True Power Monitoring

Load Controls Sensor Solutions

Most monitoring systems only measure current.
 True power monitoring measures the actual work your motor is performing: revealing load changes, inefficiencies, and equipment faults before they become costly failures.

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About PMP-25 Pump Load Controls

The PMP-25 Pump Load Controller is a high-performance digital monitoring solution designed to protect industrial pumps by continuously analyzing true motor power consumption. Recognized as a gold standard in pump protection, the PMP-25 enables early detection of abnormal operating conditions before they escalate into failures.

Key Features & Benefits

Unlike traditional sensors that rely on pressure, flow, or mechanical measurements, the PMP-25 leverages electrical load data—a direct reflection of the work being performed by the pump. This ensures higher accuracy and faster response times.

Higher Sensitivity

Measuring true power (kW) detects load changes much more effectively than monitoring current (amps) alone.

Higher sensitivity

Measuring true power (kW) detects load changes much more effectively than monitoring current (amps) alone.

Higher sensitivity

Measuring true power (kW) detects load changes much more effectively than monitoring current (amps) alone.

Higher sensitivity

Measuring true power (kW) detects load changes much more effectively than monitoring current (amps) alone.

How True Power is Used in PMP-25 Pump Load Controls

The PMP-25 operates on the principle of true power monitoring, a highly reliable method for assessing pump performance.

What is True Power in Pump Monitoring?

True power represents the actual electrical energy consumed by the motor to perform mechanical work. Unlike apparent or reactive power, true power directly correlates with the load on the pump.

How PMP-25 Uses True Power?

  • The PMP-25 measures voltage and current across motor phases to calculate real-time true power consumption.
  • Any deviation in power directly indicates a change in pump load or operating condition.

Why This Matters?

  • Dry Running Detection:
 A sudden drop in power indicates loss of load due to lack of fluid.
  • Clogs or Jams:
 Increased power consumption signals excessive resistance or blockage.
  • Cavitation Identification:
 Fluctuating power patterns reveal unstable flow conditions.
  • Broken Impellers:
 Reduced load leads to a measurable decrease in power usage.
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