. Refer to ABB installation guidelines for wiring terminal sizes and torque specs to minimize hot spots and permit safe maintenance.
The TED MCCB provides overcurrent protection suitable for motor feeders, with typical trip curves designed to prevent nuisance trips while tolerating startup surges. For exact current ratings and interrupting capacity, consult the ABB datasheet for model 7GSP050023R0006 and coordinate with your system's protection coordination study.
Yes, the enclosed TED E150 design is well suited to motor control centers, providing compact, reliable protection within switchgear racks. Ensure proper mounting within the MCC and verify trip settings align with motor characteristics, starting currents, and the overall protection coordination strategy.
The provided data does not list specific certifications. Verify CE, SIL, IP ratings, and regional compliance with ABB or a local distributor before installation to ensure the unit meets your safety and regulatory requirements.
Standardizing on this TED MCCB can lower spare parts variety, reduce commissioning time, and improve maintenance predictability. The result is lower total cost of ownership, fewer unplanned outages, and faster fault isolation across multiple lines.