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tlewisSep 8, 2025
What to do if the MENU key is lit, but the screen is blank on Hioki Measuring Instruments?
- DDavid MitchellSep 8, 2025
If the MENU key is lit but the screen is blank, press any key.
What to do if the MENU key is lit, but the screen is blank on Hioki Measuring Instruments?
If the MENU key is lit but the screen is blank, press any key.
What to do if number of motor rotations cannot be measured on Hioki Measuring Instruments?
If the number of motor rotations cannot be measured, and the pulse output is the voltage output, note that the pulse of the open collector output cannot be detected. Select a voltage output suitable for the setting of the CH B pulse input. Also, check for noise in the pulse output by confirming the cable wiring, grounding the encoder providing the pulse output, or grounding the common side of the signal.
What to do if torque frequency input cannot be measured on Hioki Measuring Instruments?
If torque frequency input cannot be measured, verify that the frequency input voltage level and frequency are within the instrument’s valid input range. Use a torque gauge that generates 1 kHz to 100 Hz frequency output in the form of an RS-422 complementary signal.
What to do if no apparent cause can be established on Hioki PW3390 Measuring Instruments?
If no apparent cause can be established, perform a system reset. This will return all settings to their factory defaults.
How to fix Hioki PW3390 when it cannot communicate at all?
If your Hioki Measuring Instruments are unable to communicate, consider these potential causes and solutions: * **LAN Cable:** Ensure the LAN cable is correctly connected. If connecting the instrument and computer via a HUB, use a straight cable. For a direct 1:1 connection, use a cross cable or attach a cross conversion connector to the straight cable. * **Interface Settings:** Verify the IP address, subnet mask, and default gateway settings on the instrument. * **IP Address Conflict:** Confirm that the instrument's IP address does not conflict with other instruments on the network. * **TCP/IP Port Number:** Ensure the correct port number is specified.
What to do if Hioki PW3390 Measuring Instruments command is not executed?
If a command is not executing on your Hioki Measuring Instruments, there are a couple of things to check: * **Errors:** Use the '*ESR?' command to examine the standard event status register for any errors. * **Operation Restrictions:** Be aware that many setting commands cannot be executed while the device is in hold or integration operation.
General| Product Category | Power Quality Analyzer |
|---|---|
| Data Logging | Yes |
| Current Range | 0 to 6000 A |
| Frequency Range | 45 to 65 Hz |
| Harmonic Measurement | Up to 50th order |
| Display | Color LCD |
| Data Storage | Internal memory |
| Communication Interface | USB, Ethernet |
| Power Supply | AC 100 to 240 V |
Explains symbols used for warnings, cautions, and various standards.
Safety precautions for handling the instrument, cables, and sensors.
Highlights key features like system configurations, accuracy, and analysis functions.
Procedure for connecting lines and performing zero adjustment.
How to view power measurements and modify configuration settings.
Explains how to observe and manage integration values.
Covers displaying harmonic analysis via bar graph, list, and vectors.
How to display and resize voltage, current, and noise waveforms.
Explains FFT analysis for noise voltage and current.
How to calculate and display efficiency and loss values.
Details motor analysis functions and settings for PW3390-03.
Details functions to hold or peak hold measurement values.
Procedure for resetting the instrument to factory default settings.
Details on manually and automatically saving measurement data.
How to use the motor analysis function with torque meters and tachometers.
How to control and measure via Ethernet connection.
How to remotely control the instrument using an internet browser.
How to control and measure via USB connection.
How to control and measure via RS-232C connection.
Detailed specifications for instrument functions.
Formulas used for various measurement calculations.
Guidance on diagnosing and resolving common instrument issues.
Explains error codes and their corresponding remedies.
