Product Overview
Technical Summary
| Product designation | SIMOTICS M compact asynchronous motor |
|---|---|
| Speed and rating 1 | 1500 r/min; 51 kW; 325 Nm; 116 A; 335 V |
| Speed and rating 2 | 1750 r/min; 60 kW; 327 Nm; 120 A; 390 V |
| Speed and rating 3 | 2000 r/min; 68 kW; 325 Nm; 118 A; 405 V |
| Feedback | Incremental encoder HTL 1024 S/R |
| Cooling | Forced ventilation, air flow DE–>NDE |
| Protection | IP55 degree of protection |
| Mounting design | IM B3; IMB6, IMB7, IMB8, IMV6 |
| Shaft | Fitted key; full-key balancing |
| Connections | Terminal box above; cable entry on the right; signal connection at the D-end |
| Lifecycle | Product cancellation |
Key Features
- Product designation: SIMOTICS M compact asynchronous motor.
- Performance ratings: 1500 r/min, 51 kW, 325 Nm, 116 A, 335 V; 1750 r/min, 60 kW, 327 Nm, 120 A, 390 V; 2000 r/min, 68 kW, 325 Nm, 118 A, 405 V.
- Feedback: Incremental encoder HTL 1024 S/R, also identified as encoder HTL1024S/R.
- Cooling and protection: Forced ventilation with air flow direction DE–>NDE and IP55 degree of protection.
- Mechanical configuration: Design IM B3; IMB6, IMB7, IMB8, and IMV6. Shaft with fitted key and full-key balancing.
- Connections and bearing: Standard bearing, vibration severity grade SR/A, shaft accuracy grade R, terminal box above, cable entry on the right, and signal connection at the D-end.
Frequently Asked Questions
What product does Siemens order number 1PH8184-1HF00-1DA1 identify?
It identifies a SIMOTICS M compact asynchronous motor.
Which performance ratings should be checked for this MLFB?
Check 1500 r/min, 51 kW, 325 Nm, 116 A, 335 V; 1750 r/min, 60 kW, 327 Nm, 120 A, 390 V; and 2000 r/min, 68 kW, 325 Nm, 118 A, 405 V.
Which encoder and connection details distinguish this variant?
It has an incremental encoder HTL 1024 S/R, a terminal box above, cable entry on the right, and signal connection at the D-end.
What mounting and protection details should be verified?
Verify design IM B3, IMB6, IMB7, IMB8, or IMV6, together with IP55 degree of protection and forced ventilation with air flow DE–>NDE.
