K7DD-PQM
Power quality monitoring
K7DD-PQM detects failures of various motor parts using the feature values of captured power quality
The K7DD-PQM advanced motor condition monitoring device makes it possible to identify failure modes and defect parts of motor equipment while rapidly translating power quality such as motor current and voltage into data. This enables scheduled maintenance activities with real-time condition monitoring of motors that frequently change speed, which were difficult to identify abnormalities so far. And simplified condition monitoring device parameter configuration process is contributed to understand K7DD-PQM installation efficiency quickly.
- Samples up to 6 channels (current and voltage) simultaneously at 2.5μs
- Abnormalities on the motor & rotating shaft & load side can be judged individually
- SW tool minimize analysis skills requirement
Specifications & ordering info
Produkt | Supply voltage AC | Supply voltage DC | Description | |
---|---|---|---|---|
|
100-240 V | Advanced Motor Condition Monitoring Device, 100 to 240 VAC, transistor control output, Push-in Plus, LCD display, RS-485/Modbus/RTU |
|
|
|
24.85-26.4 V | Advanced Motor Condition Monitoring Device, 24 VDC, transistor control output, Push-in Plus, LCD display, RS-485/Modbus/RTU |
|
How can we help you?
If you have a question or would like to ask for a quote, please contact us or send a request.
Kontakt mig K7DD-PQM
Tak for indsendelsen af din forespørgsel. Vi vil vende tilbage med svar så hurtigt som muligt.
Vi har desværre tekniske problemer. Din formular er ikke modtaget. Vi undskylder og beder dig om at prøve igen senere. Detaljer: [details]
DownloadTilbud på K7DD-PQM
Med denne formular kan du bestille et tilbud på et eller flere af vores produkter. Venligst udfyld alle de felter der er markeret med *. Dine personlige oplysninger vil blive håndteret fortroligt.
Tak for din forespørgsel. Vi vender tilbage med de ønskede oplysninger så hurtigt som muligt.
Vi har desværre tekniske problemer. Din formular er ikke modtaget. Vi undskylder og beder dig om at prøve igen senere. Detaljer: [details]
DownloadFeatures
Measure the power quality of motors
The K7DD samples up to 6 channels simultaneously at 2.5μs. By operating 3-phase power line current/voltage every 50 ms, it detects over 140 types of feature values.
Monitors servo and induction motors
A variety of factors may cause motor equipment failure. K7DD makes it possible to monitor these failure modes individually and suggest subsequent actions to be taken by maintenance staff depending on the condition.
Three wiring methods possible
K7DD can measure both the voltage and current or only the current of power lines that drive motors, valves, and other measurement targets.
Simple retrofitting
Using clouds, data servers, or other IT devices not only requires system-building skill and coordination with IT administrators, but also necessitates specialist installation work. The K7DD do not require special skills, and it can be retrofitted with minimal installation workload. After installation, you can check abnormal conditions from the K7DD display screen directly.
Reduces inspection workload
As said K7DD provide more than 140 types of feature values, however, the handling of these data requires extremely advanced data analysis skills. With the K7DD, these analyses are supported to enable rapid startup.
Condition monitoring devices can be configured with a single tool
Easy three-step configuration The Condition Monitoring Configuration Tool allows for batch configuration of a wide range of condition monitoring devices, such as those for monitoring motors, temperatures, insulation, and heaters. It can be used without any special skills, reducing training effort
Easy three-step configuration
The Condition Monitoring Configuration Tool allows for batch configuration of a wide range of condition monitoring devices, such as those for monitoring motors, temperatures, insulation, and heaters. It can be used without any special skills, reducing training effort. Setup can be completed in just three steps: communications setup, initial setup, and trigger setup.*1 With its high operability, the tool boosts on-site productivity as well.