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Hioki LR8410-20 PRO KIT
Manual
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Hioki Hioki LR8410-20 PRO KIT Manual

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Page 1
LR8410-20
Instruction Manual
WIRELESS LOGGING STATION
Be sure to read this manual before using the instrument
rst time
Names and Functions of Parts,
Screen Congurations
Basic Operation Measurement Preparations
June 2019 Revised edition 6 LR8410B980-06 19-06H
Troubleshooting
p.26
p.35
p.41
Visit us at www.TestEquipmentDepot.com
Troubleshooting
5 Commonwealth Ave Woburn, MA 01801 Phone 781-665-1400 Toll
Free 1-800-517-8431
p.4
p.301
Page 2
Page 3

Contents

Introduction ..............................................................................1
Confirming Package Contents................................................2
Safety Information....................................................................4
Operating Precautions.............................................................7
Chapter 1 Overview ____________________________________21
1.1 Product Overview and Features .............................21
1.2 Measurement Flow .............. .. ..................................22
1.3 Names and Functions of Parts, Screen
Configurations ............................. ............................ 26
Wireless Logging Station .................................................26
UNIT .................................................................................29
Measurement Units ..........................................................30
Wireless logger ................................................................31
Types of wireless logger ..................................................31
LR8512 Wireless Pulse Logger ........................................31
LR8513 Wireless Clamp Logger ......................................31
LR8514 Wireless Humidity Logger ...................................32
LR8515 Wireless Voltage/Temp Logger ..........................32
LR8520 Wireless Fungal Logger ......................................32
1.4 Basic Operation .......................................................35
Screen Operations
(changing settings, scrolling waveforms,
and displaying values).......................................................35
Starting and Stopping Measurement ................................36
Disabling Key Operations (Key-Lock Function) ...............38
Performing Zero Adjustment ............................................38
Saving Data ......................................................................39
Confirming Inputs (Monitor) ..............................................40
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Contents
1 2
Chapter 2 Measurement Preparations_________________41
2.1 Using the Battery Pack (Option) ............................41
Install the Battery Pack ....................................................41
Charge the Battery Pack ..................................................42
LR8410B980-06
Page 4
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Contents
2.2 Connecting the AC Adapter ...................... ............. 44
2.3 Making Connections ............................................... 46
Pre-Connection Inspection ...............................................46
Voltage and Thermocouple Temperature Measurement .47Temperature Measurement with
a Resistance Temperature Detector (RTD) .....................49
Humidity Measurement ....................................................50
Resistance Measurement ................................................51
Connecting Alarm Outputs ...............................................52
External Control (using TRIG OUT and EXT TRIG) ........53
2.4 Turning the Power On and Off ............................... 54
2.5 Register measurement units and
wireless logger with the instrument ...................... 55
Registering Measurement Units and Wireless Logger .....56
Deleting Registered Units ................................................58
2.6 Inserting a SD Memory Card or USB Flash Drive
(when saving data) ................................................. 60
SD Card Insertion & Removal ..........................................61
USB flash drive Insertion & Removal ...............................61
Formatting a SD memory card/USB flash drive ...............62
2.7 Compensating for Input Circuit Offset
(Zero Adjustment)....................................... ... .......... 63
Chapter 3 Settings_____________________________________ 67
3.1 Setting Flow Overview ........................................... 67
3.2 Configuring Measurement Settings ...................... 68
Time Setting by Key Operations ......................................68
3.3 Input Channel Settings ............ ............................... 72
Key Setting Procedure .....................................................73
Voltage Measurement Settings ........................................75
Temperature Measurement Settings
(using thermocouples) ......................................................76
Temperature Measurement Settings (for RTDs) .............78
Temperature Measurement Settings
(When LR8514 or LR8520 is used) ..................................79
Humidity Measurement Settings (When LR8511 is used) 80Humidity Measurement Settings
(When LR8514 or LR8520 is used) ..................................80
Page 5
Resistance Measurement Settings ..................................81
Integration (Count) Measurement Settings ......................82
Revolution Measurement Settings ...................................84
Logic Measurement Settings ............................................86
Current Measurement Settings ........................................87
Fungal Index and Fungal Growth Projection Settings ......89
3.4 Alarm Settings .........................................................90
3.5 Data Saving Settings ...............................................90
3.6 Waveform Display Settings (as needed) ...............91
Key Setting Procedure .....................................................91
Selecting Waveform Display Color ...................................91
Specifying Vertical Display Range by Magnification and
Zero Position (vertical axis expansion/compression) .......92
Specifying the Vertical Display Range by Upper and
Lower Limits (expansion/compression) ............................93
Setting the Display Time Base
(horizontal axis magnification) ..........................................94
3.7 Scaling Settings (as needed) ..................................95
3.8 Entering Titles and Comments (as needed) ..........98
3.9 Suppressing Noise (Enable Digital Filtering) ......100
3.10 Viewing and Editing with
the All-Channel Settings List ................................101
Batch Copying Channel Settings ...................................102
Batch Setting Waveform Display/Hide and
Waveform Color Settings for All Channels .....................104
Initializing Settings (to factory defaults) ..........................105
