ABB 1SDA083196R1 Moulded Case Circuit Breaker - DSA

Four-pole TMF release with front terminals enables neat wiring and faster commissioning, delivering clearer fault paths and improved maintenance access. This feature translates into reduced wiring errors, lower risk of misconnection, and shorter panel assembly times in new builds and retrofit projects. It is particularly well suited for SACE Formula DSA installations in control cabinets and motor control centers, where space efficiency and reliable protection matter most.32 A rated current with four poles ensures balanced protection for three‑phase loads and helps achieve selective coordination with upstream devices. The TMF release provides stable tripping behavior under overload and short‑circuit conditions, minimizing nuisance trips and downstream process interruptions. The 4P configuration makes it ideal for distribution boards and machine panels that require per‑phase isolation and clear fault indication. RoHS and REACH declarations plus TSCA and CMRT support global procurement and regulatory compliance. This reduces supplier risk and simplifies documentation for audits and certifications. The safety‑critical nature of low‑voltage molded‑case breakers benefits from consistent environmental data across the ABB SACE range, improving your ESG reporting. Compact dimensions and weight—101.6 mm width, 130 mm height, 60 mm depth, and about 1 kg net weight—facilitate easier panel fitting and replacement. Front terminals simplify field wiring and service, while the EAN 8015644899417 and minimum order quantity of one piece streamline purchasing and stock control. The combination supports fast, predictable panel upgrades, with reduced field install time. As a member of the SACE Formula DSA family, this device meets IEC 60947‑2 standards for molded‑case breakers up to 630 A, ensuring compatibility with ABB and partner components across control panels. Documentation includes a data sheet and installation instructions, plus WEEE packaging disposal guidance to support responsible end‑of‑life handling. This alignment yields lower total cost of ownership through standardization and easier maintenance.