Efore, Inc. Datasheets for Power Rectifiers

Power rectifiers are electrical devices that convert alternating current (AC) to direct current (DC). They are an integral part of telecom rectifiers for the telecommunications industry, and in battery chargers, DC power systems, and other power system devices.
Power Rectifiers: Learn more

Product Name Notes
2 remotely/locally controllable output voltages, auto load current sharing
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.
OPUS C 110-19.2 C delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 19.2 kW at 110 VDC. OPUS C 110-19.2 C is...
OPUS C 110-8.0 R delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 8 kW at 110 VDC. OPUS C 110-8.0 R is...
OPUS C 110-9.6 C delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 9.6 kW at 110 VDC. OPUS C 110-9.6 C is...
OPUS C 220-19.2 C delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 19.2 kW at 220 VDC. OPUS C 220-19.2 C is...
OPUS C 220-8.0 R delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 8 kW at 220 VDC. OPUS C 220-8.0 R is...
OPUS C 220-9.6 C delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 9.6 kW at 220 VDC. OPUS C 220-9.6 C is...
OPUS C 24-5.5 R delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 5.5 kW at 24 VDC. OPUS C 24-5.5 R is...
OPUS C 24-6.6 C delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 6.6 kW at 24 VDC. OPUS C 24-6.6 C is...
OPUS C 48-8.0 R delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 8 kW at 48 VDC. OPUS C 48-8.0 R is...
OPUS C 48-9.6 C delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 9.6 kW at 48 VDC. OPUS C 48-9.6 C is...
OPUS C 60-19.2 C delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 19.2 kW at 60 VDC. OPUS C 60-19.2 C is...
OPUS C 60-8.0 R delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 8 kW at 60 VDC. OPUS C 60-8.0 R is...
OPUS C 60-9.6 C delivers uninterrupted DC power to demanding industrial, automation, telecom and datacom applications. Maximum output power is 9.6 kW at 60 VDC. OPUS C 60-9.6 C is...
POMO 300 is optimised for 24 V applications such as industry battery chargers and small telecom or industry systems. Depending on configuration the maximum output power is 240 W to...
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...
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 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...
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...
Convection cool, advanced battery management, terminal based communication
Convection cooled, constant current/power modes, active load current share