HONDA EM10000 | 9kVA Conventional/Open Frame Generator with Electric Start and Digital-AVR

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: 190-264V ac max, 2 or 3 phase \n• Frequency: 50-60 Hz nominal \n[/col] \n[/row] \n \n[row label="Power Input (PMG)" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nPower Input (PMG) \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n• Voltage: 170-220V ac max, 3 phase, 3 wire \n• Current: 3A/phase \n• Frequency: 100-120 Hz nominal \n[/col] \n[/row] \n \n[row label="Output" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nOutput \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n• Voltage: Max 120V dc \n• Current: Continuous 3.7A (Derate linearly from 3.7A at 50°C to 2.7A at 70°C), Intermittent 6A for 10 secs. \n• Resistance: 15 ohms minimum \n[/col] \n[/row] \n \n[row label="Regulation" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nRegulation \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n+/- 0.5% RMS with 4% engine governing (The stated voltage regulation may not be maintained in the presence of certain transmitted radio signals. Any change in regulation will fall within the limits in Criteria B of BS.EN.61000-6-2 : 2001.) \n[/col] \n[/row] \n \n[row label="Thermal Drift" style="collapse" col_bg="rgb(237, 237, 237)" 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"] \n0.02% per deg. C change in AVR ambient (after 10 minutes) \n[/col] \n[/row] \n \n[row label="Soft Start Ramp Time" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nSoft Start Ramp Time \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n0.4 - 4 seconds \n[/col] \n[/row] \n \n[row label="Typical System Response" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nTypical System Response \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n• AVR response: 10 ms \n• Filed current to 90%: 80 ms \n• Machine Volts to 97%: 300 ms \n[/col] \n[/row] \n \n[row label="External Voltage Adjustment" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nExternal Voltage Adjustment \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n+/-10% with 5 k ohm 1 watt trimmer (Applies to Mod status E onwards. Generator de-rate may apply. Check with factory.Factory set, semi-sealed, jumper selectable.) \n[/col] \n[/row] \n \n[row label="Under Frequency Protection" style="collapse" col_bg="rgb(237, 237, 237)" 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• Set point: 95% Hz (Any device connected to the analogue input must be fully floating (galvanically isolated from ground), with an insulation strength of 500V ac.) \n• Slope: 100-300% down to 30 Hz \n• Max. Dwell: 20% volts/S recovery \n[/col] \n[/row] \n \n[row label="Unit Power Dissipation" style="collapse" 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"] \n18 watts maximum \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"] \n• Maximum input: +/- 5 Vdc (Non condensing) \n• Sensitivity: 1v for 5% Generator Volts (adjustable) \n• Input resistance: 1k ohm \n[/col] \n[/row] \n \n[row label="Quadrature Droop Input" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nQuadrature Droop Input \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n• 10 ohms burden \n• Max. sensitivity: 0.22 A for 5% droop 0PF \n• Max. input: 0.33 A \n[/col] \n[/row] \n \n[row label="Current Limit Input" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nCurrent Limit Input \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \n• 10 ohms burden \n• Sensitivity range: 0.5 – 1A \n[/col] \n[/row] \n \n[row label="Over Voltage Detector Input" style="collapse" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nOver Voltage Detector Input \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \nSet point: 300v. Time delay: 1 Sec (fixed) \nCB trip coil volts: 10-30 vdc \nCB trip coil resistance: 20-60 ohms \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"] \n• Set point: 75 V dc \n• Time delay 8-15 seconds (fixed) \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"] \n• 20-100 Hz: 50mm/sec \n• 100Hz – 2kHz: 3.3g \n[/col] \n[/row] \n \n[row label="Environmental" style="collapse" col_bg="rgb(237, 237, 237)" padding="5px 0px 5px 11px"] \n[col span="5" span__sm="12" divider="0"] \nEnvironmental \n[/col] \n[col span="5" span__sm="12" divider="0" align="left"] \nOperating temperature: -40 to +700C \nRelative Humidity 0-700C: 95% \nStorage temperature: -55 to +800C \n[/col] \n[/row]