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Submersible pumps for 120 meters

Submersible pumps for depths of up to 120 meters have become indispensable in various industries, catering to the needs of agriculture, industrial processes, and municipal water management systems
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lei
up to
lei
Brand
Maximum pumping height, m
Power, kW
Tip motor
Water consumption, m³/h
Sorting:
prod installation It is possible to order with installation
Maximum pumping height, m
120
Power, kW
1,1
Water consumption, m³/h
6,0
7 504 lei
5 695 lei
prod installation It is possible to order with installation
Maximum pumping height, m
120
Power, kW
1,5
Water consumption, m³/h
6,0
15 389 lei
12 366 lei
prod installation It is possible to order with installation
Maximum pumping height, m
120
Power, kW
1,5
Water consumption, m³/h
6,0
16 461 lei
12 492 lei
prod installation It is possible to order with installation
Maximum pumping height, m
120
Power, kW
7,5
Water consumption, m³/h
27,0
45 453 lei
34 496 lei

Submersible pumps for depths of up to 120 meters have become indispensable in various industries, catering to the needs of agriculture, industrial processes, and municipal water management systems. These pumps, designed to operate efficiently at significant depths, play a critical role in ensuring reliable access to underground water resources.

In agriculture, submersible pumps are vital for irrigation purposes. Their ability to draw water from deep sources is particularly valuable in regions where access to surface water sources is limited. These pumps facilitate consistent and efficient water supply to agricultural fields, contributing significantly to crop yield and farm productivity.

In industrial settings, submersible pumps serve diverse applications, ranging from dewatering in mining operations to groundwater extraction in construction projects. Their capability to function at depths of 120 meters enables uninterrupted water supply for various industrial processes, ensuring smooth operations and minimizing downtime.

One of the primary advantages of submersible pumps for 120 meters is their high efficiency. These pumps are engineered to deliver large volumes of water within a short period, making them ideal for tasks that demand rapid and effective pumping solutions. This efficiency is particularly crucial in emergency situations or time-sensitive projects where swift water extraction is paramount.

Moreover, the reliability of submersible pumps for 120 meters is paramount. Constructed with durability in mind, these pumps are designed to withstand harsh operating conditions and minimize the risk of malfunctions or breakdowns. This reliability translates into reduced maintenance costs and downtime, making the operation of these pumps more cost-effective and dependable.

Advancements in technology have further enhanced the efficiency and control of submersible pumps for 120 meters. Automation of monitoring and control processes optimizes pump station operations, enhancing their performance and reducing operational costs. Integration with monitoring systems enables real-time response to changes in operating conditions, ensuring stable and efficient pump operation even in challenging environments.

Submersible pumps for 120 meters are not just mechanical devices; they are integral components of infrastructure, facilitating access to vital water resources. Their role in agriculture, industry, and water management systems is paramount for sustainable development and societal prosperity. Through continuous innovation and improvement, these pumps will continue to play a pivotal role in ensuring access to water and supporting various sectors of the economy.