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GD9924BE.V2.0025 Electrical Monitoring & Protection Module

The ABB GD9924BE.V2.0025 is an advanced electrical monitoring and protection module designed to integrate with ABB’s portfolio of low-voltage switchgear and motor control systems. As a specialized monitoring unit, it functions as the eyes and ears of electrical distribution networks, continuously measuring key parameters such as current, voltage, power factor, and energy consumption while executing protective actions when anomalies are detected. Its role extends beyond basic monitoring—it communicates seamlessly with SCADA systems, HMIs, and other control components, creating a connected electrical infrastructure.

 

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Description

Model GD9924BE.V2.0025
Brand ABB
Type Electrical Monitoring & Protection Module
Power Supply 24V DC ±20%
Operating Temperature -10°C to +60°C (14°F to +140°F)
Mounting DIN Rail (35mm)
Dimensions 120mm x 80mm x 150mm (4.7in x 3.1in x 5.9in)
Weight 0.8kg (1.8lbs)
Interfaces RS485 (Modbus RTU), Profibus DP, Ethernet/IP
Certifications IEC 61800-5-1, UL 61800-5-1, CE
Cooling Natural convection
Environmental Rating IP20 (when mounted in enclosure)

 

 

GD9924BE.V2.0025

GD9924BE.V2.0025

 

The ABB GD9924BE.V2.0025 is an advanced electrical monitoring and protection module designed to integrate with ABB’s portfolio of low-voltage switchgear and motor control systems. As a specialized monitoring unit, it functions as the eyes and ears of electrical distribution networks, continuously measuring key parameters such as current, voltage, power factor, and energy consumption while executing protective actions when anomalies are detected. Its role extends beyond basic monitoring—it communicates seamlessly with SCADA systems, HMIs, and other control components, creating a connected electrical infrastructure.

GD9924BE.V2.0025

GD9924BE.V2.0025

 

What sets the ABB GD9924BE.V2.0025 apart is its ability to adapt to various electrical configurations, making it valuable for both retrofitting existing systems and integrating into new installations. Its compatibility with industry-standard communication protocols ensures it fits into diverse automation ecosystems without extensive reengineering.

GD9924BE.V2.0025

GD9924BE.V2.0025

 

 

Main features and advantages:

The performance of the ABB GD9924BE.V2.0025 is built on its high-precision measurement technology, which delivers accurate electrical parameter readings with minimal latency—essential for timely protection responses. This allows the module to detect even subtle irregularities, such as phase imbalances or harmonic distortions, and trigger protective actions within milliseconds, preventing equipment damage and ensuring operational safety. The hardware design emphasizes durability, with a robust enclosure that withstands harsh industrial environments, including exposure to dust, moisture, and mechanical vibrations, ensuring reliable operation in Class 3 pollution degree environments.

Compatibility is a key strength of the ABB GD9924BE.V2.0025, supporting communication protocols such as Modbus RTU, Profibus DP, and Ethernet/IP. This flexibility allows it to integrate with existing control systems, data loggers, and cloud-based monitoring platforms, enabling centralized data analysis and remote diagnostics. Long-term reliability is enhanced through its low-power consumption design, which reduces heat generation during continuous operation, and its use of industrial-grade components that meet stringent durability standards, minimizing maintenance requirements in critical applications.

Application areas:

In the realm of industrial power distribution and motor control, precision monitoring and reliable protection are non-negotiable. Manufacturing plants, oil refineries, and heavy machinery facilities depend on devices that can track electrical parameters in real time while safeguarding equipment from overloads, short circuits, and voltage irregularities. This is where the ABB GD9924BE.V2.0025 shines, serving as a critical monitoring and protection module in industrial electrical systems worldwide. Used in industrial automation for power management, motor control centers, and electrical distribution panels, the ABB GD9924BE.V2.0025 addresses the challenge of maintaining electrical system integrity in dynamic operational environments. It enables seamless data collection from sensors and breakers, providing engineers with actionable insights to prevent downtime and ensure compliance with safety standards. Whether monitoring power consumption in a factory floor or protecting critical motors in a processing plant, the ABB GD9924BE.V2.0025 delivers the accuracy and dependability that industrial operators rely on.

Related products:

ABB T5N63 – Molded case circuit breaker that pairs with the ABB GD9924BE.V2.0025 for enhanced overcurrent protection.

ABB ACS880-01-04A1-3 – AC drive that integrates with the ABB GD9924BE.V2.0025 for motor performance monitoring.

ABB CM-M12-S – Current transformer module that provides input signals to the ABB GD9924BE.V2.0025.

ABB PSR37-600-70 – Soft starter compatible with the ABB GD9924BE.V2.0025 for motor start/stop control.

ABB RET670 – Protection relay that communicates with the ABB GD9924BE.V2.0025 in medium-voltage systems.

ABB PM554-R – PLC module that receives data from the ABB GD9924BE.V2.0025 for centralized control.

ABB TA25DU0.63 – Thermal overload relay that works with the ABB GD9924BE.V2.0025 for motor protection.

ABB M102-K10 – Contactor that interfaces with the ABB GD9924BE.V2.0025 for load switching operations.

Installation and maintenance:

 

Before installing the ABB GD9924BE.V2.0025, ensure the mounting rail is securely fastened to a grounded metal surface to prevent electrical noise interference. Verify that the control cabinet provides a minimum of 30mm clearance on all sides to facilitate proper airflow and ease of wiring. Check that incoming power supply wiring is rated for the module’s current requirements and that proper fusing (1A slow-blow) is installed in the supply circuit. Use shielded twisted-pair cables for communication lines, with shields terminated at both ends to maintain signal integrity in noisy industrial environments.

 

For maintenance, perform quarterly visual inspections to check for loose connections, dust buildup, or signs of overheating around terminal blocks. Utilize the ABB GD9924BE.V2.0025’s built-in self-diagnostic  Verify measurement accuracy and communication status on a monthly basis. Firmware updates should be performed during planned downtime, following the steps provided by ABB to avoid configuration loss. It is recommended to calibrate the module every two years to ensure measurement accuracy meets industry standards and retain calibration records for compliance audits.

 

 

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