Aligning Zero Positions on the Grid ................................106
Setting CH1 of UNIT1 Value as a Scaling Value
(Inter-Channel Compensation function) .........................107
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Contents
2 3 4
Chapter 4 Observing Measurements and Data ______ 111
4.1 Confirming Measured Values,
and Starting Measurement ....................................111
If the power goes out during measurement ....................111
If communications fail temporarily ..................................111
Handling of waveform display and data when
data cannot be acquired..................................................112
Synchronization and acquired data discrepancies .........112
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Contents
4.2 Observing Waveforms .......................................... 113
Displaying Waveforms (Display Descriptions) ...............113
Displaying Gauges .........................................................114
Viewing Input Signals as Numerical Values ...................115
Scrolling Waveforms ......................................................116
Verifying Waveform Display Position .............................116
Magnifying and Compressing Horizontally .....................117
Viewing Any Waveform Location (Jump Function) ........117
Specifying a Waveform Time Span ................................118
Displaying Cursor Values ...............................................119
4.3 Marking Waveforms and Searching Marks
(Search Function) ...... .. .................................. ... .. ... 121
Inserting Event Marks While Viewing Waveforms .........121
Inserting Event Marks Using External Input Signals ......122
Alarm Event Marks .........................................................123
How are event marks handled in
text (CSV) conversion?...................................................124
Searching Event Marks ..................................................125
Chapter 5 Specifying Criteria for Measurements ____127
About Triggering ............................................................127
5.1 Triggering Measurement Start and Stop ............ 129
Types of Trigger Criteria ................................................129
Enable the Trigger Function ...........................................130
Key Setting Procedure ...................................................130
Setting Trigger Criteria ...................................................131
Selecting Triggering Criteria (Trigger Source) ...............135
Using External Triggering ..............................................136
When You Want to Measure Data before Triggering
(Pre-trigger).....................................................................137
Applying Trigger at Fixed Time Interval
(Interval Trigger) .............................................................138
5.2 Trigger Setting Examples .................................... 139
5.3 Confirming All Trigger and
Alarm Criteria Settings.......................................... 140
5.4 Starting & Stopping Measurement on
a Specified Day ...................................................... 141
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5.5 Starting & Stopping Measurement
Periodically .............................................................143
5.6 Canceling a Schedule ................................ ... .. ......145
5.7 About Schedule Function Operation ...................147
5.8 Setting Examples ......................... .. ... .....................150
5.9 Alarm Output ..........................................................151
Checking Alarm Criteria .................................................152
Alarm Settings ................................................................155
v
Contents
Chapter 6 Saving & Loading Data ___________________ 159
6.1 About Saving and Loading Data ..........................159
What happens to data in a power outage? ....................161
Preparation for power outages during
long-term measurements................................................161
6.2 Saving Data .................................. .. ........................162
Automatic Saving
(Waveform Data and Numerical Calculation Results) ....163
Replacing Removable Storage During
Real-Time Saving ...........................................................166
Saving Manually (Waveform Data, Settings,
Screen Images, Numerical Calculation Results).............167
To Save a Setting Configuration ....................................170
6.3 Loading Data on the instrument ..........................171
Loading a Setting Configuration .....................................171
Reverting to previous settings .............................. ..........173
Loading Waveform Data and Screen Images ................174
6.4 Data Management ..................................................176
Switching removable storage .........................................176
Viewing Folder Contents and the Parent Folder ............176
Deleting Data .................................................................177
Renaming Files and Folders ..........................................178
Copying Data .................................................................179
Sorting Files ...................................................................180
6.5 Transferring Data to a PC (USB Drive Mode) ......181
Select the USB Drive Mode ...........................................181
Connecting the USB Cable ............................................182
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6
8
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Contents
Chapter 7 Numerical Calculations/ Waveform Calculations____________________183
7.1 Calculate Average, Maximum, Minimum,
and Etc.................................................................... 183
Key Setting Procedure ...................................................186
Real-Time Calculation While Measuring
(Auto Calculation) ...........................................................186
Calculation after Measuring (Manual Calculation) .........188
Apply Calculations to a Specific Time Span
(Manual Calculation Only) 189
7.2 Numerical Value Calculation Expressions ......... 190
7.3 Waveform Calculations ........................................ 191
Key Setting Procedure ...................................................191
Calculating Power (When Using the LR8513) ...............193
Chapter 8 System Environment Settings_____________195
Key Setting Procedure ...................................................196
8.1 Operation Settings ........................................... .. ... 196
Using the Auto-Resume Function
(Resume After Power Restoration) ................................196
File Protection Level Setting ..........................................197
8.2 Screen Key Operation Settings ........................... 197
Enabling and Disabling the Backlight Saver ..................197
Adjust Backlight Brightness ...........................................198
