Description
Model: REF615C_D HCFDACADAND2BNN1XD
Brand: ABB
Series: ABB REF615 Feeder Protection & Control IED Series
Core Function: Provides full protection, control and monitoring for power feeders
Type: Feeder Protection and Control Intelligent IED
Key Specs: Wide-range AC/DC supply, IEC 61850 compliant, full feeder protection logic
Supply Status: In stock
Stock: Available
Warranty: 1 year
Ship From: China
ABB REF615C_D HCFDACADAND2BNN1XD
Product System Integration Overview
The ABB REF615C_D HCFDACADAND2BNN1XD is a compact and highly integrated intelligent electronic device engineered specifically for medium and low-voltage power feeder management. As a core secondary protection device in modern power distribution systems, it integrates protection logic, switch control, electrical measurement and network communication functions in a single unit, replacing multiple discrete traditional relays and measuring instruments. This IED features full compliance with IEC 61850 international substation communication standards, supporting seamless docking with intelligent substation automation platforms and remote SCADA monitoring systems. Its flexible software configuration and customized hardware coding adapt to diverse on-site power distribution demands, suitable for new intelligent power grid construction, traditional substation upgrading and outdated protection device replacement projects.
Detailed Product Functionalities
This multifunctional feeder protection IED delivers comprehensive one-stop operation management for power distribution feeders, covering protection, control, measurement and diagnosis. It supports complete feeder protection schemes including overcurrent protection, earth fault protection, overvoltage and undervoltage protection, with flexible threshold and time limit settings to adapt to different grid operation modes. The device realizes local and remote switchgear control, including breaker closing, tripping and interlock logic control, ensuring safe switching of power distribution circuits. It accurately collects real-time electrical parameters such as current, voltage, power and frequency to support power grid operation analysis and energy consumption statistics. Additionally, it integrates event recording, fault waveform capture and device self-diagnosis functions, recording operation logs and fault data in real time to facilitate post-fault analysis and rapid equipment maintenance.
ABB REF615C_D HCFDACADAND2BNN1XD
Product Features & Technical Strengths
The ABB REF615C_D protection and control IED stands out with high integration, excellent interoperability and ultra-high operational reliability, leading intelligent feeder protection technology. Adopting advanced embedded computing architecture, it ensures fast protection action response and accurate fault judgment, effectively reducing grid fault expansion risks. Full IEC 61850 protocol compatibility enables smooth data interaction with multi-brand substation systems, greatly improving system integration efficiency and compatibility. The wide-range universal power supply design resists on-site power voltage fluctuations, ensuring stable continuous operation of the device. With rigorous industrial electromagnetic compatibility testing, it can withstand complex substation electromagnetic interference and temperature and humidity changes, supporting 24/7 long-term unattended operation. The compact all-in-one structure saves cabinet space and simplifies on-site wiring and debugging, lowering overall engineering and maintenance costs.
Industrial Application Scenarios
This high-performance feeder protection and control device is widely applied in various industrial and municipal power distribution scenarios. It is mainly deployed in urban distribution substations, industrial enterprise internal power distribution rooms, commercial building power supply systems, photovoltaic and wind power grid-connected distribution cabinets, and mining low-voltage power distribution networks. As a key intelligent protection component of the ABB REF615 series, it optimizes the structural layout of power distribution secondary systems, improves power supply safety and reliability, and provides stable technical support for intelligent operation and maintenance of modern power grids.
