Power Inverters from 5KVA to 2.5MVA

 

PCTI can provide the inverter/converter you need for your specific application whether you need to change DC or AC to another or change the frequency. PCTI inverters are digital signal processor (DSP) controlled based on IGBT PWM technology. This superior next-generation control allows us to provide a single control board solution for the inverter, thus increasing reliability by reducing control components. Whether you need a high quality AC waveform suitable for sensitive electronic equipment
or some other purpose, contact PCTI about power inverters for more details. If you need help in specifying your inverter, request a quote online or download our inverter brochure.

Our power inverters are built to customer order based on our standard designs and offer high performance, high reliability and sophisticated control systems. Applications include remote power stations, grid tie in systems (including dc power supplies for grid tie systems), microgrids, renewables including wind, solar, fuel cells, transportation, backup power, overhead cranes, as well as many others. A variety of computer interfaces are available to meet all of your inverter programming and control requirements.

General Inverter Specifications

PCTI inverter and converter capabilities can support any combination of AC or DC inputs and outputs falling within the general parameters indicated below. DSP control and monitoring can also allow for universal AC inputs to accommodate a wide range of inputs spanning the variety of global distribution services. PCTI power inverters are solid state IGBT based on DSP PWM (digital signal processor, pulse width modulated) technology.

Output Parameters
Power Ranger: 5KVA to 2.5MVA (2.5MVW)
Input Service: Any AC or DC voltage available (AC may be 1 or 3 phase)
AC Input Frequency: Any Frequency up to 20kHz
Output Service: Any standard voltage. AC may be 1 and 3 phase or DC voltages from 24 to 750VDC
Voltage Regulation: 0.1% for any line and load combination
AC Output Frequency: Any Frequency up to 20kHz
Frequency Regulation: ±0.05%
Sine Wave Generation: PWM (pure sine) or Square Wave
Control Technology: Digitally synthesized Pulse Width Modulation
THD-linear Loads: 3%
THD-Nonlinear Loads: 4%
Efficiency 90% or better
Front Panel Devices
Input Circuit Breaker
Start Pushbutton Stop Pushbutton
Fault Reset Pushbutton
Power On Indicating light
Output Ammeter
Output Voltmeter
Computer Interface/Remote Capability
Analog Signals: 4-20mA, 0-5V, 0-10V or
Computer Interface: ethernet, profibus, Modbus, CANbus, IEEE 488.2/GPIB, RS232, RS485
Functions: Start/Stop, Reset, Fault, Inhibit, Current Adjust, Voltage Adjust, Fault Indication (UV, OV, OC, other)
Protection
Overcurrent
Overvoltage
Undervoltage
Input Reverse Polarity
Overtemperature
Electronic
Current limiting
Input to output transformer isolation
Input MOVs
Output MOVs
Cooling Systems

Forced Air

Direct Water
Closed Loop Water to Water Heat Exchanger
Heatpipe
Natural Convection
Water System Protection: low flow, temperature, resistivity, leak detection, low level

Environmental

NEMA Enclosure Types: 1, 3R, 12, 4, 4X

Operating Temperature: -5°C to 40°C
Storage Temperature: -10°C to 65°C
Humidity: up to 90% non condensing

Standard Conformance

IEC, NEMA, NEC, IEEE

MIL-SPEC