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General| Product type | Three phase power measurement logger |
|---|---|
| Cable lock slot type | Kensington |
| International Protection (IP) code | IP50 |
| Efficiency | 68.2 % |
| Battery life | 4 h |
| Charging time | 6 h |
| Battery voltage | 3.7 V |
| Input frequency | 50/60 Hz |
| Battery capacity | 9.25 Wh |
| Power consumption (max) | 50 VA |
| Battery life (power save mode) | 5.5 h |
| Operating altitude | 0 - 4000 m |
| Non-operating altitude | 0 - 12000 m |
| Storage temperature (T-T) | -20 - 60 °C |
| Operating temperature (T-T) | -10 - 50 °C |
| Operating relative humidity (H-H) | 10 - 95 % |
| Built-in display | Yes |
| Display diagonal | 4.3 \ |
| Touchscreen type | Resistive |
| Display resolution | 480 x 272 pixels |
| Display technology | TFT |
Weight and Dimensions| Depth | 55 mm |
|---|---|
| Width | 198 mm |
| Height | 167 mm |
| Weight | 1100 g |
| Power adapter weight | 400 g |
| Power supply dimensions (WxDxH) | 130 x 45 x 130 mm |
Provides telephone numbers and website for contacting Fluke for support and product registration.
Instructions for using the magnet hanger kit to attach the Logger and power supply.
Description of voltage test leads and their usage for single-phase measurements.
Explanation of the Rogowski coil principle and advantages of the Thin-Flexi Current Probe.
Information about the Kensington Security Slot for anti-theft protection.
Guidance on storing the Logger properly, including battery charging recommendations.
How to use the tilt stand for optimal display viewing on a tabletop surface.
Details on connecting and using the Logger's power supply and its functions.
Using the touch screen for interaction, adjusting brightness, and calibration.
Explains how to navigate menus using cursor keys and function buttons, and taking screen shots.
Describes the Meter mode for displaying phase measurements like Voltage, Current, Frequency, and THD.
Explains how to select between Load Study and Energy Study based on application needs.
Guide to selecting the appropriate wiring configuration for voltage test leads and current sensors.
Diagrams and explanations for Single Phase and Single Phase IT wiring configurations.
Wiring diagrams for Split Phase, 3-Phase Wye, and 3-Phase Wye IT configurations.
Details on 3-Phase Delta, 3-Phase Wye Balanced, and 2 Element Delta wiring configurations.
Wiring diagrams for 3-Phase Delta Open Leg and 3-Phase High Leg Delta topologies.
Wiring configuration for 3-Phase Delta Balanced systems, simplifying measurements for symmetrical loads.
Guidance on setting nominal voltage for load studies and voltage ratio for energy studies.
Setting the nominal frequency and configuring the current range for attached sensors.
Using current ratio factors to increase sensitivity with current transducers (CTs).
Details on using wired AUX input or wireless Fluke Connect sensors for additional measurement channels.
Steps to set up wireless communication with Fluke Connect 3000-series modules.
Steps to verify connections, including checking signal, phase rotation, and probe polarity.
Using the Auto Correct feature to automatically adjust phase map and polarity settings.
Allows virtual swapping of phases and inversion of current inputs for connection correction.
Displays phase relations between voltages and currents with numerical values and phase angles.
Details on viewing fundamental active, apparent, and reactive power, and displacement power factor.
Guides on setting up a new logging session, including session name, duration, and interval.
How to configure the duration, start date, and stop date/time for logging sessions.
How to view average, min/max values and resolution for measured parameters like Voltage, Current, and Frequency.
Explains how to select the time interval for averaging measurement data for logging sessions.
Setting the interval for measuring customer demand, energy costs, and maximum demand.
How to enter and review energy costs and descriptive details for measurements.
Instructions for reviewing, erasing, and copying saved screen captures to a USB flash drive.
Lists the configurable settings for the Logger, including name, language, date/time, and WiFi.
Assigning a name to the Logger for measurement files in Energy Analyze Plus software.
Instructions for changing the user interface language of the Logger.
Configuring phase colors and labels to match the connector panel decal.
Steps to set the Logger's time zone, date format, and time.
Configuring the currency symbol for energy cost values.
How to set up and use a PIN to lock/unlock the Logger interface during logging sessions.
Accessing information about the Logger, serial number, probes, battery status, and licenses.
Instructions to find the firmware version installed on the Logger.
Procedure to calibrate the touch screen if misalignment with touch targets occurs.
Function to copy measurement files and system information to a USB flash drive for customer support.
Steps to set up WiFi connection details for the Logger with a PC or smartphone.
Instructions for connecting the Logger to a PC using a USB cable.
Details on setting up direct or infrastructure WiFi connections for the Logger.
Using WPA2-PSK for a direct WiFi connection between a client and the Logger.
Establishing a WiFi connection to an access point in an infrastructure network.
How to remotely control the Logger using third-party VNC clients.
Using WiFi for downloading data and synchronizing with Fluke Energy Analyze Plus software.
Instructions on using the Fluke Connect app and system for wireless measurements.
Overview of the Logger's display, warranty, dimensions, and weight.
Details on operating and storage temperatures, humidity, altitude, IP rating, and vibration.
Information on safety standards like IEC 61010 and IEC 61010-2-033.
Information on electromagnetic compatibility standards and classifications for the Logger.
Specifications for the wireless adapter, including frequency range and output power.
Technical details on voltage range, mains power, power consumption, and battery specifications.
Specifications for voltage inputs, including number, maximum voltage, and impedance.
Specifications for current inputs, including number of inputs, output voltage, and ranges for clamps and Rogowski coils.
Details on configuring wired auxiliary inputs, including sensor types, units, gain, and offset.
Information on connecting Fluke Connect 3000 series modules wirelessly via WiFi/BLE adapter.
Specifications for data acquisition, including resolution, sampling frequency, and wiring configurations.
Lists measured parameters and averaging intervals for Energy Meter Mode.
User selectable intervals for averaging measurements during logging sessions.
