Product Overview
Technical Summary
| Parameter | Value |
|---|---|
| Motor type | SIMOTICS M compact asynchronous motor |
| Motor speed and output | 1500 r/min: 93 kW, 592 Nm, 198 A, 330 V; 1750 r/min: 111 kW, 606 Nm, 200 A, 385 V; 2000 r/min: 126 kW, 602 Nm, 200 A, 445 V |
| Cooling | Water cooling |
| Protection | IP55 degree of protection |
| Encoder | Incremental encoder HTL 1024 S/R |
| Temperature sensor | KTY 84-130 |
| Design | IM B3; IMB6, IMB7, IMB8, IMV6 |
| Shaft | Fitted key; half-key balancing |
| Terminal box | Above |
| Cable entry | On the right |
| Signal connection | D-end |
Key Features
- Speed-dependent motor data: At 1500 r/min: 93 kW, 592 Nm, 198 A, 330 V; at 1750 r/min: 111 kW, 606 Nm, 200 A, 385 V; at 2000 r/min: 126 kW, 602 Nm, 200 A, 445 V.
- Cooling and protection: Water cooling with IP55 degree of protection.
- Encoder feedback: Incremental encoder HTL 1024 S/R, also identified as encoder HTL1024S/R.
- Temperature sensing: KTY 84-130 temperature sensor.
- Mechanical design: Design IM B3; IMB6, IMB7, IMB8 and IMV6 are also supplied. Shaft with fitted key and half-key balancing.
- Connections and bearing: Standard bearing; vibration severity grade R/A; shaft and flange accuracy grade R. Terminal box above, cable entry on the right, and signal connection at the D-end.
Frequently Asked Questions
1. What motor data is available for 1PH8186-1HF20-2BA1?
The motor has 93 kW, 592 Nm, 198 A and 330 V at 1500 r/min; 111 kW, 606 Nm, 200 A and 385 V at 1750 r/min; and 126 kW, 602 Nm, 200 A and 445 V at 2000 r/min.
2. Which feedback and temperature sensor does it have?
It has an incremental HTL 1024 S/R encoder and a KTY 84-130 temperature sensor.
3. How is the motor installed and connected?
The design is IM B3, with IMB6, IMB7, IMB8 and IMV6 also supplied. The terminal box is above, the cable entry is on the right, and the signal connection is at the D-end.
4. What should be verified before requesting a quotation?
Verify the required speed-dependent motor data, water cooling, IP55 protection, encoder, design, terminal-box position and cable-entry direction.
