SACI TOP WINNER 50 T 0,5 CV three-phase pool pump
SACI TOP WINNER 50 T 0,5 CV three-phase pool pump subject to supplier availability.
Estimated delivery time: 3 to 7 business days
Description
Description
The SACI TOP WINNER 50 T self-priming pump is designed for filtration in private swimming pools. It features a large-capacity prefilter, an IE3 three-phase motor, and DN 50/63 connections. Its optimized hydraulics reduce noise and power consumption compared with the standard WINNER design, according to SACI.
Technical specifications
| Feature | Value |
|---|---|
| Manufacturer | SACI |
| Series | TOP WINNER |
| Model | 50 T |
| SACI reference | 36104103 |
| EAN | 8400252844469 |
| Power | 0.5 HP / 0.37 kW |
| Power supply | 230/400 V three-phase |
| Rated current at 230 V | 3 A |
| Rated current at 400 V | 1.7 A |
| Motor | Asynchronous IE3, 2,900 rpm |
| Protection / insulation | IP55 / class F |
| Body material | Glass fiber-reinforced polypropylene |
| Shaft | AISI 316 stainless steel |
| Impeller | Noryl |
| Connections | DN 50/63 (thread and fittings) |
Hydraulic performance
Manometric head according to operating flow rate:
| Flow rate (m³/h) | Head (m.w.c.) |
|---|---|
| 4 | 17,7 |
| 6 | 16 |
| 8 | 14 |
| 10 | 11,5 |
| 12 | 7,7 |
SACI catalog performance. The highlighted point (10 m³/h and 11.5 m.w.c.) is not a constant pressure.
Dimensions and installation
| Dimension | TOP WINNER 50 T dimensions |
|---|---|
| A | 216 mm |
| B | 278 mm |
| B* | 320 mm |
| C | 279 mm |
| C* | 321 mm |
| E | 310 mm |
| H | 208 mm |
| I | 164 mm |
| L | 554 mm |
| L* | 596 mm |
Drawing common to the TOP WINNER range. Dimensions marked with an asterisk include the connection fittings.
Recommended applications
- Filtration and recirculation in private swimming pools.
- Replacement for a standard WINNER pump, after checking flow rate, connections, and available space.
The “Ring Lock” cover opens with a quarter turn; the pump has a large prefilter.
Comparison of SACI TOP WINNER pumps
Compare the series’ 14 models by power, power supply, and head at the same flow rate. Single-phase references end in M, and three-phase references end in T.
| SACI reference | Model | Power | Power supply | Head at 10 m³/h |
|---|---|---|---|---|
| 36104100 | 33 M | 0.33 hp | Single-phase | 9 m.w.c. |
| 36104101 | 33 T | 0.33 hp | Three-phase | 9 m.w.c. |
| 36104102 | 50 M | 0.5 hp | Single-phase | 11.5 m.w.c. |
| 36104103 | 50 T · Current model | 0.5 hp | Three-phase | 11.5 m.w.c. |
| 36104104 | 75 M | 0.75 hp | Single-phase | 14 m.w.c. |
| 36104105 | 75 T | 0.75 hp | Three-phase | 14 m.w.c. |
| 36104106 | 100 M | 1 hp | Single-phase | 18 m.w.c. |
| 36104107 | 100 T | 1 hp | Three-phase | 18 m.w.c. |
| 36104108 | 150 M | 1.5 hp | Single-phase | 21.5 m.w.c. |
| 36104109 | 150 T | 1.5 hp | Three-phase | 21.5 m.w.c. |
| 36104110 | 200 M | 2 hp | Single-phase | 24.3 m.w.c. |
| 36104111 | 200 T | 2 hp | Three-phase | 24.3 m.w.c. |
| 36104112 | 300 M | 3 hp | Single-phase | 29 m.w.c. |
| 36104113 | 300 T | 3 hp | Three-phase | 29 m.w.c. |
Scroll horizontally to view the entire table. Heads at 10 m³/h according to the SACI data sheet; final selection should be based on the pump curve. Available models can be viewed via their links; the remaining models will be added once their data sheets are ready.
Frequently asked questions
What is the difference between the TOP WINNER 50 M and 50 T?
Both have the same power rating and pump curve. The 50 M requires a 230 V single-phase supply, while the 50 T requires a 230/400 V three-phase supply, depending on the available power supply and connection.
Can it replace a conventional WINNER pump?
SACI states that the design is interchangeable with the standard WINNER. Before replacing it, check the connections, dimensions, and performance for your installation.
Is it a variable-speed pump?
No. The TOP WINNER 50 T is fixed-speed. Variable-speed solutions are available in specific configurations.
How do I choose the right power rating?
Calculate the required filtration flow rate and the circuit’s total dynamic head; then select the model that delivers that flow rate at the duty point.
