Features:
- Coated power interface construction supports specified DCS500B and DCS600 converter installations from 400 to 1000 VAC.
- Dedicated measuring circuits process AC current, three-phase line voltage, DC terminal voltage and converter temperature signals.
- Hardware coding allows the interface board to be matched to the electrical rating and temperature-sensor arrangement of the installed drive.
The supplied configuration is the coated SDCS-PIN-51 power interface board identified by order number 3ADT220090R0006. It is intended for converter assemblies that specify this exact board execution.
Within the drive power section, the board converts measured electrical and thermal signals into information used by the control system. It normally operates with the corresponding SDCS-PIN-4x pulse-transformer arrangement.
Before installation, confirm the converter type and verify the current, voltage and temperature coding against the approved hardware configuration. Spare-board resistor and jumper settings must be correctly configured before energization.
Availability should be confirmed using the complete order number and installed DCS500B or DCS600 converter configuration.
Verified resources for ABB SDCS-PIN-51-COAT 3ADT220090R0006:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Interfaces power-stage measurements and coding circuits in documented ABB DC converter systems.
- Supports current, voltage, temperature, and hardware-code functions used by the converter control platform.
- Appears in DCS500B and DCS600 service material for the applicable coated-board configuration.
- The board can be associated with converter circuits from 230 to 1000 VAC.
- Isolation, lockout, and verified DC-bus discharge are required before connectors are touched.
- Coating, voltage class, and board coding must match the approved converter configuration.
- Connector positions and companion-board relationships should be photographed before removal.
- Current, voltage, temperature, and hardware-code paths must return to their documented locations.
- Commissioning should confirm measurement plausibility and the absence of converter protection faults.
- Use the complete ABB product identity and service documentation for the installed converter family.
- The coated configuration must be preserved where the project specifies environmental protection.
- Site electrical-safety procedures and converter-specific service limits remain part of the installation basis.