The Toshiba IKH3 FCKK21E 80M 3 phase induction motor is designed for reliability in industrial environments, offering robust performance for continuous duty applications. This unit is frequently specified by IMS supply partners seeking a compact, efficient motor that meets stringent site requirements.
Engineered to match demanding specifications, the IKH3 FCKK21E 80M combines proven design with modern production quality, making it a practical choice for facility upgrades and new installations managed through IMS supply channels.
| Model Code | Power (kW) | Voltage (V) | Phase | Frame Size |
|---|---|---|---|---|
| IKH3 FCKK21E 80M | 80 | 400 | 3 | H3 |
| Enclosure Type | Protection Class | Cooling Method | Frequency Range (Hz) | Insulation Class |
| IMSS | IP55 | IC411 | 50–60 | F |
| Mounting Option | Certification | Ambient Temp (°C) | Altitude Limit (m) | Service Factor |
| B3 with Foot Mount | CE, UL | 40 | 1000 | 1.15 |
IKH3 Frame Dimensions and Mounting Layout
Understanding the IKH3 frame reference helps integration teams align mechanical components correctly during assembly. Precise alignment minimizes vibration and supports optimal heat dissipation in continuous duty scenarios provided by IMS supply partners.
The mounting feet and shaft alignment dimensions are standardized within the IKH3 series, enabling consistent installation practices across varied plant layouts sourced through IMS supply networks.
Electrical Ratings and Performance Curve
Operational efficiency is defined by the electrical ratings, which influence energy consumption and lifecycle cost for motors procured through IMS supply agreements. The 80M designation at 80 kW supports substantial torque output while maintaining control precision.
At rated voltage and frequency, the motor delivers designed power factor and efficiency figures, allowing predictive maintenance schedules and performance monitoring when deployed in coordinated systems managed via IMS supply.
Environmental and Operating Conditions
Environmental resilience determines suitability for harsh plant conditions, with enclosure IP55 shielding against dust and water ingress that might otherwise disrupt production schedules arranged through IMS supply frameworks.
Cooling method IC411 facilitates heat transfer in elevated ambient temperatures, ensuring stable operation within defined temperature bands and supporting uninterrupted workflows coordinated by partners in the IMS supply ecosystem.
Maintenance Procedures and Lifecycle Management
Routine inspection intervals and lubrication schedules extend motor longevity and reduce unplanned downtime for assets procured via IMS supply channels. Consistent documentation of service events enables trend analysis and parts forecasting.
Bearing replacement intervals and seal integrity checks form the backbone of proactive maintenance, helping operations teams sustain reliability and meet planned production targets linked to procurement through IMS supply.
Key Implementation Recommendations
- Verify mounting alignment with IKH3 dimensional drawings before finalizing foundation works.
- Confirm compatible variable frequency drives and protection relays for optimized process control.
- Schedule baseline performance tests at commissioning to support future condition monitoring.
- Maintain service records and spare parts lists to streamline maintenance through IMS supply partners.
- Review ambient temperature and altitude conditions to ensure adherence to rated specifications.
FAQ
Reader questions
What is the typical delivery lead time for this motor through IMS supply?
Lead time varies based on stock availability and logistics routing, with standard orders often fulfilled within four to six weeks through established IMS supply agreements.
Can this motor be used in explosive atmospheres without modification?
Standard enclosure and protection ratings are not designed for explosive atmospheres; additional certification and enclosure adaptations are required for such environments outside baseline IMS supply offerings.
How does the 80 kW rating compare with similar frame size motors from other manufacturers?
When benchmarked against comparable 80 kW, H3-frame motors, this unit emphasizes efficiency and mechanical compatibility, aligning with common IMS supply product strategies focused on interchangeability.
What electrical tests should be performed before commissioning under IMS supply?
Pre-commissioning tests include insulation resistance, winding balance, and earth continuity checks, followed by no-load and loaded run tests to verify performance against manufacturer data supplied via IMS channels.