Pumps | Luksens

Pumps

Pumping systems are the foundational backbone of water management, creating the continuous, reliable fluid flow required for applications that endure constant pressure, variable loads, and long-duration operation.

Modern pumps often leverage advanced motor and control technologies, making them more compact, energy-efficient, low-noise, and providing more stable, precise flow and pressure regulation compared to older traditional models.

Current sensors are key components in smart pumping systems, measuring and monitoring the current flowing through the motor circuit. They ensure optimal performance by accurately tracking current levels during pump operation.

This real-time monitoring maintains system efficiency, prevents problems such as overheating, dry-running, and motor damage, while extending the service life of the equipment.

Typical applications

Motor control for pump systems
Constant pressure water supply pumps
Building & fire water pumps
Wastewater & sewage pumps
Agricultural irrigation pumps

Precision Sensing for Advanced Pump Systems

In the demanding environment of modern smart pump systems, precise feedback is essential for stable motor control, system efficiency, and equipment longevity. Our comprehensive portfolio, featuring the PA pressure sensor series, and the C08 and C16 series current sensors, offers tailored solutions based on robust sensing technology.

Designed to withstand high vibration, pressure spikes, and electromagnetic interference, these sensors bridge the gap between power control and performance. Whether utilizing the cost-effective reliability of our PA Series pressure sensors to monitor system health, or the superior accuracy and microsecond-level response of our current sensors (C08/C16 series), these components ensure accurate real-time monitoring of pressure, flow, and motor operating currents.

By providing clean, reliable signal inputs to the controller, they play a critical role in optimizing the pump’s control loop, preventing issues like dry-running, overheating, and overpressure, and providing rapid protection for the motor and power semiconductors. This ensures your pumping equipment delivers consistent, energy-efficient, and trouble-free performance.