The RECTIFIER-BATTERY CHARGER of the SE1R series (Single Branch) are electronic equipment for industrial uses, expressly designed to supply DC users without interruptions. Robust, reliable and particularly cared to meet current regulations, they essentially consist of a stabilized / filtered rectifier and a control circuit, all to keep the battery charged and to guarantee power to the user with or without mains.
The SE1R energy stations are available in three circuit configurations: – RT: single branch (T) – RC: single branch with drop cells (C) – RS: single branch with regulator series (S)
► Single branch configuration
► 24V, 48V, 110V, 220 DC output voltages
► Highly reliable SCR technology
► Housing in metal floor cabinets
► High degree of customization
► High short-circuit resistance
► Natural (Std.) / Forced ventilation
► RT = Single Branch
► RC = Single Branch with Drop Cells
► RS = Single Branch with Regulator Series
► Functions on digital display / Analogue or Digital instrumentation
► Quick charge and manual charge (optional)
► Alarms by Dry contact, on the terminal board
The RECTIFIER-BATTERY CHARGER of the SE2R series (Double Branch) are electronic equipment for industrial uses, expressly designed to supply DC power without interruption. Robust, reliable and particularly cared to be comply with current regulations, they essentially consist of two stabilized / filtered rectifiers and the respective control circuits, all to keep the battery charged and to guarantee power to the user.
► Double branch configuration
► Stabilized output voltages
► Highly reliable SCR technology
► Housing in metal floor cabinets
► High degree of customization
► High short-circuit resistance
► Natural (Std.) / Forced ventilation
► The battery branch can be configured for hot redundancy
► Functions on digital display / Analogue or Digital instrumentation
► Quick charge and manual charge (optional)
► Alarms by Dry contact, on the terminal board
The main elements of MEDEL’s SEsw systems are represented by AC / DC conversion modules realized in switching technology. They are available in various voltage and power model, and are typically connected in parallel to ensure maximum reliability with n + x redundancy or simply to achieve higher output currents. Designed to work together with batteries providing a seamless DC power source, each module can be hot-swapped without requiring downtime. The low noise level introduced and the high reliability make them ideal for all critical applications such as TLC, video surveillance, emergency auxiliary systems etc.
► Ideal for critical TLC applications.
► Modular and scalable
► Designed for redundant operation (n + x)
► Very high reliability
► High efficiency
► Hot swap module replacement
► Centralized control logic
► Available in standard and custom configurations
► Low harmonic distortion THDi <5%
► Distribution that can be installed on board
► Available with the following interfaces: RS232, free contacts, TCP / IP-WEB-SNMP, modem (GSM / GPRS or telephone line)
► Multi-function display
