ABB 2TFJ100817R1001 Tmax UT MCCB - RoHS/REACH Compliant
Part Number: 2TFJ100817R1001
Quick Summary
ABB 2TFJ100817R1001 Tmax UT MCCB provides reliable overcurrent protection for industrial distribution panels. Many engineers struggle with service interruptions when replacing aging breakers or coordinating protection schemes. This device aligns with RoHS and REACH declarations and is categorized under WEEE, reflecting robust regulatory compliance. In practice, that compliance translates to smoother audits, simpler procurement, and safer, more traceable installations. By leveraging ABB Sace’s ecosystem, it also enables faster commissioning and consistent performance across multi-panel facilities. Together, these aspects support sustainability goals while delivering predictable protection and long-term cost savings for engineering teams.
Product Information
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 | 1UT0000722R0001
WEEE Category
Product Not in WEEE Scope
Feature: 4P Tmax UT MCCB configuration provides four-pole protection for multi-wire feeders, enabling coordinated trips across phases. Business Impact: reduces fault spread and improves system stability, cutting unplanned downtime. Application: ideal for panel boards and machine control centers in manufacturing lines. Feature: RoHS Status and REACH Declaration ensure regulatory compliance across procurement and audits. Business Impact: simplifies supplier qualification and helps meet sustainability targets. Application: critical in regulated environments and multi-site deployments. Feature: Data Sheet and Manuals included (1SXF200028C2001; 1UT0100001; 1UT0000722R0001) accelerate commissioning. Business Impact: shortens time-to-first-energize and reduces commissioning risk. Application: field service and OEM integrations. Feature: Customs Tariff Number 853620 and logistics documentation support global sourcing. Business Impact: improves cost estimation and import compliance. Application: international projects and global supply chains. Feature: Environmental transparency with EPD NoDecNee and WEEE classification. Business Impact: supports corporate sustainability reporting and end-to-end lifecycle assurance. Application: eco-conscious panel design and procurement.
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FAQs
Yes. The 4P Tmax UT MCCB is designed for standard panel boards and machine control centers, compatible with typical ABB Sace installation practices. Refer to the data sheet 1SXF200028C2001 and manuals 1UT0100001 / 1UT0000722R0001 for mounting guidelines, wiring schemes, and accessory compatibility to ensure proper integration with existing protection schemes.
Key specifications include a four-pole (4P) configuration within the Tmax UT MCCB family, RoHS and REACH declarations, and an associated customs tariff of 853620. Supporting documents include the data sheet 1SXF200028C2001 and installation manuals 1UT0100001 and 1UT0000722R0001 to guide calibration, settings, and trip characteristic verification.
This MCCB is ideal for industrial distribution panels, process lines, and machine control centers requiring reliable overcurrent protection and easy upgrade paths within the ABB Sace ecosystem. Its four-pole design supports multi-wire feeders, enabling coordinated protection across phases and neutral where applicable.
The device carries RoHS and REACH declarations and is categorized under WEEE (Product Not in WEEE Scope). It also references an Environmental Product Declaration NoDecNee and related documentation such as the data sheet and manuals, enabling smoother regulatory reviews and sustainability reporting.
Maintenance is typically reduced due to the MCCB’s robust Tmax UT design and clear documentation. With RoHS/REACH compliance, audits are simplified, and lifecycle costs decline through extended service intervals and safer commissioning. The availability of official manuals and datasheets supports efficient preventive maintenance planning and faster fault resolution.