ITJET-D Series High Head Energy Saving Automatic Dual controller Jet Pump for Clean Wtaer Pressurization

Description : 

The "ITJET-D Series High Head Energy Saving Automatic Dual Controller Jet Pump for Clean Water Pressurization" seems to be a specialized jet pump system designed for pressurizing clean water applications while offering energy-saving features and dual controller functionality. Here's a breakdown of its key features:
1.High Head: The pump is capable of generating high pressure or "head" to deliver water against elevated or long-distance piping systems. This feature is beneficial for applications requiring water to be pumped to significant heights or distances.
2.Energy Saving: The pump incorporates energy-saving technology or features aimed at reducing power consumption while maintaining efficient operation. This may include variable speed control, high-efficiency motors, or optimized pump design to minimize energy waste.
3.Automatic Dual Controller: The pump is equipped with a dual controller system that automatically manages pump operation based on demand and system conditions. This feature ensures precise control over pressure and flow rates while minimizing energy consumption and providing reliable performance.
4.Clean Water Pressurization: The pump is specifically designed for pressurizing clean water sources, such as municipal water supplies, wells, or storage tanks. It ensures consistent water pressure for domestic, commercial, or industrial applications requiring pressurized water delivery.
5.Applications: Suitable for well water pumping, family, hotel, canteen,garden irrigation and other clean water pressurization, but also solar energy,water heater,central air conditioning and other equipment supporting pressurization preferred.
6.Features and Benefits: Other features that may be associated with this pump include:

Overall, the ITJET-D Series High Head Energy Saving Automatic Dual Controller Jet Pump for Clean Water Pressurization is designed to provide efficient and reliable pressurized water delivery while offering energy-saving benefits and automated control for various applications.

Working conditions : 

Max.liquid temperature : +60°C
Max.ambient temperature : +40°C
Insulation : Class F
Ingress protection : lP44
Duty cycle : S1
input voltage : 
Single phase, 220V,50/60Hz
(Other input voltages can be customized)

Key Features :

Performance Chart :

Technical Data ：