ABB 1SQA014390R0001 SB INT - 1200A 48X 3P CenLwr SN
Part Number: 1SQA014390R0001
Quick Summary
ABB 1SQA014390R0001 is a high-capacity switchboard interior designed for robust electrical protection and control in industrial panels. Engineers often struggle with mounting space, compatibility, and regulatory gaps during panel upgrades, which can drive project delays and added costs. This module aligns with regulatory expectations by featuring REACH information and WEEE categorization, while offering a clear mechanical drawing set for fast commissioning. With a 1200A rating, 48x footprint, and cenlwr SN configuration, it delivers reliable performance at scale. The product also supports 1S/2S configurations, enabling flexible sourcing and procurement for evolving panel architectures.
Product Information
REACH Information
False - does not contain substances > 0.1 mass percentage
WEEE Category
Product Not in WEEE Scope
EAN
783175926268
Mechanical Drawings
Drawing RG_SWBD_48X_4_CenLwr_XS
Feature: 1200A current rating and 3-pole configuration → Business Impact: Enables safe, high-capacity switching and protection for demanding industrial loads, reducing overload risks and downtime → Application: Large-scale switchgear and distribution panels in manufacturing facilities. Feature: 48X footprint with CenLwr mounting → Business Impact: Improves space efficiency and simplifies installation in compact control enclosures → Application: Slimline control panels and modular switchgear housings. Feature: REACH Information and WEEE Category compliance → Business Impact: Lowers regulatory risk and streamlines procurement with clear environmental data → Application: Responsible sourcing for plants with strict sustainability standards. Feature: Documented mechanical drawings RG_SWBD_48X_4_CenLwr_XS → Business Impact: Accelerates engineering integration and reduces revision cycles → Application: Engineering planning and field assembly. Feature: EAN 783175926268 for accurate ordering → Business Impact: Improves supply chain accuracy and reduces misorders → Application: Procurement and inventory management in maintenance programs.
Get a Quick Quote for a ABB 1SQA014390R0001
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 1SQA014390R0001?
Enquire Now
FAQs
For installation, ensure the 48X footprint fits your panel enclosure and that CenLwr mounting is used for proper alignment. Use the provided mechanical drawings Drawing RG_SWBD_48X_4_CenLwr_XS to plan cutouts and mounting locations. Verify the 1S/2S configuration aligns with your control architecture, and confirm conductor sizing accommodates the 1200A rating to prevent overheating.
The model carries a 1200A current rating with a 3-pole configuration (3P). It is designed for a 48X footprint and CenLwr mounting, suitable for high-capacity protection and control within switchgear and distribution panels. The 1S/2S capability adds flexibility for phased installations or future expansion in demanding industrial environments.
Yes, the data include REACH information indicating no substances above 0.1 mass percentage, and the WEEE category notes the product is not in WEEE scope. The EAN for ordering is 783175926268. While CE or IP ratings aren’t listed here, the item adheres to the documented material compliance requirements and ABB’s standard environmental controls.
This 1200A, 48X 3P CenLwr SN interior is ideal for heavy-duty switchgear, control panels, and electrical protection assemblies in manufacturing plants and process facilities. Its robust current handling, compact footprint, and clear engineering data make it well-suited for upgrade projects, panel modernization, and new installations in automation environments.
The unit’s high current rating and reliable CenLwr mounting contribute to reduced downtime and longer service intervals in critical panels. Access to mechanical drawings accelerates commissioning, while documented compliance data simplifies procurement and reduces regulatory risk. Combined, these factors support faster project timelines and improved total cost of ownership in ongoing maintenance programs.