ABB 1SQA014825R0001 Motor Starter - EC001037
Part Number: 1SQA014825R0001
Quick Summary
ABB 1SQA014825R0001 Motor Starter is used to start and protect motors in industrial automation applications. Engineers face downtime and integration challenges when equipment lacks clear classifications or regulatory compliance. This model aligns with ETIM 9 EC001037 motor starter classification, is REACH compliant with no substances above 0.1% by mass, and is noted as not within WEEE scope, simplifying end-of-life considerations. These certifications help streamline procurement and maintenance across global sites. The lightweight, compact unit also fits neatly into panel layouts and simplifies spare-part inventories. Together, these factors support reliable motor control, reduce maintenance overhead, and enable smoother integration with ABB automation ecosystems and existing control architectures.
Product Information
REACH Information
False - does not contain substances > 0.1 mass percentage
Product Net Width
0.01 in
Product Net Height
0.01 in
Product Net Weight
1 lb
ETIM 9
EC001037 - Motor starter/motor starter combination
WEEE Category
Product Not in WEEE Scope
UNSPSC
25173900
Non-Combination design reduces wiring complexity and minimizes interlock points, delivering faster panel assembly and easier fault isolation. In practice this translates to lower installation time and quicker maintenance on conveyor and pump circuits. The model’s lightweight profile, with a net weight of 1 lb, supports easier handling and replacement in space-constrained panels, reducing install time and worker fatigue during maintenance cycles. A compact footprint also aids in scalable panel designs, enabling more flexible layouts and easier future expansions. ETIM 9 EC001037 classification ensures procurement-grade compatibility with motor-starter catalogs, while REACH compliance indicates no substances above 0.1% by mass, supporting global regulatory compliance and smoother supplier audits. WEEE status as not in scope simplifies end-of-life planning and disposal within regulated programs. These factors combine to lower total cost of ownership by reducing downtime, spare-part diversity, and maintenance overhead, while maintaining reliability in ABB and mixed-brand automation stacks. In real-world motor-control applications—such as conveyors, pumps, and fans—this starter delivers predictable performance with reduced engineering input, easing integration with existing control architectures and minimizing risk during upgrades.
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FAQs
This model is a non-combination motor starter designed to simplify wiring and interlocks. When installing, verify compatibility with your existing motor-control scheme, ensure the control circuit interfaces correctly with the device, and plan for straightforward fault isolation due to the non-combination design. The unit’s lightweight profile supports easy handling during panel integration.
ETIM 9 EC001037 places the part in the standard motor starter category, ensuring consistent cataloging and BOM integration across suppliers. This improves replacement part accuracy, simplifies e-procurement workflows, and reduces the risk of selecting incompatible starters for motor-control projects.
Yes. REACH information indicates no substances above 0.1% by mass, and WEEE status is not in scope, which simplifies end-of-life considerations. These attributes aid global compliance programs and supplier audits for regulated industries.
Ideal for motor-start control in conveyors, pumps, and fans within manufacturing and process environments. Its non-combination design and ETIM classification support straightforward integration into existing ABB automation stacks or mixed-brand control architectures, with predictable performance and easier maintenance.
Benefits include reduced installation time due to simpler wiring, lower maintenance overhead from easier fault isolation, and streamlined BOM management from consistent ETIM classification. The combination of lightweight design and regulatory-aligned compliance also supports longer service intervals and lower lifecycle costs in typical industrial facilities.