Troy HMP 150 Jacuzzi Pump 1 Hp
The Troy HMP 150 jacuzzi pump is used to circulate hot water in jacuzzis. It features a technopolymer body, is easy to transport, operates quietly, and is suitable for damp environments. The monophase model has built-in thermal protection and automatic reset. The Troy HMP 150 jacuzzi pump has an inlet and outlet of 1.1/2” (40 mm).
Troy HMP 150 Jacuzzi Pump Features,
- Motor Power: 1 Hp
- Inlet/Outlet: 1.1/2” (40 mm)
- Maximum Head: 15 m
- RPM: 2900 RPM
Applications of Troy HMP 150 Jacuzzi Pump
- In non-aggressive acidic environments
- In industrial dishwashers
- In jacuzzi pools designed for hydrotherapy and massage
- In bathtubs and similar usage areas
- In saltwater environments
What is a Jacuzzi Pump?
A jacuzzi pump is an essential component used in spa and jacuzzi systems. These specialized pumps facilitate the movement of water and provide a massage effect, offering a relaxing and enjoyable hydrotherapy experience.
How Does a Jacuzzi Pump Work?
Jacuzzi pumps are designed to manage water movement and flow. The basic operating principle is as follows:
- Water Intake: The pump draws water into the jacuzzi system.
- Pressurized Water Ejection: The drawn water is ejected under pressure, creating movement and a massage effect.
- Hydrotherapy Experience: The pressurized water flow generated by the pump provides a relaxing hydrotherapy experience.
Advantages of a Jacuzzi Pump
- Relaxing Experience: The pressurized water flow provides a soothing massage effect, reducing stress.
- Water Circulation: Pumps support water circulation, helping to keep the water clean.
- Customizable: Speed and pressure settings can be adjusted to user preferences.
- Spa Aesthetics: Pumps enhance the flow of water and the appearance within the jacuzzi.
Model Specifications
- Wattage: 750 W
- Amperage: 4.2 A
- Voltage: 220 V
- Condensate: 20 µF
- Width (W): 165 mm
- Length (L): 300 mm
- Height (H): 192 mm
- Weight: 8.5 kg
- Inlet/Outlet: 1.1/2”
- Max Head: 15 m
Flow Rate:
- 3 m³/h at 6 m head
- 2.4 m³/h at 9 m head
- 1.8 m³/h at 12 m head
- 1.5 m³/h at 16 m head