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George WoodAug 18, 2025
Why is the apparent frequency lower than expected on my Hioki Measuring Instruments?
- Jjennifer80Aug 18, 2025
This issue is likely due to an aliasing error. To resolve it, try making the time axis range setting faster.
Why is the apparent frequency lower than expected on my Hioki Measuring Instruments?
This issue is likely due to an aliasing error. To resolve it, try making the time axis range setting faster.
What to do if Hioki Measuring Instruments keys are dead?
First, check if the unit has been put into the key lock condition, indicated by the message "KEY LOCK." If so, press the KEY LOCK key to clear the key lock condition. Also, verify if the unit is being remotely controlled, which would be indicated by "GP-IB REMOTE" if the GP-IB interface is in use.
What to do if no data is printed when PRINT or COPY is pressed on Hioki 8835-01?
Ensure that the destination for the printout created by pressing the PRINT or COPY key is set to "Internal Printer."
Why no data is printed even when START is pressed on Hioki Measuring Instruments?
If pretriggering is activated, triggering won't occur until the current waveform is fully captured. Check if the "Pretrigger standby" message is displayed. Also, see if the "Waiting for trigger" message has appeared and verify the trigger settings.
How to fix dense or blurred recording lines on Hioki 8835-01 Measuring Instruments?
If your input signal contains ripple components, make suitable filter settings at the input unit.
What to do if the printed recording is very faint on Hioki 8835-01 Measuring Instruments?
Ensure you are using the correct recording paper (9221).
What to do if Hioki 8835-01 Measuring Instruments recording lines are duplicated?
To correct duplicated recording lines, select "Solid line" as the printed line type.
What to do if there is no variation in recorded waveform in Hioki 8835-01?
Check the following settings: whether the measurement range setting is appropriate, whether a low pass filter has been set, whether the vernier function has been set, and whether baseline offset has been set.
What to do if the size of a waveform does not change when changing the input range on Hioki Measuring Instruments?
Verify if the variable function has been enabled. If it is, disable the variable function.
What to do if some channels cannot be used on Hioki 8835-01?
Check if the number of channels to be used is restricted.
Essential information and warnings for safe operation and maintaining safe condition.
Precautions for installation environment, power supply, and grounding.
Safety guidelines for probe connection and maximum input voltage ratings.
Lists key features including display, functions, trigger, printer, and interface.
Identifies and explains the function of front panel controls and indicators.
Provides guidance on installing and preparing the unit for measurement.
Instructions on how to install the unit and its orientation on a flat surface.
Details on connecting the unit to AC/DC power supply and proper grounding.
Instructions on how to turn the unit on and off, including warm-up.
Instructions for connecting various probes to the analog units.
Instructions for connecting logic probes to the unit's logic inputs.
Instructions for connecting the 9322 differential probe.
Important notes and warnings regarding measurement procedures.
Details maximum input voltage limits for various input units.
Covers basic operations and settings for measurement.
Describes main display screens, keys, and their functions.
Details the functions of JOG/SHUTTLE controls and the select key.
Instructions on how to start and stop measurements using START/STOP keys.
Example of measuring and recording a voltage using the Memory Recorder function.
Example of measuring and recording a voltage using the Recorder function.
Example of measuring and recording an RMS value.
Lists available waveform parameter processing functions.
Details calculations for parameters like average, RMS, peak-to-peak.
Detailed information on the Memory Recorder function.
Explains how to make various settings for the Memory Recorder function.
How to use the auto-range function to set time and voltage axes.
Overview of waveform parameter processing and calculation details.
Detailed information on the Recorder function.
Explains how to make various settings for the Recorder function.
Detailed information on the RMS Recorder function.
Explains how to make settings for the RMS Recorder function.
How to set the time axis range and sampling period.
How to set the recording length for a measurement.
How to enable automatic saving of RMS waveform data to disk.
How to select and configure trigger settings for capturing signals.
How to configure settings for input channels.
Instructions on how to start and stop measurements.
Details on configuring input channels for all functions.
How to select channels for use in the Memory Recorder function.
Explains settings for the 8936 Analog Unit.
How to set the voltage range for the display.
How to perform zero adjustment to calibrate the 0V position.
Explains settings for the 8937 Voltage/Temp Unit.
How to configure settings for voltage measurement.
How to configure settings for temperature measurement.
Explains settings for the 8938 FFT Analog Unit.
Explains settings for the 8939 Strain Unit.
How to perform auto-balancing for strain measurements.
How to set the zero position for strain measurements.
Explains settings for the 8940 F/V Unit.
How to set the unit for measuring frequency.
How to set the unit for measuring pulse duty ratio.
How to set the unit for measuring voltage.
How to set the unit for measuring current.
Explains settings for the 8946 4 ch Analog Unit.
Explains settings for the 8947 Charge Unit.
How to set the unit for measuring acceleration.
How to adjust sensor sensitivity for acceleration measurements.
How to set the measurement range for charge measurements.
How to set the anti-aliasing filter to prevent distortion.
How to configure settings for logic inputs.
Details trigger functions and their usage.
Overview of trigger functions and types of signals used for triggering.
How to determine the trigger mode for operation.
How to set pre-trigger for recording waveforms before and after triggering.
How to set the time relation to the waveform when a trigger occurs.
How to link trigger sources using logical operators (AND/OR).
How to use analog signal input channels as trigger sources.
How to set trigger level and direction for analog signals.
How to set trigger levels to detect signals entering or leaving a range.
How to trigger when voltage drops below a set level.
How to trigger based on measured period exceeding a set range.
How to trigger when RMS signal crosses a predetermined level.
How to convert sensor voltage to physical quantities using scaling.
Covers procedures for storing, retrieving, and deleting data.
How to use SAVE, LOAD, INFO, DELETE commands and manage directories.
Details trigger modes, sources, types, filter, and timing.
Covers logic and analog input units and their specifications.
Overview of analog input units.
Covers maintenance procedures for the unit.
Common problems and their solutions.
General| Channels | 1 |
|---|---|
| Bandwidth | DC to 100 kHz |
| Display | LCD |
| Interface | USB |
| Safety Standards | IEC 61010-1 |
| Power Supply | AC adapter or battery |
| Measurement Functions | Voltage, frequency |
