ABB 2TFH100025R1001 Case Circuit Breaker - IEC60947-2
Part Number: 2TFH100025R1001
Quick Summary
ABB 2TFH100025R1001 Moulded Case Circuit Breaker is a precise overcurrent protector for industrial panels and motor circuits. Many engineers struggle with space constraints, wiring complexity, and the need to maintain regulatory compliance across evolving automation systems. This device aligns with IEC60947-2 and GB/T 14028.2, plus CE declarations and RoHS conformity, supporting safe, lawful operation. Its 4P design and front-terminal copper connection streamline installation, improve panel density, and enable predictable protection for industrial assets. This translates into measurable business value, including reduced downtime, easier maintenance, and improved compliance traceability across installed base. Praised by panel builders and OEMs for consistent performance in harsh industrial environments, it supports scalable control architecture.
Product Information
Extended Description
2TFH100025R1001 ABB: XT1B160 TMD40/450 FFC 4P
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
Conflict Minerals Reporting Template (CMRT)
CMRT - Conflict Minerals Reporting Template
Environmental Information
Breakers - Packaging disposal information
Customs Tariff Number
85362000
Product Main Type
SACE Tmax XT
Product Name
Moulded Case Circuit Breaker
Product Type
Automatic Circuit Breaker
Version
F
Current Type
AC/DC
Electrical Durability
8000 cycle | 120 cycles per hour
Mechanical Durability
25000 cycle | 240 cycles per hour
Number of Poles
4P
Power Loss
at Rated Operating Conditions per Pole 2.6 W
Rated Current (In)
40 A
Rated Impulse Withstand Voltage (Uimp)
8 kV
Rated Insulation Voltage (Ui)
800 V
Rated Operational Voltage
690 V AC | 500 V DC
Rated Service Short-Circuit Breaking Capacity (Ics)
(220 V AC) 25 kA | (230 V AC) 25 kA | (240 V AC) 25 kA | (380 V AC) 18 kA | (415 V AC) 18 kA | (440 V AC) 11.5 kA | (500 V AC) 8 kA | (525 V AC) 6 kA | (690 V AC) 3 kA | (250 V DC) 2 Poles in Series 18 kA | (500 V DC) 3 Poles in Series 18 kA
Rated Ultimate Short-Circuit Breaking Capacity (Icu)
(220 V AC) 25 kA | (230 V AC) 25 kA | (240 V AC) 25 kA | (380 V AC) 18 kA | (415 V AC) 18 kA | (440 V AC) 15 kA | (500 V AC) 8 kA | (525 V AC) 6 kA | (690 V AC) 3 kA | (250 V DC) 2 Poles in Series 18 kA | (500 V DC) 3 Poles in Series 18 kA
Rated Uninterrupted Current (Iu)
160 A
Release
TMD
Release Type
TM
Short-Circuit Performance Level
B
Standards
IEC60947-2 | GB/T 14028.2
Sub-type
XT1
Terminal Connection Type
Front for Copper Cables
Data Sheet, Technical Information
SACE Tmax XT IEC Low voltage molded case circuit-breakers Catalog | SACE Tmax XT IEC TECHNICAL CHARACTERISTICS Low voltage molded case circuit-breakers
Declaration of Conformity - CE
EC Declaration of Conformity Tmax XT1
Instructions and Manuals
Installation instructions XT1
WEEE Category
5. Small Equipment (No External Dimension More Than 50 cm)
Feature: 4P design with 40 A rated current and a 690 V AC | 500 V DC operating range. Business impact: delivers robust protection for distribution panels and motor feeders while minimizing space and wiring complexity. Application: ideal for machine builders and panel shops needing compact, reliable protection in automated lines. Feature: Ics up to 25 kA and Icu up to 25 kA with 8 kV impulse withstand. Business impact: withstands high fault currents without nuisance trips, reducing unexpected downtime. Application: critical loads in conveyors, robotics, and automation cells. Feature: RoHS and CE compliance with IEC60947-2 standards. Business impact: supports regulatory compliance and long-term compatibility in regulated industries. Application: system integrators deploying in Europe and similar markets. Feature: Low power loss at load — 2.6 W per pole. Business impact: lowers heat generation and cooling needs, improving overall energy efficiency and lifecycle costs. Application: data centers, packaging lines, and continuous operation environments. Feature: Front-terminal copper connections. Business impact: simplifies wiring, speeds installation, and enables reliable, vibration-tolerant connections. Application: OEM panel manufacturing and field retrofits. Feature: Release TM/TMD with 4P protection. Business impact: ensures predictable and fast tripping under fault conditions, enhancing overall protection schemes. Application: integrated control architectures in automated production lines.
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FAQs
This MCCB is designed with front for copper cables terminals, simplifying field wiring and ensuring reliable connections in panel assemblies. The 4P format supports common DIN rail mounting in motor control centers, with straightforward wire sizing for typical industrial feeders. For best results, match conductor cross-sections to the rated current and terminal torque per ABB installation instructions.
Key specs include rated current 40 A, rated operational voltage 690 V AC / 500 V DC, rated insulation voltage 800 V, and impulse withstand voltage up to 8 kV. It provides Ics and Icu ratings of 25 kA, a 4P configuration, and a power loss of 2.6 W per pole, supporting efficient, reliable protection across industrial loads.
Yes. With 4P protection, 40 A rating, and high short-circuit capability (Ics/Icu 25 kA), the device is well-suited for motor feeders and automated line protection. Its TM/TMD release and compact XT1 form factor help integrate into machine control panels, reducing space usage while delivering fast disconnection during faults.
The MCCB adheres to IEC 60947-2 and GB/T 14028.2 standards, with CE declarations and RoHS compliance. CMRT data is available for supply chain transparency, and WEEE categorization confirms proper end-of-life disposal. This combination supports regulatory compliance across European and global installations.
The device offers robust mechanical durability (up to 25,000 cycles) and electrical durability (up to 8,000 cycles), with low power loss (2.6 W per pole) that reduces cooling needs. These attributes translate into lower maintenance costs, reduced downtime, and a favorable total cost of ownership for panel builders and OEMs.