Rectifiers-chargers

Specially designed for DIN rails

The AFRDin range is a family of stabilized and regulated single voltage DC power supplies, especially designed for mounting on DIN rail. According to the model the input network can be 115 VAC, single phase 230 VAC, 230 VAC or 400 VAC three phase. The power factor correction (PFC) according EN61000- 3-2 Class A is also integrated. Compact and powerful, this series has the UL, C-UL and CE marking. This series is ideally suited for all electrical applications like electronic enclosures and the automation industry in general.

New generation of battery chargers

Our new generation of battery chargers CRFD was designed to bring you more innovation while maintaining the performance of the previous range.

11 positions depending on battery technology (Sealed lead, lead acid, AGM, Gel, etc.)

Additional information deported for batteries and charging status

Additional terminals for connecting an external load balancer for adding with extra batteries

High performance level

Function "balancing current" (mounting in parallel) up to 6 chargers

Extended powers range of chargers

Compact

The cabinet can be installed either vertically or horizontally depending on the space available.

Optional modules

Optional modules outputs are available to show the signals displayed on the front of the cabinet of the energy system.

Removable door

The door has a quick closure with speed of use and quick connection of the earth.  An opening prevention contact series is available.

DC power set

These new devices are the result of a research and development by our company, to have maximum reliability and performance in the field of energy supply systems. We have not chosen to implement only the traditional energy conversion systems (isolating transformer with a thyristor), but to liaise flexibility and the advance of a digital logic to a microcontroller.

The electronic controls of the RCRFn rectifiers are reliable and increase the life of batteries.

Power supply systems for industrial environments

RDC, the battery charging rectifier, is an energy converter for industrial use designed to ensure a constant power supply in association with the batteries. Using different types of connections and operating criteria, and building on the experience gained in the last 40 years, our partner can fulfil any request while ensuring a high system efficiency. The series of rectifiers and battery chargers for industrial use is based on total control 6- or 12-pulse thyristor bridges. We can supply a wide range of systems with voltage output from 24 V DC to 220 V DC and current output up to 1000 A. The equipment is installed inside stand-alone, self-supporting cabinets. The frame and the panels are made of steel. The protection degree is IP 30 (up to IP42 upon request) and IP 20 when the panels are open; access to the equipment is from the front. The equipment is designed, manufactured and tested in compliance with the applicable IEC regulations. 

Rectifier charger RCRFn_LC-R 24Vcc, 48Vcc and 110Vcc. 10A to 60A 1PH or 3PH.

Applications: industry, energy management and production, transport, safety, automation, petrochemicals

These new devices are the result of a research and development action undertaken by our company, aimed at achieving maximum reliability and better performance in the field of energy supply systems. It was not chosen to implement only traditional energy conversion systems (isolation transformer with a bridge thyristor), but to combine the flexibility and advance of a digital microcontroller logic. AC/DC conversion unit with thyristor technology and a controlled full bridge configuration. Use in filtered regulated power supply and battery charger with variable voltage from 24Vdc to 31Vdc with adjustment by potentiometer on the front of the unit. Electronic controls make RCRFn rectifiers reliable and increase battery life.

These devices are the result of careful research and development carried out by our company, aimed at obtaining maximum reliability and the best performance in the field of direct current emergency power systems. The improvements made allow us today to offer a single system that can be proposed in three different basic electrical configurations with IGBT (chopper) or THYRISTOR conversion technology depending on the required currents. The SYSTEM CONTROL is now based on an expandable Industrial PLC, characterized therefore by a very high reliability as well as by a considerable flexibility, it allows to satisfy a greater number of technical needs and consequent applications.