PQ1 Power Quality Sensor

Critical Power Quality Insights in a Compact Package

The PQ1 Power Quality Sensor is the fast, accurate relay that alerts you to power quality compliance issues. It’s small enough to fit in the palm of your hand, yet precise enough for reliable monitoring in every application from semiconductor manufacturing to aircraft. Plus, at less than one-tenth the cost of a traditional power analyzer, the PQ1 can pay for itself with the first issue detected.

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PQ1 Industry Applications

Data Center Server

Large Machine Coverage

Ensure optimal power quality to lengthen machine lifetimes, decrease downtime and minimize unhappy customer experiences. Relevant industries and applications include:

PQube 3 Integration into high-power load systems.

Medical Equipment

When patient welfare is on the line and medical professionals’ time is limited, machine downtime is not an option. The PQ1 saves time by immediately identifying root causes of power quality issues, improving preventative maintenance and repair identification.

Operator working with SCADA & PLC systems

SCADA Systems & PLC Systems

The PQ1 is the perfect complement to PLC and SCADA systems. Keep your machines running optimally with easy interfacing to prevent damage from voltage disturbances.

PQ1 Key Benefits

Reduce Risk

Catch voltage distortion before it leads to productivity losses, increased warranty and maintenance costs, or worse, operator injury.

Low Cost

Gain an incredibly cost-effective sensor at less than 10% of the cost of a traditional power quality monitor.

Plug and Play

Immediately put your PQ1 to use with no software or computer required, 16 preset limits and pre-configured depth-duration thresholds based on international standards.

Fit Anywhere

With its small size and DIN-rail and panel mounting available, the PQ1 can fit in nearly any space to monitor power quality and equipment, and help ensure employee safety.

PQ1 System Integrations

The PQ1 uses relay contact outputs to send signals to your software applications for error logs, alarm processing, counters, SCADA systems and PLCs.

PQ1 Specifications

Parameter Specification
Nominal Voltage Inputs 100, 110, 120, 200, 208, 220, 230, 240 Vrms
May be installed phase-to-neutral or phase-to-phase, provided nominal voltage is in range
Installation Category: CAT II
Frequency 50, 60, 400 Hz
Relay Outputs 300 mA, 30 Vac or Vdc, normally closed dry relay contacts
3 Relay output: Impulse/swell, minor sag, major sag
Contacts open when a power disturbance is detected, recloses at end of the event
Minimum duration of open contacts is 3 seconds, regardless of the event duration
Built-In Standard Thresholds SEMI F47, ITIC, CBEMA, IEC, ZA NRS048, JN (Japan), MIL-STD 704E (Aircraft), MIL-STD-3900 (Shipboard), IEC 61000-2-4 (Class I, Class II, Class III), IEC 61000-4-11, EN50160 (Utility), EN500821 (Residential/Commercial), EN50082-2 (Industrial)
Impulses Detects impulses down to 500 nanoseconds
RMS Threshold Accuracy 0.5% typical, 1.5% maximum
Impulse Threshold Accuracy 450 Vpk typical (min/max: 400/500 Vpk)

Manuals, Documentation and Help

Simple Set Up for Instant Results

The PQ1 easily integrates into your power mains with no software required. It identifies and alerts for power disturbances such as major and minor voltage sags, swells, interruptions and impulses as short as 500 nanoseconds.

PQ1 Simplifies Power Quality Monitoring

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Easy to use

Easy to Use

With 16 preset industry standard thresholds, PQ1 comes ready-made to meet the requirements of any application, with no software — or computer — required

Versatile

Versatile

Easily configure the PQ1 to send event reports to your error logs, activate alarms or simply read results directly from the front-panel LEDs

Easy install

Time-Saving

Instantly identify the root causes of power quality disturbances to avoid lengthy troubleshooting or trial-and-error repair processes

Satisfaction

Helps Increase Customer Satisfaction

Accurate power quality information can help contain warranty and maintenance costs, protect equipment life and reduce ineffective repairs