Name: Edon submersible Water pumps 1.5hp - Voh Tools
Price: 19999.00 KES
Availability: InStock

Edon submersible Water pumps 1.5hp

KSh19,999.00

The Edon submersible pumps with a $1.5 hp$ rating offer increased power compared to the $1 hp$ models, translating to higher flow rates or greater maximum head (lift) capability.

A $1.5 hp$ electric motor is typically rated at $1.1 kW$ (kilowatts). These pumps are often part of the $QDX$ series, which are designed for clean water in applications like farm irrigation, domestic water supply from wells, and water transfer. submersible Water pump

Typical Specifications for Edon $1.5 hp$ Submersible Pumps

The specific performance metrics, especially head and flow, can vary significantly depending on the model’s design (high-head, multi-stage, or high-flow).

Feature	Typical Specification/Range
Power	$1.5 hp$ ( $1.1 kW$ )
Voltage/Frequency	$220 V$ to $240 V$ / $50 Hz$ (Standard single-phase)
Max Head (Lift)	$\approx 24 m$ to $35 m$ for shallow well models (QDX types)
	Deep Well Models (Non-QDX type): Can range much higher, sometimes over $80 m$ .
Max Flow Rate	Can range from $\approx 3 m^{3} / h$ (or $50 L/min$ ) for high-head designs up to $22 m^{3} / h$ for high-flow designs.

Description

The Edon submersible pumps with a $1.5 hp$ rating offer increased power compared to the $1 hp$ models, translating to higher flow rates or greater maximum head (lift) capability.

Typical Specifications for Edon $1.5 hp$ Submersible Pumps

The specific performance metrics, especially head and flow, can vary significantly depending on the model’s design (high-head, multi-stage, or high-flow).

Feature	Typical Specification/Range
Power	$1.5 hp$ ( $1.1 kW$ )
Voltage/Frequency	$220 V$ to $240 V$ / $50 Hz$ (Standard single-phase)
Max Head (Lift)	$\approx 24 m$ to $35 m$ for shallow well models (QDX types)
	Deep Well Models (Non-QDX type): Can range much higher, sometimes over $80 m$ .
Max Flow Rate	Can range from $\approx 3 m^{3} / h$ (or $50 L/min$ ) for high-head designs up to $22 m^{3} / h$ for high-flow designs.