ABB 7GSP029622R0006 Motor Starter - WEEE Not in Scope
Part Number: 7GSP029622R0006
Quick Summary
ABB 7GSP029622R0006 is a compact motor starter designed to simplify starting and protection in industrial automation applications. This solution reduces wiring complexity and panel clutter that often slow commissioning and increase downtime. It carries REACH information indicating no substances above 0.1% by mass, is categorized as not in WEEE scope, and is listed under UNSPSC 25173900. For OEMs and maintenance teams, this ABB combo starter delivers predictable reliability, faster installation, and easier procurement within standard motor control panels. Its compact footprint supports space-conscious layouts in conveyors, pumps, and fans, aligning with lean manufacturing goals and scalable automation strategies.
Product Information
Extended Description
7GSP029622R0006 ABB: 487BS14MBE03264 487 Combo Starter
REACH Information
False - does not contain substances > 0.1 mass percentage
WEEE Category
Product Not in WEEE Scope
UNSPSC
25173900
The 487 Combo Starter concept consolidates essential motor control and protective functions into a single device, delivering a leaner panel, fewer wiring terminations, and faster wiring. This directly reduces commissioning time and labor costs, enabling quicker project turnover in industrial automation environments such as conveyors, pumps, and fans. The hybrid design also simplifies maintenance by reducing component count, making diagnostics more straightforward and downtime shorter. Regulatory compliance is embedded, with REACH information confirming minimal hazardous substances and WEEE scope classification clarifying end-of-life handling. Procurement efficiency is improved through standardized UNSPSC 25173900 classification, aiding cataloging and supplier management. Compatibility with ABB’s control ecosystem supports straightforward integration with existing panels and upgrade schedules, while the overall reliability of a combo starter minimizes unexpected outages and service interventions. In practice, engineers benefit from a proven, compact solution that balances performance with total cost of ownership in medium-scale motor control projects.
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FAQs
The 487 Combo Starter consolidates start/stop control and protective functions into a single device, reducing wiring and terminal points. This enables a leaner panel design and faster wiring, making it easier to retrofit into existing motor control panels for conveyors, pumps, and fans while preserving straightforward maintenance access and testing procedures.
Key regulatory considerations include REACH compliance, indicating no substances above 0.1 mass percentage, and WEEE Category: Product Not in WEEE Scope. The UNSPSC classification is 25173900, which facilitates standardized procurement. While exact electrical ratings aren’t listed here, the device is intended for typical industrial motor control scenarios and should be matched to the motor’s voltage and overload protection settings in your panel design.
Yes, the ABB 7GSP029622R0006 is designed for general motor control in industrial automation, including conveyors, pumps, and fans. It provides integrated control and protection in a compact form, helping to simplify wiring and maintenance. For harsh environments, confirm ambient ratings and compatibility with your installation’s voltage, current, and overload protection requirements.
Procurement should note REACH information indicating no substances above 0.1 mass percentage and the WEEE classification of Not in Scope, which simplifies regulatory compliance and disposal considerations. The UNSPSC 25173900 code aids standardized cataloging and supplier selection, supporting streamlined sourcing and consistent documentation across purchasing systems.
The integrated design reduces the number of separate components, simplifying maintenance, speeding fault isolation, and lowering downtime. Fewer wiring connections and a smaller panel footprint translate into shorter commissioning times and lower labor costs. Over the product lifecycle, this can yield better total cost of ownership and more predictable performance for midsize motor control applications.