ABB XVC768AE117 3BHB007211R0117 | High-Performance PC Board for Excitation and Drive Systems ABB

$4,500.00

The ABB XVC768AE117 (ordering code: 3BHB007211R0117) is a sophisticated printed circuit board engineered for advanced control and communication within ABB‘s high-power electronics ecosystem-6-5. This module serves as a critical processing or interface component, primarily deployed in large-scale AC drives such as the ACS series and static excitation systems (UNITROL) for synchronous generators-5.
Brand model:ABB
Product Name: XVC768AE117
Warranty: 1 year
Origin:USA
HS code:85389000.00
Inventory: Spot/Futures
Goods condition: Brand new
Delivery time: 3-4days/1month

Category: Brand:

Description

ABB XVC768AE117 3BHB007211R0117 – High-Performance PC Board for Excitation and Drive Systems

Product Overview

The XVC768AE117 addresses the demanding requirements of power generation facilities, heavy industrial plants, and marine propulsion drives, where precise voltage regulation and high-speed logic are essential for system stability-6. Engineered for utility-grade reliability, the board handles complex signal processing and facilitates seamless data exchange between the central control system and power-stage hardware-5-6. Its conformal coating provides robust protection against industrial contaminants, moisture, and dust, ensuring dependable operation in harsh electrical environments-5.

Technical Specifications — XVC768AE117

Parameter Value
Product Model XVC768AE117
Ordering Code 3BHB007211R0117
Manufacturer ABB
Product Type PC Board / Control Module
Input Voltage 24 V DC ± 20%-2
Input Current 5 mA maximum-
Output Voltage 24 V DC-2
Output Current 0.5 A maximum-2
Operating Temperature -10°C to +70°C (varies by source)-2-6
Storage Temperature -40°C to +85°C-8
Dimensions 233 × 160 × 25 mm-6
Weight 0.55 kg-6
Mounting Subrack / chassis slot-6
Compatibility ACS series drives, UNITROL excitation systems-6
Country of Origin Switzerland / Estonia-6
ABB XVC768AE117 3BHB007211R0117

ABB XVC768AE117 3BHB007211R0117

Key Features and Benefits — XVC768AE117

  • Excitation System Integration – The board functions as the main control interface that calculates firing angles for thyristors, ensuring generators maintain constant output voltage despite load fluctuations-6.
  • High-Speed Signal Processing – Features high-speed digital and analog signal processing capabilities to maintain system stability under varying load conditions-5.
  • Thermal Resilience – PCB layout and component selection are optimized for thermal management, ensuring longevity even when housed in high-power cabinets-5.
  • EMI/EMC Protection – Integrated shielding and filtered inputs protect against electromagnetic interference common in heavy industrial settings-5.
  • Diagnostic Visibility – Onboard status LEDs provide immediate visual troubleshooting of power and communication states-5.
  • Conformal Coating – Protects against industrial contaminants, moisture, and dust for extended service life in harsh environments-5.

Related Models

  • XVC768AE101 (3BHB007211R0101) : Processing control board widely used in ABB medium and high-voltage drives (such as the ACS6000 series) and excitation control systems; serves as the main control unit-.
  • XVC768AE115 : Similar PC board variant within the XVC768 series, often used in complementary roles within ABB drive and excitation system architectures.
  • XVC768AE119 : Higher-specification variant with extended processing capabilities for more demanding high-power applications.
  • 3BHB007211R0106 : Alternative ordering code within the same product family, typically configured for specific drive system requirements.

Installation and Maintenance — XVC768AE117

Installation of the 3BHB007211R0117 must be conducted in an ESD-protected environment to prevent damage to sensitive integrated circuits-6. Ensure system power is completely isolated before inserting the board into the designated subrack slot-6. The board should be guided carefully along the rail system to ensure backplane connectors align perfectly, and front panel screws must be secured for proper grounding and mechanical stability-6. When replacing an existing unit, verify that any onboard jumpers or configuration switches are set identically to the unit being removed to maintain system parameters-6. Upon energizing, check onboard status indicators for correct initialization-6. The board‘s functionality is firmware-dependent; when ordering a replacement, ensure hardware revision and firmware version match your system’s existing configuration to avoid communication errors-6. ABB generally recommends module-level replacement rather than component-level repair to ensure control loop integrity and maintain system certifications-5.

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