Product Overview
Technical Summary
| Parameter | Value |
|---|---|
| Motor type | SIMOTICS M compact asynchronous motor |
| Rated performance points | 1500 r/min: 7 kW, 45 Nm, 17.5 A, 348 V; 1750 r/min: 8 kW, 44 Nm, 17.5 A, 400 V; 2000 r/min: 9 kW, 43 Nm, 17 A, 453 V; 2200 r/min: 9.9 kW, 43 Nm, 17 A, 485 V |
| Encoder | HTL 1024 S/R |
| Temperature sensor | KTY84-130 |
| Cooling | Forced ventilation |
| Protection | IP55 degree of protection INCREMENT |
| Mounting design | IM B5 (IMV 1,IM V3) |
| Terminal box | Above |
| Cable entry | ND-end |
| Signal connection | Left |
Key Features
- Rated performance points: 1500 r/min: 7 kW, 45 Nm, 17.5 A, 348 V; 1750 r/min: 8 kW, 44 Nm, 17.5 A, 400 V; 2000 r/min: 9 kW, 43 Nm, 17 A, 453 V; 2200 r/min: 9.9 kW, 43 Nm, 17 A, 485 V.
- Feedback and temperature sensing: HTL 1024 S/R encoder with KTY84-130 temperature sensor.
- Cooling and protection: Forced ventilation and IP55 degree of protection INCREMENT.
- Mechanical design: IM B5 design (IMV 1, IM V3) with a shaft fitted with key and full-key balancing.
- Bearing and accuracy: Standard bearing with fixed bearing; vibration severity grade R/A; shaft and flange accuracy R.
- Connections: Terminal box above; cable entry on the ND-end; signal connection on the left. Air-flow direction: NDE–> DE.
Frequently Asked Questions
1. What motor performance points are provided for 1PH8105-1HF12-1BC1?
The source lists 1500 r/min: 7 kW, 45 Nm, 17.5 A, 348 V; 1750 r/min: 8 kW, 44 Nm, 17.5 A, 400 V; 2000 r/min: 9 kW, 43 Nm, 17 A, 453 V; and 2200 r/min: 9.9 kW, 43 Nm, 17 A, 485 V.
2. Which encoder and temperature sensor does the motor have?
It has an HTL 1024 S/R encoder and a KTY84-130 temperature sensor.
3. What are the motor mounting and connection details?
The motor has an IM B5 design (IMV 1,IM V3), a terminal box above, cable entry on the ND-end, and signal connection on the left.
4. What cooling and protection details should be verified?
The motor has forced ventilation and IP55 degree of protection INCREMENT. The air-flow direction is NDE–> DE.
