Image

Three-Phase Sine-Wave Inverter System Built For Industrial Apps

Feb. 11, 2014
The CTP 1K series of ruggedized, modular dc-ac inverter systems leverage microprocessor-controlled technology to deliver three-phase, 1000-VA output power with pure sine-wave output voltage.
The CTP 1K series of ruggedized, modular dc-ac inverter systems leverage microprocessor-controlled technology to deliver three-phase, 1000-VA output power with pure sine-wave output voltage. The devices, developed by ABSOPULSE Electronics, offer three-phase outputs of 208, 380, or 400 V rms (line-to-line). Also usable are phase-to-neutral voltages of 115, 220, or 240 V rms. They operate from dc voltages of 24, 48, 110, or 125 V dc. All incorporate protection such as inrush current limiting, reverse polarity, input-to-output isolation, output current limiting with short-circuit protection, and thermal shutdown with auto-resetting. The fan-cooled series delivers 1-kVA continuous power over 0 to 50°C without derating (wider operating temperature ranges are available). Among other options are full ruggedizing and conformal coating, customized input and output configurations, remote shutdown or enable, a Form C output fail alarm, and Class B EN55022 EMI filtering. Industrial applications include 400-Hz servo systems to test avionic instrumentation and equipment, and for testing small three-phase equipment in engineering labs.

ABSOPULSE ELECTRONICS LTD.

About the Author

Staff

Articles, galleries, and recent work by members of Electronic Design's editorial staff.

Sponsored Recommendations

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!