ABB 2TFJ101370R1001 UT MCCB - RoHS/REACH Compliant
Part Number: 2TFJ101370R1001
Quick Summary
ABB UT MCCB 2TFJ101370R1001 provides precise overcurrent protection for medium-size switchgear in industrial automation and process facilities. Engineered to minimize nuisance trips during load fluctuations, it helps maintain uptime and protect critical loads. The device carries RoHS Declaration, REACH Declaration, and a WEEE status indicating compliance with EU environmental requirements. This combination supports faster commissioning, easier regulatory documentation, and a lower total cost of ownership for panel builders and system integrators. For teams seeking reliable protection with clear compliance pathways, this MCCB offers a proven solution within ABB’s Tmax UT family.
Product Information
Extended Description
2TFJ101370R1001 ABB: UT5S400 TMA400/2000-4000 PMP 3P
Environmental Product Declaration - EPD
NoDecNee
REACH Declaration
REACh Declaration ABB Sace circuit breakers
RoHS Information
RoHS Declaration ABB Sace circuit breakers
RoHS Status
Following EU Directive 2011/65/EU and Amendment 2015/863 July 22, 2019
Customs Tariff Number
853620
Remarks
ATLAS
Data Sheet, Technical Information
1SXF200028C2001 | Leaflet (.PDF) [ZH] Tmax UT MCCB
Instructions and Manuals
1UT0100001 | 1UT0000437R0001
WEEE Category
Product Not in WEEE Scope
Feature → Business Impact → Application: 3P Tmax UT MCCB design provides reliable three-phase protection for industrial power distribution, reducing risk of short-circuit damage and enabling predictable operation in control cabinets and switchgear assemblies. Application: Industrial panels and process automation setups gain safer, more stable power distribution with minimized downtime. Feature → Business Impact → Application: RoHS Declaration and REACH Declaration ensure regulatory compliance across EU markets, simplifying procurement and documentation for audits. Application: Electrical assemblies in manufacturing lines and packaging facilities meet environmental standards without extra engineering effort. Feature → Business Impact → Application: Customs Tariff Number 853620 enables smoother cross-border sourcing and accurate tariff classification, reducing total landed cost. Application: Global projects with multi-country sourcing benefit from streamlined logistics. Feature → Business Impact → Application: WEEE Category indicates product not in WEEE scope, easing end-of-life planning and documentation for customers and distributors. Application: Asset retirement planning and recycling workflows in industrial facilities. Feature → Business Impact → Application: Comprehensive Data Sheet 1SXF200028C2001 and Manuals 1UT0100001 / 1UT0000437R0001 accelerate installation and commissioning. Application: Fast, error-free startup in new or migrated panel upgrades.
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FAQs
Yes. This 3P UT MCCB is designed for standard Tmax enclosure integration. It supports typical DIN-rail and panel mounting used in ABB Tmax systems and aligns with the data sheet 1SXF200028C2001 for correct installation, wiring, and commissioning practices.
The 2TFJ101370R1001 belongs to the Tmax UT MCCB family; exact current rating, voltage ratings, and trip curves are specified in the Data Sheet (1SXF200028C2001). For precise figures, consult the datasheet and leaflets, and verify suitability for your specific load profiles and motor protection requirements.
Yes. The 3P Tmax UT MCCB is well-suited for process and manufacturing panels requiring reliable three-phase protection. Its approved compliance declarations and ABB design heritage support safe integration in control cabinets, motor feeders, and distribution panels within industrial automation environments.
The product includes a REACH Declaration and RoHS Declaration for ABB Sace circuit breakers, plus a WEEE status indicating non-inclusion in WEEE scope. These documents streamline regulatory audits and support EU-market deployments without additional compliance work.
The Tmax UT MCCB helps minimize unplanned downtime through robust overcurrent protection, reducing fault-related interruptions. With clear datasheets and manuals, commissioning is faster, spare parts management is simplified, and overall lifecycle costs improve due to lower troubleshooting time and predictable protection performance.