Home ＞ Motor Evaluation System ＞ pMOTION-Complete Specifications
Motor Evaluation System
- What is motor evaluation system all about?
- Characteristic1
Setting of motor parameters - Characteristic2
Simple operation through menu selection - Characteristic3
Motor loss measurement
Products
- Motor Evaluation System
pMOTION-Complete - Specifications
pMOTION-Complete - Large capacity multi inverter
pMOTION-Driver - Specifications
pMOTION-Driver
Motor Evaluation System
pMOTION® Complete Specifications
| Parameters | Specifications | |
|---|---|---|
| Technical Specifications | 2022type | |
| AC power （Test Motor） |
Capacity | 20kW/20kVA |
| Voltage | 200Vrms（rated） | |
| Current | 58Arms（rated） | |
| Frequency | 0〜1kHz | |
| Power Input | Operating Voltage Range | AC180〜220V |
| Maximum Power | 20kVA（3phase） | |
| PWM | Switching Frequency | 3k〜20kHz |
| Dead Time | ≧3.5μsec | |
| Gain Specification | Waveform Controller | Sinusoidal PWM |
| Modulation | space vector modulation | |
| Gain Mode | Current Gain, Speed/Torque Gain | |
| nvironment Condition | Temperature & Humidity range for operation | 0〜40℃、20〜80％ and below |
| Altitude | 1000m and below | |
| Cooling Method | Forced Cooling | |
| Water Proof Condition | None | |
| External Dimensions | Inverter Rack | 1120mm（W）×1846mm（H）×1000mm（D） |
| Motor Bench | 1500mm（W）×845mm（H）×800mm（D） | |
| Weight | Inverter Rack | 450kg and below |
| Motor Bench | 950kg and below | |
| Measured Parameters | |
|---|---|
| Induced Voltage Constant [mV/rpm] | Motor Efficiency [%] |
| Location Sensor Offset [deg] | Motor Loss [W] |
| UVW phase winding resistance [mΩ] | Motor machine damage [W] |
| V phase winding resistance [mΩ] | Motor copper loss [W] |
| W phase winding resistance [mΩ] | Motor iron loss [W] |
| dq axis inductance [μH] | Inverter DC current [A] |
| Phase Current [Arms] | Inverter DC Voltage [V] |
| Line Voltage [Vrms] | Inverter Input Power [W] |
| Revolutions [rpm] | Inverter Output Power [W] |
| Torque [Nm] | Inverter Efficiency [%] |
| Phase Angle [deg] | Inverter Loss [W] |
| Career Frequency [Hz] | Total Efficiency [%] |
| Motor Input Power [W] | Overall Loss [W] |
| Motor Output Power [W] | Motor Temperature |
| Analysis Parameters | |
| N-T Characteristics | Motor Efficiency Map |
| I-T Characteristics | Total Efficiency Map |
| Current Effective Value Map | D Axis Current Map |
| Angle Map | Q Axis Current Map |
■Size
■Derating Curve
