ABB 7GSP006416R0006 TE MCCB - 3 Pole 60A XPORT MKD
Part Number: 7GSP006416R0006
Quick Summary
ABB 7GSP006416R0006 TE MCCB provides precise overcurrent protection for electrical panels and machine control. Design teams often contend with limited space, complex wiring, and the need for reliable fault isolation in demanding environments. CCC and UKCA declarations indicate no additional certification is required, simplifying regulatory processes. With a 3 pole 60A current rating and XPORT MKD compatibility, it supports flexible panel design, faster installation, and predictable protection for automation systems. Engineers benefit from consistent trip characteristics and compact integration with ABB accessory ecosystems, while maintenance remains straightforward, reducing downtime and total cost of ownership in high-demand manufacturing environments.
Product Information
Extended Description
7GSP006416R0006 ABB: TEYH 3 POLE 60A BRKR XPORT MKD
Product Main Type
TEY MCCB
Product Name
TEY MCCB
Declaration of Conformity - CCC
No certification needed
Declaration of Conformity - UKCA
No certification needed
UNSPSC
39121616
WEEE Category
Product Not in WEEE Scope
Three-pole protection delivers synchronized interruption across all three phases, reducing arc fault risk and protecting motors and drives. For panel builders and automation integrators, this translates to improved fault isolation, easier coordination with upstream protective devices, and tangible uptime gains in manufacturing lines. XPORT MKD mounting compatibility and compact form factor streamline installation and spare-part compatibility, shrinking panel real estate requirements and accelerating commissioning. In practice, this means faster project delivery and fewer field wiring errors during controller integration. No extra CCC/UKCA certification needed simplifies regulatory alignment, reducing procurement bottlenecks and compliance overhead for global deployments. The device’s three-phase configuration enhances protection granularity across industrial automation assets, improving selective coordination and reducing unnecessary outages. Its compatibility with existing ABB accessory ecosystems supports standardized installation practices, lowering training time for maintenance teams and delivering measurable lifecycle savings. By combining robust overcurrent protection with straightforward maintenance and replacement, the TE MCCB supports reliable machine uptime in automotive, plastics, and general manufacturing environments.
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FAQs
Key installation considerations include ensuring proper 3-pole alignment for three-phase protection, securing the unit with its XPORT MKD mounting option for a compact footprint, and verifying correct wiring with compliant insulation. Its DIN-rail compatible form factor and ABB accessory ecosystem simplify field assembly, minimize wiring errors, and support scalable panel layouts in automation projects.
The unit is a 3-pole molded case circuit breaker rated at 60A. It is designed for overcurrent protection in industrial panels and machine control circuits, with compatibility to ABB XPORT MKD accessories. While explicit trip curves aren’t listed here, the device is positioned for reliable protection in typical factory automation environments.
Yes. The 3-pole 60A TE MCCB is intended for panel distribution and machine control, offering stable protection across all phases, good coordination with upstream devices, and straightforward integration into automation cabinets. Its compatibility with XPORT MKD and ABB accessory options supports consistent installation practices in industrial environments.
According to the provided data, CCC and UKCA declarations indicate no additional certification is required for this model. This can simplify cross-regional procurement and regulatory compliance, though you should always verify local regulatory requirements for your specific application and region.
The ROI comes from reduced downtime due to reliable fault isolation, faster commissioning with XPORT MKD mounting, and minimized regulatory overhead thanks to no extra certs. In automation environments, this translates to shorter project cycles, easier maintenance, and improved protective device coordination across three phases, contributing to lower total cost of ownership over the equipment lifecycle.