YE3 High Efficiency Motor


| Parameter | Specification |
| Product Series | YE3 |
| Motor Type | Three-Phase Induction Motor |
| Rated Output | 0.55–315 kW, depending on model |
| Rated Voltage | 380 V |
| Rated Frequency | To be confirmed by manufacturer |
| Number of Poles | 2, 4, 6, 8 or 10, depending on model |
| Rated Speed | 590–2980 rpm, depending on model |
| Rated Current | Refer to the model-specific technical data |
| Efficiency Class | IE3; Grade 3 under GB 18613-2020, as stated in the catalog |
| Rated Efficiency | 75.0–96.0%, depending on model |
| Power Factor | Refer to the model-specific technical data |
| Winding Connection | To be confirmed for the selected model and voltage |
| Rated Duty | To be confirmed by manufacturer |
| Parameter | Specification |
| Frame Size | H80–H355; available frame designations listed below |
| Mounting Arrangement | IM B3, IM B5 and IM B35, as shown in the catalog |
| Shaft Diameter | 19–95 mm, depending on frame size and pole count |
| Shaft Extension | 40–170 mm, depending on frame size and pole count |
| Key / Keyway Dimensions | Refer to dimensions F and G in the model-specific drawing |
| Bearing Arrangement | Not specified in the YE3 catalog section; confirm with manufacturer |
| Net Weight | Catalog-listed weight: 18–1990 kg, depending on model; net weight basis to be confirmed |
| Overall Dimensions | Refer to the model-specific dimensional drawing |
Provide the required power, voltage, frequency, speed, mounting arrangement, and operating duty. Load details and site conditions help confirm suitability.
It may be suitable after checking electrical ratings, starting performance, shaft dimensions, mounting interfaces, and overall size. Matching power alone does not confirm compatibility.
Use only the frequency and corresponding ratings specified for the supplied motor. Do not assume that every model is rated for both frequencies.
Compatibility must be confirmed for the selected motor, inverter, speed range, and load. Low-speed cooling and insulation requirements should be reviewed.
Savings depend on the existing motor, operating load, efficiency, and annual running hours. A fixed saving percentage cannot be applied to every installation.

