KAWASHIMA PRO2000i | 2000W Portable Quiet Inverter/Pure Sine Wave Generator

Product Overview

[row label="Sensing Input" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nSensing Input \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n• Voltage 170 to 510 Vac 1 phase 2 wire DIP switch selectable \n• Frequency 50/60 Hz \n[/col] \n[/row] \n \n[row label="Power Input" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nPower Input \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \nVoltage 60 to 300 Vac 1 phase 2 wire \n[/col] \n[/row] \n \n[row label="Excitation Output" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nExcitation Output \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n• Voltage 240V 1 phase \n• Current Continuous 63 Vdc 16A Max. 90 Vdc 20A for 10 seconds \n• Resistance Min. 5 ohms \n[/col] \n[/row] \n \n[row label="Volts Regulation" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nVolts Regulation \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \nLess than +/-0.5% (with 4% engine governing) \n[/col] \n[/row] \n \n[row label="Build Up Voltage" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nBuild Up Voltage \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \nResidual volts at AVR terminal greater than 5 Vac \n[/col] \n[/row] \n \n[row label="Thermal Drift" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nThermal Drift \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n0.03% per °C change in AVR ambient \n[/col] \n[/row] \n \n[row label="Over Excitation Protection" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nOver Excitation Protection \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \nMax. DCV 95% 20 seconds \n[/col] \n[/row] \n \n[row label="External Volts Adjustment" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nExternal Volts Adjustment \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n+/-5% with 2 KΩ 1 watt trimmer \n[/col] \n[/row] \n \n[row label="Unit Power Dissipation" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nUnit Power Dissipation \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \nMax. 10 watts \n[/col] \n[/row] \n \n[row label="Under Frequency Protection" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nUnder Frequency Protection \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n• 55 Hz @ 60 Hz (adjustable) \n• 45 Hz @ 50 Hz (adjustable) \n[/col] \n[/row] \n \n[row label="Analogue Input" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nAnalogue Input \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \nMax. +/-5 Vdc +/-10% @ +/-3 Vdc \n[/col] \n[/row] \n \n[row label="CT Current Compensation Input" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nCT Current Compensation Input \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n1A or 5A (adjustable) \n[/col] \n[/row] \n \n[row label="Operating Temperature" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nOperating Temperature \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n-40 to +70 °C \n[/col] \n[/row] \n \n[row label="Storage Temperature" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nStorage Temperature \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n-40 to +85 °C \n[/col] \n[/row] \n \n[row label="Relative Humidity" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nRelative Humidity \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \nMax. 95% \n[/col] \n[/row] \n \n[row label="Vibration" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nVibration \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n3.3 Gs @ 100 to 2K Hz \n[/col] \n[/row] \n \n[row label="Dimensions" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nDimensions \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n162.0 (L) x 112.0 (W) x 43.0 (H) mm \n[/col] \n[/row] \n \n[row label="Weight" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nWeight \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n535 g +/-2% \n[/col] \n[/row]