Advanced water pump with constant pressure control and frequency converter. Suitable for single-phase or three-phase systems (220V/380V), delivering 0.75–2.2KW power output with adjustable frequency and current. Ideal for industrial and commercial water supply applications.
Key Features & Benefits
Constant pressure supply: Maintains stable water pressure for consistent flow.
Frequency converter control: Adjustable output frequency (0.1–400Hz) and current (8–12A) for precise operation.
Versatile power options: Supports 0.75, 1.5, and 2.2KW outputs.
Single-phase or three-phase compatibility: Works with 220V or 380V systems.
Compact and durable design: Size 125 × 126 × 180mm, weight 1.454 kg.
Customizable: OEM/ODM options available to meet specific requirements.
Certified quality: CE certified for safety and reliability.
Safe for water systems: No high-concern chemicals used.
Technical Specifications
Brand: XSY-HY
Model Number: XSY-HY1, XSY-HY2
Type: DC/AC Inverters for water pumps
Output Power: 0.75, 1.5, 2.2 KW
Output Current: 8–12A
Output Frequency: 0.1–400Hz
Output Type: Single-phase or three-phase (220V / 380V)
Size: 125 × 126 × 180 mm
Weight: 1.454 kg
Certification: CE
High-concern chemicals: None
Origin: Mainland China
Customization: Yes (OEM/ODM supported)
Application / Use: Industrial and commercial constant pressure water supply
XSY-HY constant pressure water pump with frequency converter — 0.75–2.2KW, adjustable frequency and current, compatible with single-phase or three-phase 220V/380V systems.
The XSY-HY constant pressure water pump integrates a frequency converter for precise control of water flow and pressure. Delivering 0.75–2.2KW output with adjustable current (8–12A) and frequency (0.1–400Hz), it supports both single-phase and three-phase 220V/380V systems. Compact (125 × 126 × 180mm) and lightweight (1.454 kg), this pump is ideal for industrial and commercial water supply applications. CE certified and customizable, it ensures safe, reliable, and efficient operation without high-concern chemicals.
