The ERM rectifier modules are designed and optimised for demanding telecom and industry applications. The convection cooled ERM 48/60-300 rectifier is a building block of the EPOS Mini power systems. The rectifier provides 300 W output power at 48 VDC or 60 VDC, with a single phase, semi-wide input voltage range. The rectifier may be operated either with a system controller or as stand-alone modules, with or without parallel-connected batteries. Through the system bus connection settings and data on input and output voltage and current, unit status, inventory information and operational parameters is provided.

PSM is a 240 W single-phase, convection cooled rectifier module for telecom and industry applications. PSM 24-300 is used in POMO 24-300 DC power systems. PSM 24-300 is designed and verified to meet international safety and other EMC standards stipulated by CE marking and environment test (surge).

MRC rectifier modules are designed and optimized for demanding industrial and telecom applications. These convection cooled MRC rectifiers are the key building blocks of OPUS C Series DC Power Systems. The rectifier delivers 1600W output power at 110 VDC or 220 VDC, with a single phase, semi-wide input voltage range. MRC rectifiers may be operated either with a system controller or as stand-alone modules, with or without parallel-connected batteries.

MRC rectifier modules are designed and optimized for demanding industrial and telecom applications. These convection cooled MRC rectifiers are the key building blocks of OPUS C Series DC Power Systems. The rectifier delivers 1600W output power at 110 VDC or 220 VDC, with a single phase, semi-wide input voltage range. MRC rectifiers may be operated either with a system controller or as stand-alone modules, with or without parallel-connected batteries.

MRC rectifier modules are designed and optimized for demanding industrial and telecom applications. These convection cooled MRC rectifiers are the key building blocks of OPUS C Series DC Power Systems. The rectifier delivers 1100W to 1600W output power at 24 VDC, 48 VDC or 60 VDC, with a single phase, semi-wide input voltage range. MRC rectifiers may be operated either with a system controller or as stand-alone modules, with or without parallel-connected batteries.

MRC rectifier modules are designed and optimized for demanding industrial and telecom applications. These convection cooled MRC rectifiers are the key building blocks of OPUS C Series DC Power Systems. The rectifier delivers 1100W to 1600W output power at 24 VDC, 48 VDC or 60 VDC, with a single phase, semi-wide input voltage range. MRC rectifiers may be operated either with a system controller or as stand-alone modules, with or without parallel-connected batteries.

MRC rectifier modules are designed and optimized for demanding industrial and telecom applications. These convection cooled MRC rectifiers are the key building blocks of OPUS C Series DC Power Systems. The rectifier delivers 1100W to 1600W output power at 24 VDC, 48 VDC or 60 VDC, with a single phase, semi-wide input voltage range. MRC rectifiers may be operated either with a system controller or as stand-alone modules, with or without parallel-connected batteries.

The VCRM and VCRML rectifier modules are designed and optimized for telecom and industry applications. These rectifiers provide unprecented power density and power levels in a true plug and play format and therefore power systems made out of these rectifiers leave you more valuable room for your core applications. VCRM and VCRML rectifiers are building blocks of EPOS Compact DC power systems. These rectifiers can be operated either with a system controller or as a stand-alone module. These rectifiers are optimal for supplying power with or without a parallel-connected battery according to the need of the system.

The VCRM and VCRML rectifier modules are designed and optimized for telecom and industry applications. These rectifiers provide unprecented power density and power levels in a true plug and play format and therefore power systems made out of these rectifiers leave you more valuable room for your core applications. VCRM and VCRML rectifiers are building blocks of EPOS Compact DC power systems. These rectifiers can be operated either with a system controller or as a stand-alone module. These rectifiers are optimal for supplying power with or without a parallel-connected battery according to the need of the system.

The VCRM and VCRML rectifier modules are designed and optimized for telecom and industry applications. These rectifiers provide unprecented power density and power levels in a true plug and play format and therefore power systems made out of these rectifiers leave you more valuable room for your core applications. VCRM and VCRML rectifiers are building blocks of EPOS Compact DC power systems. These rectifiers can be operated either with a system controller or as a stand-alone module. These rectifiers are optimal for supplying power with or without a parallel-connected battery according to the need of the system.

The VCRM and VCRML rectifier modules are designed and optimized for telecom and industry applications. These rectifiers provide unprecented power density and power levels in a true plug and play format and therefore power systems made out of these rectifiers leave you more valuable room for your core applications. VCRM and VCRML rectifiers are building blocks of EPOS Compact DC power systems. These rectifiers can be operated either with a system controller or as a stand-alone module. These rectifiers are optimal for supplying power with or without a parallel-connected battery according to the need of the system.

The XCRM rectifier modules are designed and optimized for telecom and industry applications. These rectifiers provide unprecented power density and power levels in a true plug and play format and therefore power systems made out of these rectifiers leave you more valuable room for your core applications. XCRM rectifiers are building blocks of EPOS Compact Large -CS. These rectifiers can be operated either with a system controller or as a stand-alone module. These rectifiers are optimal for supplying power with or without a parallel-connected battery according to the need of the system.