Critical power systems for industry worldwide

AVATEC POWER

Switch Mode Rectifier

Avatec Power Pte Ltd supplies modular switch mode rectifiers for AC-to-DC power conversion, stationary battery charging and critical DC loads. The range includes modular sub-rack solutions and cabinet systems for telecommunications, marine, petrochemical and industrial applications, with model-dependent system voltages and current ratings. For selection, specify the DC voltage, continuous load, battery charging requirements, redundancy, distribution and monitoring interfaces.


NIKSA - Switch Mode Rectifier - Rack Solution

Modular Solution

The NPRS 1000H and NPRS 2000 are 19-inch sub-rack Switch Mode Rectifier solutions for low-to-medium DC power applications. Complete with telecom and control modules, the integrated design supports AC/DC distribution and communication of system information between modules.

Applications: Telecommunications, Data networks

NIKSA NSP 1000I full-length closed-door system cabinet

NSP 1000I System Solution

The NSP 1000I Switch Mode Rectifier can be configured as a complete DC power system with output current up to 1080A. Multiple NPRS 1000H rack solutions can be integrated within a cabinet to provide a flexible solution for medium-to-large DC power applications.

Applications: High voltage switchgear, Power generation and distribution, Emergency lighting systems, Rail application, Telecommunications, Industrial control systems, Process and heavy industries

NIKSA - Switch Mode Rectifier - NSP 2000H System Solution

NSP 2000H System Solution

The NSP 2000H Switch Mode Rectifier can be configured as a complete DC power system with output current up to 600A. Multiple NPRS 2000 rack solutions can be integrated within a cabinet to provide a flexible solution for medium-to-large DC power applications.

Applications: Digitally controlled, Wide input voltage range, Input and output protection, Heat management, High power density Integrated single circuit board for AC/DC distribution and transmission of system information, AC input connection distribution, High efficiency, low power consumption and heat dissipation, Redundancy configurations