ABB 3ADT218521A2221 DCS880 DC Converter Cabinet - 400 VAC/680 A
Part Number: 3ADT218521A2221
Quick Summary
ABB 3ADT218521A2221 DCS880 DC Converter Cabinet is a high-capacity power conditioner for industrial drives and automation systems. In practice, engineers face space constraints, heat management, and reliability risks when scaling DC power for complex lines. While exact CE, SIL, or IP certifications aren’t specified, the data highlights a robust H4 frame, 400 VAC input, 680 A current, and a quiet 77 dB(A) enclosure, with Poland as the origin and ready stock at multiple warehouses. ABB’s design philosophy centers on durable cabinets and serviceability, supporting long service life. This cabinet supports efficiency and uptime in automation, electrical distribution, and heavy machinery applications, aligning with reliability-focused procurement goals and reducing total cost of ownership.
Product Information
Extended Description
3ADT218521A2221 ABB: DC Converter;
Type: DCS880-A02-0680-04X2;
4Q Converter;
Voltage: 400 VAC;
Current: 0680 A;
Weight: 360kg;
Country of Origin
Poland (PL)
Lead Time
35 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
DEAPREXPU
Warranty Return
Product under warranty must be returned
Configuration Only
No
Country of Origin
Poland (PL)
Lead Time
0 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
SGIND002EXPU
Warranty Return
Product under warranty must be returned
Customs Tariff Number
85371098
HS Code
853710-- Boards, panels, consoles, desks, cabinets and other bases, equipped with two or more apparatus of heading 85.35 or 85.36, for electric control or the distribution of electricity, including those incorporating instruments or apparatus of Chapter 90, and numerical control apparatus, other than switching apparatus of heading 85.17.- For a voltage not exceeding 1,000 V
Invoice Description
DC Converter;
Type: DCS880-A02-0680-04X2;
4Q Converter;
Voltage: 400 VAC;
Current: 0680 A;
Weight: 360kg;
Made To Order
No
Minimum Order Quantity
1 piece
Order Multiple
1 piece
Quote Only
No
Selling Unit of Measure
piece
Product Net Weight
360 kg
Product Net Depth / Length
644 mm
Product Net Height
2120 mm
Product Net Width
830 mm
Package Level 1 Depth / Length
644 mm
Package Level 1 Height
2120 mm
Package Level 1 Width
830 mm
Sound dB (A)
77 dB(A)
Frame Size
H4
Product Name
DCS880 DC Converter Cabinet
Feature → Business Impact → Application: High-current 4Q converter supports 400 VAC input with 680 A capacity, enabling robust DC power delivery for demanding automation loads. This reduces system complexity and improves uptime in heavy machinery and conveyor networks where stable DC power is critical. Application: large-scale manufacturing lines and material handling systems that require reliable high-current DC distribution. Feature → Business Impact → Application: DCS880-A02-0680-04X2 configuration simplifies power architecture by combining a four-quadrant converter in a single cabinet, reducing enclosure footprint and installation time. Application: servo drives, robotics cells, and automated weld lines where space and ease of integration matter. Feature → Business Impact → Application: H4 frame and overall dimensions (644 mm depth, 830 mm width, 2120 mm height) enable straightforward integration into existing plant layouts and control cabinets, minimizing retrofit challenges. Application: retrofits in packaging or bottling lines and new build-outs in automotive assembly.Feature → Business Impact → Application: 360 kg rugged enclosure with 77 dB(A) sound profile improves environmental robustness while keeping ambient noise within acceptable plant levels. Application: control rooms and nearby maintenance corridors in automated facilities. Feature → Business Impact → Application: Polish origin with regional stock (DEAPREXPU, SGIND002EXPU) and 35-day lead time provide predictable procurement risk management and supply continuity for capital projects. Application: large-capital equipment deployments and multi-site rollouts in global manufacturing networks. Long-tail keywords integrated: ABB DC Converter Cabinet, 4Q converter, 400 VAC input, frame size H4, DCS880-A02-0680-04X2, industrial automation power cabinet, 360 kg cabinet, Polish origin.
Get a Quick Quote for a ABB 3ADT218521A2221
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 3ADT218521A2221?
Enquire Now
FAQs
Yes. The cabinet is designed for 400 VAC input and the DCS880-A02-0680-04X2 configuration, with dimensions 644 mm (D) × 830 mm (W) × 2120 mm (H) and a 360 kg enclosure. Plan for installation in spaces that accommodate the H4 frame and allow adequate ventilation; stock is available at regional warehouses (DEAPREXPU, SGIND002EXPU) for faster procurement.
Key specs include 400 VAC input, 680 A current, 4Q converter configuration, and a 77 dB(A) sound level. The product name is DCS880 DC Converter Cabinet, with frame size H4 and dimensions of 644 mm × 830 mm × 2120 mm, weighing 360 kg. These figures guide system designers in sizing and enclosure planning for automation drives.
Industries with demanding DC power needs for automation lines, heavy machinery, and robotic cells benefit most. The cabinet supports reliable DC distribution for plant-wide drive systems, machine tools, and automated packaging lines, delivering robust performance in high-load environments while simplifying integration with DCS880-based controls.
The provided data does not specify CE, SIL, or IP certifications. While ABB cabinets are typically designed to meet industry standards, please verify exact certifications with the supplier or ABB documentation before procurement, especially for regulated applications or environments requiring specific safety and IP ratings.
Warranty details indicate a warranty return policy where products under warranty must be returned, and the ordering data shows a 35-day lead time with stock at multiple warehouses. For ROI, expect improved uptime and reliability in DC power distribution, reducing unplanned downtime in automation facilities and optimizing maintenance planning.