POWERSIDE PQ1 Power Quality Sensor
Key Features
- Affordable, reliable, and compact
- Pre-programmed to 16 industry-standard thresholds, no software required
- Easy to install on a DIN rail mount, AC in, relay contacts out
- Real-time event detection with 0.5% accuracy
- Certified CE, TUV, UL
Benefits
- Detects sags, swells, interruptions, and impulses
- Captures impulses as short as 500 nanoseconds
- Automatically adjusts to 50Hz, 60Hz, or 400Hz
- Direct connection to 100 Vrms ~ 240 Vrms
- Can be used at 277 Vrms ~ 600 Vrms with external step-down transformer
- Combine three PQ1’s for 3-phase applications
Key Applications
- Semiconductor manufacturing tools
- Medical laboratory equipment
- SCADA and PLC systems
- Elevator controls
- Low-cost substation power quality monitoring
- Machine tools, HVAC controls, ASD’s
- Rack mount servers in data centers and telecommunication centers
Manuals, Software and further information:
PQ1 power quality sensor detects sags, swells, interruptions, and impulses in as short as 500 nanoseconds. And because of its low price, you can buy twenty for the price of a single traditional power quality monitor. It’s your go-to sensor to quickly defend against power quality problems.
The Powerside embedded power quality sensor detects voltage disturbances on the AC power supply of equipment. These voltage disturbances can cause equipment to intermittently operate, degrade performance, and fail prematurely. Without accurate power quality information, system owners and OEMs are at risk of increased warranty and maintenance costs, ambiguous root causes of power quality failure that lead to ineffective repairs, finger-pointing, and lost customer satisfaction.
PQ1 power quality sensor detects sags, swells, interruptions, and impulses in as short as 500 nanoseconds. And because of its low price, you can buy twenty for the price of a single traditional power quality monitor. It’s your go-to sensor to quickly defend against power quality problems.
The Powerside embedded power quality sensor detects voltage disturbances on the AC power supply of equipment. These voltage disturbances can cause equipment to intermittently operate, degrade performance, and fail prematurely. Without accurate power quality information, system owners and OEMs are at risk of increased warranty and maintenance costs, ambiguous root causes of power quality failure that lead to ineffective repairs, finger-pointing, and lost customer satisfaction.