Product Overview
Technical Summary
| Product designation | SIMOTICS M compact asynchronous motor |
|---|---|
| Rated performance | 1500 r/min: 74 kW, 471 Nm, 166 A, 330 V; 1750 r/min: 85 kW, 464 Nm, 164 A, 385 V; 2000 r/min: 94 kW, 449 Nm, 160 A, 445 V |
| Encoder | Incremental encoder HTL 1024 S/R |
| Cooling | Forced ventilation, air-flow direction DE–>NDE |
| Degree of protection | IP55 |
| Design | IM B3 (IMB6, IMB7, IMB8, IMV6) |
| Shaft | Fitted key; half-key balancing |
| Bearing | Standard |
| Vibration severity grade | A |
| Shaft accuracy grade | N |
| Terminal box | Above; cable entry on the right |
| Signal connection | D-end |
Key Features
- Product designation: SIMOTICS M compact asynchronous motor.
- Performance ratings: 1500 r/min: 74 kW, 471 Nm, 166 A, 330 V; 1750 r/min: 85 kW, 464 Nm, 164 A, 385 V; 2000 r/min: 94 kW, 449 Nm, 160 A, 445 V.
- Encoder: Incremental encoder HTL 1024 S/R (encoder HTL1024S/R).
- Cooling and protection: Forced ventilation with air-flow direction DE–>NDE; degree of protection IP55.
- Mechanical design: Design IM B3 (IMB6, IMB7, IMB8, IMV6); shaft with fitted key; half-key balancing.
- Connections and bearing: Bearing: standard; vibration severity grade A; shaft accuracy grade N; terminal box above; cable entry on the right; signal connection D-end.
Frequently Asked Questions
What product does 1PH8186-1HF00-2AA1 identify?
It identifies a SIMOTICS M compact asynchronous motor with forced ventilation, an incremental encoder HTL 1024 S/R, IP55 protection, and IM B3 design.
Which performance ratings should be checked for this exact code?
Check 1500 r/min: 74 kW, 471 Nm, 166 A, 330 V; 1750 r/min: 85 kW, 464 Nm, 164 A, 385 V; and 2000 r/min: 94 kW, 449 Nm, 160 A, 445 V.
Which encoder, shaft, and mounting details distinguish the listed variant?
The variant has an incremental encoder HTL 1024 S/R, a shaft with fitted key, half-key balancing, and design IM B3 (IMB6, IMB7, IMB8, IMV6).
What should be checked before requesting a quotation?
Check the complete order number, encoder, cooling, protection, design, shaft, terminal-box position, cable entry, and signal connection, then provide the required quantity and destination.
