ABB 1SDA064881R1 Moulded Case Circuit Breaker - UL
Part Number: 1SDA064881R1
Quick Summary
ABB 1SDA064881R1 is a moulded case circuit breaker designed to protect motor feeders in industrial electrical systems. Engineers struggle with space constraints, compliance requirements, and reliable protection during high fault currents. UL-listed with CSA compatibility and RoHS/REACH declarations support global compliance for panel builders. This solution combines a compact front-terminal design with a PR232/P-LSI release for 3P applications, delivering faster installation, reduced downtime, and scalable protection across growing automation lines.
Product Information
Extended Description
1SDA064881R1 ABB: C.BREAKER TMAX T7S 1200 UL/CSA FIXED THREE-POLE WITH FRONT TERMINALS AND STORED ENERGY OPERATING MECHANISM AND SOLID-STATE RELEASE IN AC PR232/P-LSI R 1200
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
Toxic Substances Control Act - TSCA
Toxic Substances Control Act (TSCA) declaration
Environmental Information
Product Environmental Information Tmax T7 | Breakers - Packaging disposal information
Order Code US and Canada
T7MSBB3EC000000XX
EAN
8015644677800
Minimum Order Quantity
1 piece
Customs Tariff Number
85362090
Product Net Width
210 mm
Product Net Height
268 mm
Product Net Depth / Length
178 mm
Product Net Weight
11 kg
Package Level 1 Units
box 1 piece
Package Level 1 Width
399 mm
Package Level 1 Height
388 mm
Package Level 1 Depth / Length
299 mm
Package Level 1 Gross Weight
12.5 kg
Package Level 1 EAN
8015644677800
Product Main Type
SACE Tmax T
Product Name
Moulded Case Circuit Breaker
Product Type
Automatic Circuit Breaker
Suitable For
T7M
Suitable for Product Class
Moulded Case Circuit Breakers
Version
F
Mechanical Durability
10000 cycle | 60 cycles per hour
Number of Poles
3P
Power Loss
at Rated Operating Conditions per Pole 47 W
Rated Current (In)
1200 A
Rated Impulse Withstand Voltage (Uimp)
8 kV
Rated Insulation Voltage (Ui)
1000 V
Rated Operational Voltage
630 V AC
Rated Uninterrupted Current (Iu)
1200 A
Release
PR232/P-LSI
Release Type
EL
Short-Circuit Performance Level
S
Standards
UL
Sub-type
T7
Terminal Connection Type
Fixed Circuit-Breakers | Front
Test Voltage Max (Utest)
3500 V
Interrupting Rating acc. to UL489
(240 V AC) 65 kA | (480 V AC) 50 kA | (600 V AC) 25 kA
Data Sheet, Technical Information
9AKK105713A5947
Declaration of Conformity - CE
EC Declaration of Conformity Tmax T7
Instructions and Manuals
Tmax. T Generation - Low voltage molded case circuit breakers up to 1200 A - UL 489 and CSA C22.2 Standard
ETIM 8
EC000228 - Power circuit-breaker for trafo/generator/installation protection
ETIM 9
EC000228 - Power circuit-breaker for trafo/generator/installation protection
WEEE Category
5. Small Equipment (No External Dimension More Than 50 cm)
eClass
V11.1 : 27370409
High current capability meets demanding industrial loads with a 1200 A rated current, enabling you to protect large motor feeders without oversizing the protection scheme. Business impact: improved protection density and reduced panel footprint. Application: switchgear and distribution boards in manufacturing lines where space is at a premium and high fault currents are possible. The three-pole, fixed-front terminal design accelerates installation and simplifies field wiring, reducing commissioning time and human error. Business impact: faster time-to-productive equipment and lower labor costs. Application: retrofits and new buildouts in control panels that require reliable front-access maintenance. The PR232/P-LSI stored energy release provides precise, fast-firing protection, improving selective tripping and system uptime. Application: complex motor starts and transformer protection scenarios. The device’s UL 489, 240–600 V ratings and 8 kV Uimp specification translate to robust short-circuit handling, with clear protection thresholds for engineers and procurement teams. Business impact: enhanced safety margins and regulatory compliance. The product’s mechanical durability of 10000 cycles and 3P configuration ensure long service life in continuous operation environments. Application: automation lines with frequent cycling. RoHS, REACH, CMRT, and TSCA declarations, plus EPD context, support sustainable manufacturing and supply chain compliance. Business impact: reduces risk in audits and supplier risk management. Documentation availability such as data sheets and manuals further streamlines procurement and installation workflows.
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FAQs
This 3P MCCB uses fixed front terminals designed for straightforward wiring in switchgear and distribution panels. Ensure clearance for front-access wiring, follow the 210 mm width and 268 mm height dimensions, and secure the device in the rack frame to maintain proper heat dissipation and fault isolation. The front-terminal design reduces wiring depth and simplifies future maintenance.
The device is rated for 1200 A and 630 V AC, with a rated insulation voltage of 1000 V and a test voltage of 3500 V. Short-circuit ratings per UL489 are 65 kA at 240 V, 50 kA at 480 V, and 25 kA at 600 V, making it suitable for demanding protection scenarios in MCCB-based switchgear.
Ideal for motor feeders, transformers, and high-load distribution panels within Tmax T configurations. Its 3P, fixed-front design aligns with standard MCCB panel architectures, while PR232/P-LSI release provides reliable energy storage and protection in automated facilities with frequent cycling.
This ABB MCCB carries UL compliance, CSA compatibility, RoHS and REACH declarations, CMRT, TSCA declarations, and an EPD reference. These certifications support global procurement, regulatory audits, and sustainable manufacturing programs for industrial projects.
With a mechanical durability rating of 10,000 cycles and front-access terminals for quick testing, maintenance time is reduced and uptime is improved. The compact footprint and robust tripping mechanism lower replacement frequency and spare-part costs, contributing to a favorable total cost of ownership in high-demand automation environments.