Product Overview
Technical Summary
| Product designation | SIMOTICS M compact asynchronous motor |
|---|---|
| Performance variants | 1500 r/min: 22 kW, 140 Nm, 56 A, 308 V; 1750 r/min: 25 kW, 136 Nm, 56 A, 352 V; 2000 r/min: 28 kW, 134 Nm, 55 A, 401 V; 2200 r/min: 30 kW, 130 Nm, 53 A, 440 V |
| Cooling | Forced ventilation |
| Encoder | Incremental encoder HTL 2048 S/R |
| Mechanical design | IM B35 design (IM V15, (IM V35) |
| Shaft | Shaft with fitted key; half-key balancing |
| Bearing | Standard with fixed bearing |
| Terminal box | Above |
| Cable entry | On the right |
| Signal connection | D-end |
| Protection | IP55 degree of protection |
| Lifecycle | Product cancellation |
Key Features
- Motor designation: SIMOTICS M compact asynchronous motor with forced ventilation.
- Rated performance: 1500 r/min: 22 kW, 140 Nm, 56 A, 308 V; 1750 r/min: 25 kW, 136 Nm, 56 A, 352 V; 2000 r/min: 28 kW, 134 Nm, 55 A, 401 V; 2200 r/min: 30 kW, 130 Nm, 53 A, 440 V.
- Encoder feedback: Incremental encoder HTL 2048 S/R (encoder HTL2048S/R).
- Mechanical design: IM B35 design (IM V15, (IM V35); shaft with fitted key; half-key balancing; bearing: standard with fixed bearing.
- Connections and airflow: Terminal box above; cable entry on the right; signal connection D-end; direction of air flow NDE–> DE.
- Protection and lifecycle: IP55 degree of protection; product cancellation.
Frequently Asked Questions
What product does Siemens 1PH8137-1JF13-2BA1 identify?
It identifies a SIMOTICS M compact asynchronous motor with forced ventilation, an incremental HTL 2048 S/R encoder, IM B35 design, and IP55 protection.
Which performance ratings distinguish this exact motor variant?
The supplied ratings are 1500 r/min: 22 kW, 140 Nm, 56 A, 308 V; 1750 r/min: 25 kW, 136 Nm, 56 A, 352 V; 2000 r/min: 28 kW, 134 Nm, 55 A, 401 V; 2200 r/min: 30 kW, 130 Nm, 53 A, 440 V.
Which encoder and connection details should be checked?
Check the incremental encoder HTL 2048 S/R, terminal box above, cable entry on the right, signal connection D-end, and direction of air flow NDE–> DE.
