ABB RED670 product details
Product overview
ABB RED670 is an intelligent electronic device(IED)for power system protection.It is mainly used for line differential protection,which can provide reliable protection for overhead lines and cable lines.The RED670 features sensitive differential protection that quickly detects and isolates faults to improve the reliability and safety of the power system.
Product parameter
Model:RED670
Brand:ABB
Type:Intelligent Electronic Device(IED)
Function:line differential protection
Measuring range:Suitable for various voltage levels and current levels of the line
Communication interface:Support a variety of communication protocols,such as GOOSE,IEC 61850 and so on
Protection function:differential protection,distance protection,overcurrent protection,etc
Other parameters:Please refer to the product manual for specific parameters
Product characteristics
High precision:The use of high precision measurement components to ensure the accuracy of the protection action.
High reliability:Redundancy design and self-diagnosis function are adopted to improve system reliability.
Flexibility:Supports multiple configurations to adapt to different application scenarios.
Easy to operate:provides a friendly user interface for easy configuration and maintenance.
Strong compatibility:Seamless integration with ABB’s various automation systems.
Product application
Power system protection:Used to protect the overhead lines and cable lines of the power system.
Substation automation:Line protection and control as part of a substation automation system.
Distribution network automation:used for fault detection and isolation of distribution networks.
Brand introduction
ABB is a leading global power and automation technology group that provides industrial,transportation,infrastructure and utility customers with products,systems and services that improve efficiency and reduce environmental impact.ABB’s power system products are known for their high performance,high reliability and ease of use,and are widely used in all aspects of power systems.