Selecting Black or White Screen Background ...............198
Enabling or Disabling the Beeper ..................................198
Selecting the Horizontal (Time) Axis Display .................199
Selecting the Display Language ....................................199
Display of Start/Stop Confirmation Messages ...............199
8.3 CSV File Saving Settings ..................................... 200
CSV File Data Decimal and Separator Characters ........200
Select the sort order for numerical calculation results ...200Setting How to Handle Date Data Stored in CSV Files ..201
8.4 External Trigger Input Settings ........................... 201
Selecting the External Trigger Function .........................201
Set Alarm Event Marking ...............................................201
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8.5 Making System Settings ............... ........................202
Setting the Date and Time .............................................202
Initializing the instrument (System Reset) ......................203
Self-Test ......................................................................... 20 4
Chapter 9 External Control __________________________ 205
9.1 External Trigger Input ........... ... ... ..........................205
9.2 External Signal Output (Trigger Output) .............206
9.3 Alarm Signal Output (Alarm Output) ...................207
9.4 Synchronous Measurements with
Multiple instruments ..............................................209
Chapter 10 Connection to a PC (Communication) ____ 211
Communication Features ...............................................211
10.1 USB Settings and Connections ............................212
1.Configuring the instrument ..........................................212
2. Installing the USB Driver ............................................213
3. Connecting the instrument to a PC ............................216
Features Available After USB Setting and Connection ..218
4. Installing the Logger Utility Program ..........................219
Uninstalling the Logger Utility .........................................222
10.2 LAN Settings and Connections
(Before connecting to the network). .. ... ... .............224
Things to Check Before Making Settings .......................224
1. PC Network Setup ......................................................226
2.Instrument Settings .....................................................227
3. Connecting the instrument to a PC ............................231
Features Available After LAN Setting and Connection ..232
When LAN Communication Fails ...................................233
10.3 Using the Logger Utility .......................................234
Starting and Ending Logger Utility ..................................235
10.4 Remote Measurement with
the HTTP Server Function ....................................236
Displaying the Main Page ..............................................236
Remote Operating ..........................................................238
Start/Stop Measurement ................................................239
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Contents
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Contents
Viewing Current Measurement Values ..........................239
Acquiring Data from Internal Memory ............................240
Setting Comments .........................................................241
10.5 Transferring Data to a PC with
the FTP Server Function ....................................... 242
Restricting FTP Server Connections
(FTP Authentication).......................................................245
10.6 Auto Sending Data using
the FTP Client Function ........................................ 246
Setting Up an FTP Server on a PC ................................247
Instrument Auto-Send Settings ......................................259
Testing File Transfer ......................................................261
Checking LAN Communication Status ...........................262
10.7 Sending E-Mail ............................ .. ........................ 263
Instrument E-Mail Settings .............................................264
Testing E-Mailing ...........................................................267
Checking Mail Communication Status ...........................268
E-Mail Sending Authentication .......................................269
10.8 About Communications Commands ................... 270
Configuring Communications Command Operation ......270
Chapter 11 Using Other Hioki Products (LR8410 Link)______________________________271
11.1 Register Link Product on Instrument ................. 271
11.2 Configure Settings ................................................ 272
11.3 Carry Out Measurement ....................................... 274
11.4 Measurement data ................................................ 274
Measurement value errors .............................................274
Measurement values ........................... ........ ......... ........ ..274
Chapter 12 Specifications _____________________________275
12.1 LR8410-20 Wireless Logging Station
Specifications ........................................................ 275
12.2 LR8510 Wireless Voltage/Temp Unit
Specifications ........................................................ 286
12.3 LR8511 Wireless Universal Unit Specifications . 292
Page 11
Chapter 13 Maintenance and Service_________________ 299
13.1 Inspection, Repair, and Cleaning .........................299
13.2 Troubleshooting ....................................................301
13.3 Disposing of the instrument .................................303
Removing the Lithium Battery ........................................303
Appendix ___________________________________ A1
Appendix 1 Scan Timing .....................................................A1
Appendix 2 Error Messages and Remedial Actions......... A3
Appendix 3 File Naming ......................................................A9
Appendix 4 Text File Internal Format............................... A10
Appendix 5 Binary File Size Calculation..........................A11
Appendix 6 List of Default Settings ................................. A12
Appendix 7 Maximum Recordable Time..........................A14
Appendix 8 Concerning Noise Countermeasures..........A15
Appendix 9 Frequently Asked Questions........................A21
Questions about measurement units
(Wireless Voltage/Temp Unit and
Wireless Universal Unit) ................................................. A21
Questions about the Wireless Logging Station .............. A23
Appendix 10Introduction to Measurement ApplicationsA29
Connecting a 4 to 20 mA Output Device and
Recording Average Values Every Minute ....................... A29
Appendix 11Input Circuit Diagram...................................A32
Appendix 12Instrument/Unit Communications
Interruptions and Reestablishment............. A33
ix
Contents
10
Index __________________________________ Index 1
11 12
Appendix
Index
Page 12
x
Contents
Page 13
1

