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ABB REF620E-F NBFNAANNNCC1BNN1X highly advanced feeder protection and control relay

ABB REF620E-F NBFNAANNNCC1BNN1X is a highly advanced feeder protection and control relay, which is an important component of ABB Relion’s product family. In the automation system, it serves as the core hub and interfaces with various on-site devices.

Model REF620E-F NBFNAANNNCC1BNN1X
Brand ABB
Type feeder protection and control relay
Normal operating temperature range: -25 ° C to+55 ° C; short-term: -40 ° C to+85 ° C
Installation method designed for standard cabinet installation
Interface/Bus Ethernet (RJ-45 for 100Base TX, LC for 100Base FX fiber), supporting multiple fieldbus options
Certification of CE, RoHS, and other related industry standards
Supports protocols IEC 61850, IEC 60870-5-103, Modbus

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Description

ABB REF620E-F NBFNAANNNCC1BNN1X is a highly advanced feeder protection and control relay, which is an important component of ABB Relion’s product family. In the automation system, it serves as the core hub and interfaces with various on-site devices.

REF620E-F NBFNAANNNCC1BNN1X

REF620E-F NBFNAANNNCC1BNN1X

It can be directly connected to current transformers (CTs), voltage transformers (VTs), circuit breakers, and other protective devices. This relay supports multiple communication protocols, including IEC 61850 protocol that supports GOOSE messages for high-speed and reliable data transmission, IEC 60870-5-103 protocol for traditional substation communication, and Modbus protocol that can be seamlessly integrated with various industrial equipment. It can be easily integrated into different control platforms and chassis systems. ABB REF620E-F NBFNAANNNCC1BNN1X adopts a modular design, which facilitates the installation and replacement of components, thereby reducing maintenance time. In addition, it also has self diagnostic function, which can continuously monitor its own performance, timely detect any abnormal situations, and ensure high reliability operation.

REF620E-F NBFNAANNNCC1BNN1X

REF620E-F NBFNAANNNCC1BNN1X

Technical specifications:
Model REF620E-F NBFNAANNNCC1BNN1X
Brand ABB
Type feeder protection and control relay
Normal operating temperature range: -25 ° C to+55 ° C; short-term: -40 ° C to+85 ° C
Installation method designed for standard cabinet installation
Interface/Bus Ethernet (RJ-45 for 100Base TX, LC for 100Base FX fiber), supporting multiple fieldbus options
Certification of CE, RoHS, and other related industry standards
Supports protocols IEC 61850, IEC 60870-5-103, Modbus

 

 

Contact Us
Phone:+86 16626708626
WeChat/WhatsApp:+86 16626708626
Email: 3772179818@qq.com

REF620E-F NBFNAANNNCC1BNN1X

REF620E-F NBFNAANNNCC1BNN1X

Main features and advantages:
Its sturdy structure enables it to withstand harsh industrial environments and ensure long-term stable operation. The advanced protection function built into the relay significantly reduces the risk of equipment damage caused by electrical faults, thereby minimizing unplanned downtime to the greatest extent possible. With its precise measurement capabilities, it helps achieve better energy management, thereby reducing operating costs. Its modular and user-friendly design simplifies the integration work during system installation and upgrade, reducing engineering costs. In addition, it can ensure that your power system meets industry standards, giving you peace of mind in terms of safety and reliability.

REF620E-F NBFNAANNNCC1BNN1X

REF620E-F NBFNAANNNCC1BNN1X

Application areas:
In power plants, it is crucial for protecting and controlling the feeders that distribute electricity from the generating units to the grid. Here, the ability of relays to handle high-power loads and their rapid fault detection capabilities are crucial for maintaining the stability of power supply.
In the manufacturing industry, especially for large production lines that rely on continuous and stable power supply, ABB REF620E-F NBFNAANNNCC1BNN1X is used to protect the power system from faults that may otherwise interrupt production.
In the oil and gas industry, reliable electricity is crucial for critical operations such as pumping and processing, and this relay ensures the integrity of the power distribution network even under harsh environmental conditions.

REF620E-F NBFNAANNNCC1BNN1X

REF620E-F NBFNAANNNCC1BNN1X

Related products:
REF620E-F NBFNAAAAND1BNN1X: However, there may be differences in communication options or additional features optimized for specific industrial power applications.
REF620-A: It has basic feeder protection functions and is suitable for less complex power systems or as an economical alternative in certain applications.
REF620-B: Provides enhanced control functionality for applications that require deeper control of the power system.
REF620-C: With higher channel density, it is suitable for applications with limited space but requiring a large number of input and output channels.
REF620-D: Focused on enhancing communication capabilities, supporting more advanced or specialized communication protocols for seamless integration in complex network settings.
REF620-E: Designed with enhanced redundancy features, it ensures continuous operation even in the event of component failures in critical applications.
REF620-F: Capable of withstanding extreme temperatures, high humidity, and other harsh environmental factors, suitable for outdoor or challenging industrial environments.

REF620E-F NBFNAANNNCC1BNN1X

REF620E-F NBFNAANNNCC1BNN1X

Installation and maintenance:
Before installing ABB REF620E-F NBFNAANNNCC1BNN1X , it is essential to verify the compatibility of the communication protocol with your existing system. Ensure that the voltage level and current rating of the connected equipment meet the requirements of the relay. Check if there is enough space around the relay to ensure good ventilation and prevent overheating. In addition, confirm that the firmware of the relay is up-to-date, as this can improve performance and solve any known issues.

For daily maintenance, regularly check the LED status indicator lights on the relay to quickly identify any abnormal situations. Regularly check the connectors for signs of wear or corrosion, as this may affect the reliability of the connection. Conduct comprehensive system testing at least once a year to ensure that all protection and control functions are functioning properly.

 

 

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