ABB 1SQA009035R0001 Accessory - Cu Dual Lug, 4 x 750MCM
Part Number: 1SQA009035R0001
Quick Summary
1SQA009035R0001 by ABB is a copper dual lug accessory designed for high-current distribution within electrical enclosures. Engineers often struggle with secure, large-conductor terminations, where poor connections can cause overheating and reliability risks. REACH information shows no substances above 0.1% by mass, and WEEE classification confirms B2B use for this accessory. For your industrial wiring programs, this lug supports four 750MCM conductors, delivering reliable, scalable power distribution. This B2B accessory integrates smoothly with ABB enclosures and panel wiring schemes, helping reduce installation time and field errors. Users can rely on explicit material compliance notes and the UNSPSC classification to streamline procurement and compliance checks.
Product Information
Extended Description
1SQA009035R0001 ABB: Cu Dual Main Lug, Silver, 4 750MCM
Product Type
Accessory
REACH Information
False - does not contain substances > 0.1 mass percentage
WEEE Category
Product Not in WEEE Scope
WEEE B2C / B2B
Business To Business
EAN
783175887989
UNSPSC
39121112
Feature: Copper dual lug with a four-conductor capacity of 750MCM. Business Impact: Enables secure, low-resistance terminations that minimize heat buildup and improve overall system reliability. Application: Ideal for main terminations in distribution panels and switchgear where high current is required. Feature: Silver finish on copper lug. Business Impact: Enhances corrosion resistance and makes visual inspection of connections easier, extending service life. Application: Suitable for harsh industrial environments where longevity and maintenance visibility matter. Feature: Material compliance data (REACH/WEEE). Business Impact: Simplifies compliance audits and supports B2B procurement workflows by providing clear governance of substances and waste categorization. Application: Useful for supply chains that demand traceable regulatory alignment and documented EANs. Feature: 4 x 750MCM termination capacity. Business Impact: Supports scalable wiring schemes and reduces the need for multiple adaptors or reworks, cutting installation time. Application: Fits panel wiring plans and distribution schematics where large conductor terminations are standard. Feature: ABB-backed compatibility and engineering context. Business Impact: Aligns with existing ABB enclosures and field practices, lowering risk during retrofits and expansions. Application: Suitable for control panels, power distribution cabinets, and switchgear assemblies in industrial facilities.
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FAQs
This lug is designed for four 750MCM conductors and should be installed following ABB datasheets for conductor sizing and proper torque on the lug screws. Ensure conductor surfaces are clean, are properly stripped, and that the lug seats fully onto the bus or terminal. Use compatible tools and verify clearances in the enclosure to prevent interference with other components.
Yes. The product is specified as a copper dual lug capable of terminating four 750MCM conductors, providing a secure, high-current termination suitable for power distribution within industrial enclosures.
Ideal for main terminations in power distribution panels, switchgear, and control cabinets where high-current wiring is required. Its copper dual lug design supports reliable terminations in high-demand environments, reducing heat buildup and improving overall distribution efficiency.
The data indicates REACH information and WEEE classification: no substances above 0.1% by mass and WEEE category 'Product Not in WEEE Scope' with B2B use. The EAN is 783175887989, and UNSPSC is 39121112, which supports procurement and regulatory checks in B2B purchases.
By delivering secure, low-resistance terminations for high-current conductors, the lug reduces heat-related wear and field rework. This translates to lower maintenance costs, fewer downtime events during panel expansions, and faster installation – particularly valuable in larger industrial facilities with frequent wiring upgrades.