ABB 7GSP028223R0006 Motor Starters - REACH Compliance
Part Number: 7GSP028223R0006
Quick Summary
ABB 7GSP028223R0006 Motor Starters provide reliable motor control for industrial automation and machine applications. Manufacturers frequently face integration challenges, retrofitting costs, and regulatory hurdles when upgrading legacy starters. This product carries REACH compliance (no substances over 0.1% mass), is not in the WEEE scope, and aligns with UNSPSC 25173900 for streamlined procurement. Open-frame design and seamless compatibility with ABB control architectures help shorten installation cycles, improve panel reliability, and lower lifecycle costs for mid- to large-scale projects. By simplifying ordering, installation, and maintenance, it supports faster time-to-productivity and consistent engineering standards across facilities. This combination of regulatory clarity and practical performance translates into measurable savings on commissioning and operational downtime.
Product Information
Extended Description
7GSP028223R0006 ABB: 306C10200XDABTH 305 /306 / 309 Open
REACH Information
False - does not contain substances > 0.1 mass percentage
WEEE Category
Product Not in WEEE Scope
UNSPSC
25173900
Open-frame construction enables straightforward wiring and panel mounting. This reduces terminal clutter, lowers wiring errors, and speeds installation in new builds or retrofits. It suits control panels in automated production lines where compact, accessible starters simplify maintenance and diagnostics. Regulatory compliance built in: REACH information indicates no substances above 0.1% mass and WEEE is not in scope. This reduces pre-installation testing, audit risk, and procurement delays, making projects easier to manage. UNSPSC alignment of 25173900 improves cataloging and fast-tracks approvals in sourcing programs across multiple facilities. Open-version compatibility with 305/306/309 motor circuits eliminates adapters, reduces retrofit complexity, and shortens commissioning. This is ideal for upgrades in existing machines. ABB’s reliability and support network ensures spare parts availability, technical guidance, and lifecycle updates, lowering downtime and extending equipment longevity. Combined, these features translate into predictable maintenance intervals, reduced downtime, and lower total cost of ownership for automation projects.
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FAQs
Install the open-frame starter by mounting it in the panel enclosure and wiring to the motor contactor circuit per the ABB wiring diagram. The open design simplifies terminal access and reduces wiring complexity, accelerating retrofit work and minimizing panel downtimes. Verify REACH and UNSPSC for procurement once wired, and ensure proper clearance for heat dissipation.
The unit is REACH compliant, with no substances above 0.1% mass, and WEEE is not in scope, simplifying disposal considerations. The UNSPSC code 25173900 supports standardized procurement. These features reduce auditing burden and help meet supplier diversity and regulatory requirements across industries such as automotive, packaging, and general manufacturing.
Yes, the 7GSP028223R0006 is designed for open-frame control of 305, 306, and 309 motor configurations. The reference 306C10200XDABTH Open indicates compatibility with these motor series, facilitating straightforward retrofits and minimizing adapter needs. It is well-suited for panel-based machine control and line-start applications.
UNSPSC 25173900 is the standard procurement code used by many global organizations. For engineering and procurement teams, this ensures consistent cataloging, faster approval workflows, and improved spend analytics. Aligning with this code reduces misclassification, speeds supplier onboarding, and supports better demand forecasting for ABB motor starters and related control devices.
Using ABB motor starters with open-frame design reduces installation time, simplifies replacements, and lowers maintenance complexity. The regulatory clarity minimizes compliance-related downtime, while reliable performance reduces unexpected motor starts and faults. Over a typical project lifecycle, these factors translate into faster commissioning, reduced downtime, and lower total cost of ownership.