ABB 2TFJ100938R1001 UT4S250 EKIP LSIG - RoHS & WEEE

Four-pole 250 A Tmax UT MCCB configuration provides coordinated protection for three-phase systems with neutral, improving protective hierarchy and reducing miscoordination. The business impact is lower downtime and safer plant operation, as short-circuit currents are cut off quickly with reliable tripping. In practice, use this in switchgear and distribution panels across industrial automation and manufacturing lines to protect motors, transformers, and feeders. RoHS and REACH declarations, along with a WEEE category 5 classification, simplify supplier qualification and end-of-life planning. The business impact is faster procurement, fewer compliance hold-ups, and easier recycling during asset retirement. Applications include equipment cabinets, panel assemblies, and energy distribution units in factories and process plants. Comprehensive data sheets and installation manuals (1SXF200028C2001, 1UT0100001, 1UT0000722R0001) enable engineering teams to validate installation quickly. The impact is reduced design risk and accelerated commissioning, especially during panel refurbishments or new builds. This MCCB also supports standard ABB Tmax UT documentation for seamless integration into existing control architectures. The 4P PMP LSIG R250 configuration supports scalable protection schemes and straightforward wiring, delivering installation advantages and time savings. Compatibility with ABB Sace products helps ensure easy replacement and service, minimizing spare-part inventories. In practice, this translates to lower total cost of ownership for distributors and OEMs managing high-volume panel builds. Industry context shows that using RoHS and WEEE compliant MCCBs aligns with regulatory expectations while improving reliability in harsh industrial environments. The device's robust construction, supported by the MAX rating and UT family diagnostics, offers measurable efficiency gains and safer operations across manufacturing, packaging, and process industries.