🔧 Product Overview
The ABB Unitrol 6000 3ADT218440R0003 is a converter drive assembly identified as UNS 5907 A V5082. It belongs to the ABB Unitrol 6000 platform and is intended for industrial power-control and excitation-system applications.
The exact assembly carries several identification references, including 3ADT218440R0003, UNS 5907 A V5082, 3BHS227496E01, and 3BHE032284 E01. Additional markings identify CCM6080 (UC D240), 008241S0030, and GV D241 A.
Because this is a configuration-specific Unitrol assembly, the complete identification code should be checked against the original equipment before replacement. A similar-looking Unitrol converter is not necessarily electrically interchangeable.
⚙️ Key Features
- ABB Unitrol 6000 platform
- Converter drive assembly
- Type: UNS 5907 A V5082
- ABB ID No.: 3ADT218440R0003
- Associated data sheet reference: 3BHS227496E01
- Additional reference: 3BHE032284 E01 Rev.
- CCM6080 (UC D240) identification
- GV D241 A reference
- Industrial power conversion application
- Designed for integration into configured ABB control systems
- Suitable for maintenance and replacement of existing Unitrol installations
- Heavy-duty industrial construction
📋 Product Datasheet
| Parameter | Specification |
|---|---|
| Brand | ABB |
| Product Family | Unitrol 6000 |
| Model | Unitrol 6000 |
| Product Type | Converter Drive |
| Type | UNS 5907 A V5082 |
| ABB Part Number | 3ADT218440R0003 |
| Data Sheet Reference | 3BHS227496E01 |
| Additional Reference | 3BHE032284 E01 Rev. |
| Converter Identification | CCM6080 (UC D240) |
| Additional ID | 008241S0030 |
| Additional Reference | GV D241 A |
| Country of Origin | Germany |
| Condition | Used |
| Weight | Approx. 36.200 kg |
| Package Quantity | 1 piece |
| Application | Industrial power conversion / excitation systems |
| Mounting | System-dependent |
The listed unit is used and has a specified weight of approximately 36.2 kg. The listing also identifies Germany as the country of origin.
⚡ Operating Function
The converter drive forms part of a larger Unitrol 6000 system rather than operating as an independent general-purpose variable-frequency drive.
Within an excitation or industrial power-control installation, the converter section handles controlled electrical power conversion according to the requirements of the overall control system. The exact operating parameters, input/output arrangement and control interface depend on the complete Unitrol configuration.
For this reason, the UNS 5907 A V5082 identification is important when sourcing a replacement. The converter should be matched with the associated control electronics, firmware/configuration and system ratings rather than selected only by the Unitrol 6000 family name.
🛠️ Installation & Configuration
Before installing the 3ADT218440R0003, perform a complete identification check against the existing equipment.
- Confirm the ABB part number 3ADT218440R0003.
- Verify the UNS 5907 A V5082 type designation.
- Compare the data sheet and assembly references.
- Check the CCM6080 (UC D240) marking.
- Compare all connectors, terminals and mechanical mounting points.
- Verify the associated Unitrol control and power assemblies.
- Confirm the original system’s electrical ratings before energizing.
- Inspect busbars, terminals and power connections for contamination or oxidation.
- Perform insulation and continuity checks where applicable.
- Complete functional testing under controlled conditions before returning the system to service.
Do not connect an unknown replacement directly to an energized excitation system. The exact converter configuration should be verified from its nameplate and the equipment documentation.
🔍 Maintenance Tips
The Unitrol 6000 converter should be kept in a clean, dry and properly ventilated cabinet environment. Dust accumulation around power electronics can reduce cooling performance and increase thermal stress.
For a used replacement unit, inspect the power terminals, connectors, cooling surfaces, semiconductor components and internal wiring before installation.
It is also good practice to record all identification labels and revision numbers before the converter is installed. This makes future spare-parts procurement much easier.
The available product records identify the assembly as made in Germany and list a total weight of approximately 36.2 kg.
❓ Common Questions
Q: What is the ABB 3ADT218440R0003?
A: It is an ABB Unitrol 6000 converter drive assembly identified as UNS 5907 A V5082.
Q: What is the full type designation?
A: The listed type is UNS 5907 A V5082.
Q: Is this a complete Unitrol 6000 system?
A: No. It is a converter drive assembly used as part of a larger Unitrol 6000 system.
Q: Is the listed unit new?
A: No. The referenced listing identifies it as Used.
Q: What is the weight?
A: The listed weight is approximately 36.2 kg.
Q: Can another Unitrol 6000 converter replace it?
A: Not automatically. The complete ABB part number, converter type, associated control hardware and system ratings should be matched before substitution.
Q: What should be checked before purchasing?
A: Confirm 3ADT218440R0003, UNS 5907 A V5082, the associated data-sheet references, mechanical interfaces, electrical ratings and the configuration of the existing Unitrol system.
🔄 Recommended ABB Models and Related Components
- ABB Unitrol 5000 Excitation System
- ABB Unitrol 6000 Excitation System
- ABB UNITROL F Excitation System
- ABB UNS 5907 Converter Drive
- ABB 3BHS227496E01
- ABB 3BHE032284E01
- ABB CCM6080 Converter Module
- ABB DCS 500 DC Drive
- ABB DCS 600 DC Drive
- ABB ACS 600 Industrial Drive
🏭 Application Summary
The ABB Unitrol 6000 3ADT218440R0003 is a specialized converter drive assembly intended for integration into configured industrial power and excitation systems. Its UNS 5907 A V5082 designation and associated identification numbers make it particularly useful as a maintenance spare for existing installations.
For replacement work, the complete part number should be treated as the primary reference. Matching only the Unitrol 6000 family is not sufficient because converter assemblies can differ in power configuration, interfaces and associated control hardware.
For a used unit, inspection and functional testing are strongly recommended before installation, especially when the converter will be connected to a critical excitation or power-control system.
