ABB 2TFJ100813R1001 Other/Miscellaneous - RoHS Status
Part Number: 2TFJ100813R1001
Quick Summary
ABB 2TFJ100813R1001 is a Tmax UT MCCB for medium-power motor protection in control panels. Engineers often wrestle with nuisance trips and unclear diagnostics, slowing commissioning and increasing downtime. This device aligns with RoHS and REACH declarations and is not in WEEE scope, supporting global regulatory compliance. Documentation behind the product, including 1SXF200028C2001 and leaflets for Tmax UT MCCB, ensures quick reference during installation. Designed for 3P configurations with straightforward mounting, it enables faster deployment and reliable protection across machines and lines. In practice, maintenance teams appreciate robust ABB Sace interfaces and available datasheets, reducing troubleshooting time and parts variety. This makes it a smart, future-ready choice for industrial automations.
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 protection in the Tmax UT MCCB provides balanced control across three phases. Business Impact: Minimizes motor damage, reduces nuisance trips, and shortens commissioning time. Application: Ideal for industrial control panels and machine centers. Feature: RoHS and REACH compliance with a declared policy and global regulatory alignment. Business Impact: Lowers compliance risk, enables easy cross-border deployment, and simplifies supplier audits. Application: Suitable for multinational manufacturing sites and assemblies that require strict material standards. Feature: Accessible documentation including 1SXF200028C2001 and leaflets for Tmax UT MCCB. Business Impact: Speeds validation, reduces field service time, and improves first-pass installation success. Application: Useful during design reviews and on-site commissioning. Feature: Clear WEEE status and customs tariff information (853620). Business Impact: Supports accurate environmental reporting and efficient procurement. Application: Essential for European operations and import/export planning. Feature: 3P compatibility with ABB Sace circuit breakers family. Business Impact: Streamlines replacement and expansion, lowers spare parts variety. Application: Fits standard industrial control panels and machine control architectures. Feature: Long-term reliability and robust construction. Business Impact: Improves uptime, lowers maintenance costs, and extends asset life. Application: Suitable for continuous-process environments and heavy-duty panel installations.
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FAQs
Begin by selecting the appropriate three-pole frame and mounting location within the panel, then connect line and load terminals per the installation sheets. Refer to 1UT0100001 and the Tmax UT MCCB leaflets for torque values and wiring diagrams. Ensure correct trip setting and verify clearances to meet enclosure standards before energizing. The 1SXF200028C2001 datasheet provides detailed electrical characteristics and wiring examples to accelerate commissioning.
This MCCB delivers three-pole overcurrent protection suitable for motor start/stop sequences in three-phase systems. Trip curves and setting ranges are defined by the Tmax UT family specifications; consult the 1SXF200028C2001 datasheet for exact curve types and adjustment procedures. In practice, users see reduced nuisance trips and improved motor protection, with predictable fault isolation for easier maintenance and troubleshooting.
Yes, the device carries RoHS declaration and REACH compliance, aligned with EU directives 2011/65/EU and 2015/863. It is listed as not in WEEE scope, simplifying disposal considerations in many regions. This regulatory posture supports global manufacturing and helps suppliers pass audits with lower risk of non-compliance penalties. Always cross-check the latest declarations in the product datasheet for updates.
Industries employing automated machinery, process control, and electrical distribution networks benefit from the Tmax UT MCCB’s reliable motor protection and compact three-pole design. Machine builders and panel manufacturers gain faster design cycles, standardized installation practices, and reduced downtime due to robust overcurrent protection. The device is well-suited for industrial automation, packaging lines, and manufacturing floors requiring consistent protection across multiple machines.
The MCCB helps lower total cost of ownership by reducing unplanned outages, minimizing nuisance trips, and shortening commissioning time thanks to documented installation paths and datasheets. Routine maintenance becomes more predictable due to standardized trip settings and familiar ABB Sace interfaces. Regulatory compliance and reduced field service interventions translate to faster payback and improved asset uptime in continuous production environments.