ABB 1SDA116230R1 Moulded Case Circuit Breaker - IEC
Part Number: 1SDA116230R1
Quick Summary
ABB 1SDA116230R1 is a moulded case circuit breaker designed to protect power distribution in industrial control panels and machinery. Engineers often face nuisance trips and cramped wiring spaces that complicate installation and maintenance. This model aligns with IEC standards and includes RoHS, REACH, and TSCA declarations to support regulatory compliance while front-terminal wiring speeds assembly. Its 3-pole, 32 A rating with a 22.4–32 A setting range enables compact, adjustable protection for modern automation lines. With 500 V AC and 250 V DC compatibility, it reduces downtime and total cost of ownership in panel builds and line-starts.
Product Information
Extended Description
1SDA116230R1 ABB: C.BREAKER FORMULA DSP P1C 160 FIXED THREE-POLE WITH FRONT TERMINALS AND THERMOMAGNETIC RELEASE TMD R 32-450 A
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
Breakers - Packaging disposal information
EAN
8056221083386
Minimum Order Quantity
1 piece
Customs Tariff Number
85362090
Product Net Width
76.2 mm
Product Net Height
130 mm
Product Net Depth / Length
70 mm
Product Net Weight
1 kg
Package Level 1 Units
1 piece
Package Level 1 Width
128 mm
Package Level 1 Height
135 mm
Package Level 1 Depth / Length
143 mm
Package Level 1 Gross Weight
1.1 kg
Package Level 1 EAN
8056221083386
Circuit Breaker Type to be Associated
Power Distribution
Product Main Type
SACE FORMULA DSP
Product Name
Moulded Case Circuit Breaker
Product Type
Automatic Circuit Breaker
Suitable For
P1
Version
F
Current Type
AC/DC
Mechanical Durability
20000 cycle | 240 cycles per hour
Number of Poles
3P
Power Loss
2.10 W
Rated Current (In)
32 A
Rated Frequency (f)
50/60 Hz
Rated Impulse Withstand Voltage (Uimp)
8 kV
Rated Instantaneous Short-Circuit Current Setting (Ii)
450 A
Rated Insulation Voltage (Ui)
750 V
Rated Operational Voltage
500 V AC | 250 V DC
Rated Service Short-Circuit Breaking Capacity (Ics)
(240 V AC) 40 kA | (380 V AC) 25 kA | (415 V AC) 25 kA | (440 V AC) 12.5 kA | (500 V AC) 3 kA | (250 V DC) 2 Poles in Series 25 kA
Rated Ultimate Short-Circuit Breaking Capacity (Icu)
(240 V AC) 40 kA | (380 V AC) 25 kA | (415 V AC) 25 kA | (440 V AC) 25 kA | (500 V AC) 4 kA | (250 V DC) 2 Poles in Series 25 kA
Rated Uninterrupted Current (Iu)
160 A
Rated Voltage (Ur)
500 V AC | 250 V DC
Release
TMD
Release Type
TM
Setting Range
22.4…32 A
Short-Circuit Performance Level
C
Standards
IEC
Sub-type
P1
Terminal Connection Type
Front
Data Sheet, Technical Information
Catalogue (.PDF) [ZH] FORMULA DSP MCCB
Instructions and Manuals
Installation instructions P1
WEEE Category
5. Small Equipment (No External Dimension More Than 50 cm)
Feature: 3P design with a 32 A rated current and adjustable setting range (22.4–32 A) supports coordinated protection for multi-outlet panels; Business Impact: reduces nuisance trips and enables precise coordination with downstream protective devices; Application: control panels and machine enclosures requiring reliable overcurrent protection. Feature: Front-terminal connection simplifies wiring, speeds installation, and eases future maintenance; Business Impact: lowers labor costs and minimizes panel depth constraints; Application: new builds and retrofits where wiring access from the front is preferred. Feature: High fault-current capability with Ics up to 40 kA at 240 V AC and 25 kA at higher voltages; Business Impact: ensures safe shutdown under heavy fault conditions and reduces cascading failures; Application: motor control centers and power distribution nodes in demanding manufacturing lines. Feature: Wide rated voltage range 500 V AC / 250 V DC and Ui of 750 V; Business Impact: broad compatibility across mixed electrical networks and resilience to voltage fluctuations; Application: industrial automation networks and equipment with mixed AC/DC supplies. Feature: Compliance and lifecycle savings with IEC standards, RoHS/REACH/TSCA declarations, and WEEE packaging information; Business Impact: regulatory readiness and waste-reduction benefits; Application: global projects with strict environmental and material compliance requirements.
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FAQs
This MCCB uses front-terminal connections, simplifying wiring access and reducing panel depth. When installing, ensure proper clearance for front wiring, confirm compatibility with a 500 V AC / 250 V DC supply, and follow the 22.4–32 A setting range to match your protection scheme. Use appropriate torque guidelines for terminations and verify the unit falls within IEC standards for safe operation.
Key specs include three poles (3P) with a rated current of 32 A and a setting range of 22.4–32 A, rated voltage of 500 V AC / 250 V DC, and a rated insulation voltage of 750 V. It supports short-circuit breaking capacities up to 40 kA at 240 V AC and 25 kA at higher voltages, along with a 2.10 W power loss and front-terminal connection.
Yes, it is designed for power distribution in P1 contexts and aligns with SACE FORMULA DSP properties. With front terminals and a 3P configuration, it suits motor control panels and distribution boards where reliable overcurrent protection and easy wiring access are required. Always verify the exact setting range and voltage requirements for the specific motor load.
The device carries IEC standards for safety and performance, along with material compliance declarations such as RoHS and REACH. Additional compliance includes TSCA, CMRT for conflict minerals, and WEEE packaging information, ensuring regulatory readiness for global deployments in industrial environments.
Mechanical durability is rated at up to 20,000 cycles at 240 cycles per hour, with a release mechanism labeled TMD. The front-terminal design reduces wiring time during service, and the overall efficiency (2.10 W power loss) contributes to lower operational costs. These factors support longer service intervals and faster fault isolation in busy production lines.