Description of Emerson 3 Embedded Power System
Emerson 3 Embedded Power System
The Emerson 3 Embedded Power System is a product of Emerson Network Energy’s many years of development and online operation experience. A highly reliable, high power density, high performance, fully digital communication power system designed to meet network requirements such as access equipment.
Features of Emerson 3 system
Adopts standard inch structure design, has good versatility
Small size, light weight, embedded installation, saving machine room area and installation cost
Full front operation , convenient for maintenance
Wide input voltage range, strong grid adaptability
Rectifier module has a wide operating temperature range, strong environmental adaptability
Hot swap without damage, online maintenance, convenient and fast
It has a comprehensive lightning protection design and provides multiple DC power distribution outputs
It has complete battery management functions, effectively improving the service life of the battery
Provides R dry contacts and other communication interfaces for networking Flexible, enabling remote monitoring
Outstanding energy-saving and environmentally friendly features of Emerson 3
■ Energy-saving: dormant energy-saving patented technology, effectively reducing comprehensive operating costs
■ Land-saving: embedded installation, full frontal maintenance
br/>■ Environmental protection: Meets EU R standards and China's environmental protection directives, and meets
Emerson 3 system technical parameters
System power distribution instructions
Power supply mode single-phase three-wire
Battery fuse: ×
Output branch ×, × battery protection, fuse
Input characteristics
Input voltage~3-phase voltage
Input voltage frequency~
Power factor≥
Output Characteristics
Output Voltage-~
Output Current@
Rated Efficiency≥
Module Configuration
Monitoring Module
Rectifier Module/Fully equipped
Emerson 3 mechanical parameters
.×× ≤
/ .×.×. ≤
×× ≤
Emerson 3 embedded power system description
Emerson NetSure212 C23 Embedded Power System