Using the Fluke 1732 3-Phase electrical energy logger will help you discover areas in your facility where you’re wasting energy, where measures can be applied to reduce your electricity bill, and optimise energy usage across the site.
The energy logger is suitable for conducting load studies, energy assessments and surveys. It measures parameters such as: RMS voltage, RMS current, voltage and current THD, active power, reactive power, power factor (PF), active energy, reactive energy, etc.
It is really easy to set-up as the Fluke 1732 has a “Verify Connection” feature that automatically checks to ensure everything is connected correctly. It can even digitally self-correct for clamp orientation and phase identification.
All available measured parameters are automatically selected during logging so you can be sure you have all the data you need, even before you know you need it! The on-board memory can typically store up to 10 logging sessions (when survey duration is set at 8 weeks with 1-minute sampling intervals).
The detachable power supply is convenient for when space is tight and can be powered directly from the measured circuit saving you the need to go hunting for a nearby power socket, or from running extension cables across the floor.
Downloading your survey data is also easy as you can download directly to a USB flash drive via the USB port. Once you have the logged data reports can be created with the included Fluke Energy Analyze Plus software.
Why choose Instrotech for your electrical test equipment?
With over 40 years’ experience supporting UK electricians, technicians and engineers, Instrotech is your trusted partner for quality tools and expert service. When you purchase from us, you benefit from:
Free UK shipping on all orders
Access to our knowledgeable technical support team
Available calibration services to maintain safety compliance
A 90-day money-back guarantee for complete peace of mind
We’re committed to helping you work safely and efficiently with industry-leading products and ongoing support.