True AC/DC Power Analysis over a wide range of loading conditions from DC to 2MHz. Choose any input configuration from 1 to 4 channels, ideal for watts loss and efficiency measurements generation of performance reports
The PA903 is a three phase power analyzer & harmonics analyzer, additionally it is three single phase power analyzers in a single chassis with a single user interface. The PA903 Harmonics & Power Analyzers may have up to 4 channels installed, which may be any combination of channel cards and with any combination of available current input options. Multiple PA903 Harmonics & Power Analyzers can be Ethernet connected to make simultaneous multi channel measurements, useful where power analyzer measurements are needed in multiple locations, where close proximity to the load is required.
Channels may be individually configured, in effect as 3 power analyzers in the same chassis.
Each PA903 channel can be independently configured for 1ph, 2ph, 3ph 3W, 3ph 4W, multi-channel wiring configurations, signal filtering, default measurement coupling, display results smoothing and efficiency grouping. Voltage and current input channels may be optionally synchronized to each other.
The PA903 series interface with a Siemens S7 PLC, allowing for automated system using a power analyzer. For Example the s7 PLC can be programmed to perform an action or sequence depending on what conditions the PA903 Power Analyser has measured. Typical examples are over current, over power, gross imbalance or when lost phase is measured. The PLC can shutdown a system in a controlled sequence or control-command other equipments - like alert production, conveyor speed, update quality reporting, mark batch nos, alarm etc
For full accuracy performance and graphs refer to PA903 Datasheet pdf
Valid for any V terminal to PA903 chassis ground; any A terminal to PA903 chassis ground; and between V and A terminal
We use cookies to enhance your browsing experience, serve personalised ads or content, and analyse our traffic. By clicking "Accept All", you consent to our use of cookies.
