ABB 2TFJ100639R1001 UT4S160 MCCB - RoHS Compliant
Part Number: 2TFJ100639R1001
Quick Summary
ABB 2TFJ100639R1001 UT4S160 MCCB is a compact multi-function circuit breaker designed for low-voltage motor protection in industrial automation. Users often face space constraints, frequent nuisance trips, and rising maintenance costs in MCCB installations. It supports RoHS compliance, REACH declarations, and WEEE category alignment, delivering regulatory confidence and sustainability. With the robust Tmax UT MCCB family’s technical data, this unit offers straightforward installation, reliable trip performance, and long-term operating efficiency. Official data sheets and installation manuals accompany this product, including 1SXF200028C2001 and 1UT0100001 | 1UT0000722R0001. This supports fast onboarding for OEMs and integrators while ensuring traceability for compliance audits.
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: Three-pole design (3P) for balanced protection across a 3-phase distribution system. Business impact: Simplifies wiring and reduces the risk of phase imbalance, improving motor protection and system reliability. Application: Motor feeders and machine tool circuits in manufacturing plants. Feature: RoHS, REACH and WEEE compliance. Business impact: Enhances regulatory confidence and supply-chain sustainability, reducing compliance risk and potential penalties. Application: Panel builders and OEMs serving EU and global markets. Feature: Access to official documentation (Data Sheet 1SXF200028C2001, Leaflet for Tmax UT MCCB, installation manuals 1UT0100001 and 1UT0000722R0001). Business impact: Accelerates commissioning, simplifies training, and supports audits. Application: Engineering teams and service personnel during installation and maintenance. Feature: Customs tariff classification 853620. Business impact: Predictable import costs and accurate procurement budgeting. Application: Global sourcing and logistics for panel assemblies. Feature: ABB EcoSolutions and EPD NoDecNee. Business impact: Facilitates environmental product declarations and project sustainability reporting. Application: Greenfield projects and refurbished equipment selections.
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FAQs
Documentation includes the Data Sheet 1SXF200028C2001 and Leaflet for Tmax UT MCCB, installation manuals 1UT0100001 and 1UT0000722R0001, plus RoHS, REACH and WEEE declarations. Digital access is available for commissioning and audits, ensuring traceability and quick reference during installation and maintenance.
Yes. The device carries RoHS information and status aligned with EU Directive 2011/65/EU and its amendments, along with a REACH Declaration. It also notes WEEE category alignment, supporting regulatory compliance and sustainable product stewardship.
Typical applications include three‑phase motor feeders, machine control panels, and distribution boards in manufacturing or process environments. The 3P Tmax UT MCCB architecture provides reliable protection for motors and driven equipment, helping reduce nuisance trips and unplanned downtime.
The product is associated with WEEE classification indicating non-scope status, a RoHS and REACH compliant profile, and a Customs Tariff Number of 853620 for import classification. Documentation and policies from ABB EcoSolutions underpin environmental and regulatory considerations.
By delivering regulatory compliance, clear technical documentation, and fast commissioning, the device reduces audit risk and on-site troubleshooting time. Its reliable trip performance minimizes downtime, while the availability of datasheets and manuals accelerates onboarding for OEMs and service teams, improving overall maintenance efficiency.