ABB XVC767AE102 | Current Measurement Scaling Board for MV Drives

Description

ABB XVC767AE102 – Current Measurement Scaling Board for MV Drives

Product Overview

The ABB XVC767AE102 (Part No. 3BHB007209R0101) is a dedicated current measurement scaling board engineered for ABB’s medium-voltage drive systems, most notably the ACS 6000 series-22-. This PCB-level component serves as a critical signal conditioning interface between the drive’s current transformers (CTs) and the main control system, converting raw secondary current signals into conditioned, isolated, and scaled outputs that the drive controller can process accurately-.

Designed for installation within the power unit cabinet of IGCT-based frequency converters, the XVC767AE102 provides real-time current monitoring, fault detection, and overcurrent protection for high-power industrial motor drives–. Its primary application lies in heavy-duty industries such as mining, metals processing, oil and gas, and power generation, where large induction and synchronous motors demand precise current feedback for reliable torque and speed control.

The board’s isolated signal paths and robust PCB construction ensure reliable operation in the electrically noisy environments typical of high-power variable frequency drives. As a factory-sealed spare part with a 12-month warranty-1-22, the XVC767AE102 offers a direct replacement solution for maintaining ACS 6000 series drive uptime.

Technical Specifications — XVC767AE102

Parameter	Value
Product Model	XVC767AE102
Part Number	3BHB007209R0101
Manufacturer	ABB
Type Designation	XV C767 AE102-22
Product Type	Current Measurement Scaling Board / SCALE BOARD-22
Board Function	Current measurement scaling & signal conditioning-22
Form Factor	Printed Circuit Board (PCB)-22
Mounting	Plug-in type, panel or rack-mounted within control cabinet-1-22
Net Weight	0.2 kg (approx.)-1 / 0.65 kg-22
Dimensions (HxWxD)	220 × 100 × 25 mm-1
Signal Type	Analog input conditioning-22
Cooling Method	Passive (fanless)-22
Temperature Range	Industrial standard (-20°C to +70°C typical)-22
Country of Origin	Switzerland / Sweden-1-22
Compliance	Industrial-grade, RoHS-1-26

ABB XVC767AE102

Key Features and Benefits

Precision Current Measurement – The board captures CT secondary current signals with high accuracy, performing filtering, isolation, and level conversion to deliver clean, real-time current data to the main drive controller-.

Integrated Fault Detection – Built-in monitoring circuits continuously track IGCT power device operating status, detecting overcurrent conditions and short-circuit faults for rapid system protection response-.

Galvanic Isolation – Isolated signal paths protect the control system from high-voltage transients present in the power section, ensuring safe and reliable operation in medium-voltage drive environments-.

Direct Fit Replacement – As a factory-original spare part, the board provides a plug-in replacement for existing ACS 6000 series drive installations, minimizing downtime during maintenance-22.

Industrial-Grade Construction – Designed for the demanding thermal and electrical conditions inside IGCT power stacks, with passive cooling and robust PCB materials rated for continuous industrial service-22.

Related Models

XVC767AE102 3BHB007209R0102 – A functionally similar current monitoring board variant for ACS5000/ACS6000 IGCT converters, also used for signal acquisition in medium-voltage drive applications-.

XVC768102 3BHB007211R102 – A related ABB PCB module within the XVC series, designed for complementary signal processing functions in the same drive platform-2.

XVC768101 3BHB007211R101 – Another XVC-series board serving adjacent roles in ABB medium-voltage drive control cabinets-2.

XVC767RE101 – A redundancy companion module that pairs with XVC767-series controllers for 1:1 fault-tolerant configurations in Symphony Plus architectures-26.

Installation and Maintenance

The XVC767AE102 mounts as a plug-in PCB within the power unit cabinet of ABB ACS 6000 series drives-22. Installation should be performed with the drive safely de-energized and isolated from all power sources. The board connects to the main control system via dedicated backplane or cable interfaces—refer to the specific drive system documentation for exact wiring and termination details.

No active cooling or routine maintenance is required under normal operating conditions-22. Periodic visual inspection for dust accumulation or connector integrity is recommended during scheduled drive service intervals. The board is available as a new, factory-sealed spare part with a 12-month warranty covering defects in materials and workmanship-1-5.