Introduction

Introduction
Thank you for purchasing the HIOKI Model LR8410-20 Wireless Logging Station.To obtain maximum performance from the instrument and measurement units, please read this manual first, and keep it handy for future reference. This document uses the following device names:
Product Name in this document LR8410-20 Wireless Logging Station The instrument LR8510 Wireless Voltage/Temp Unit LR8511 Wire less Universal Unit LR8512 Wireless Pulse Logger LR8513 Wireless Clamp Logger LR8514 Wireless Humidity Logger LR8515 Wireless Voltage/Temp Logger LR8520 Wireless Fungal Logger
Measurement unit
Wireless logger
The following documents are provided with t appropriate for your application.
his instrument. Refer to them as
Document Description
Measurement
1
Guide
Instruction Manual
2
(This document)
Read first.
Offers an introduction to the instrument’s basic measuring method for first time users.
Contains explanation and instructions regarding the instrument's op­erating method and functions.
Trademarks
• Microsoft and Windows are either registered trademarks or trademarks of Microsoft Cor­poration in the United States and other countries.
• Bluetooth® is a registered trademark of Bluetooth SIG, Inc.(USA). The trademark is used by HIOKI E.E. CORPORATION under license.
• The SD logo is a trademark of SD-3C, LLC.
• Sun, Sun Microsystems, Java, and any logos con registered trademarks of Oracle Corporation in the United States and other countries.
taining Sun or Java are trademarks or
Page 14
2
Confirm that these contents are provided.
LR8410-20 Wireless Logging Station
........................................................... 1
Z1008 AC Adapter............................ 1
Logger Utility(Data acquisition appli-
cation program CD)......................... 1
(p. 44)
The latest version can be down­loaded from our web site.
Instruction manual...........................1
Measurement guide..........................1
Precautions Concerning Use of Equipment That Emits Radio Waves..1
USB Cable.........................................1
Z4001 SD Memory Card (2 GB) .......1
(p. 182)

Confirming Package Contents

Confirming Package Contents
When you receive the instrument, inspect it carefully to ensure that no damage occurred during shipping. In particular, check the accessories, panel switches, and connectors. If damage is evident, or if it fails to operate according to the specifica­tions, contact your authorized Hioki
distributor or reseller.
Page 15
Confirming Package Contents
Instruction manual
LR8410-20
Measurement units (Up to 4)
Accessories, etc.
Options
The following options are available for the instrument. Contact your authorized Hioki distributor or reseller when ordering. The options are subject to change. Visit our website for updated information.
LR8510 Wireless Voltage/Temp Unit  Z1007 Battery PackLR8511 Wireless Universal Unit  Z1008 AC AdapterLR8512 Wireless Pulse Logger C1007 Carrying CaseLR8513 Wireless Clamp Logger Z1009 Fixed StandLR8514 Wireless Humidity Logger 9642 LAN CableLR8515 Wireless Voltage/Temp Logger  Z4001 SD Memory Card (2 GB)LR8520 Wireless Fungal Logger Z4003 SD Memory Card (8 GB)P9000-01 Differential ProbeP9000-02 Differential Probe
Storing the instrument and measurement units in the C1007 Carrying Case
Store the instrument and measurement units in the C1007 Carrying Case as shown below.
3
Page 16
4

Safety Information

Safety Information
This instrument and measurement units are designed to comply with IEC 61010 Safety Standards, and has been thoroughly tested for safety prior to shipment. However, mishan­dling during use could result in injury or dea measurement units. Using the instrument and measurement units in a way not described in this manual may negate the provided safety fe atures. Be certain that you understand the instruct use. We disclaim any responsibility for accidents or injuries not resulting directly from instrument and measurement units defects.
Please carefully review all safety infor mation about the w ireless logger i n the Measurement Guide.
Mishandling during use could result in injury or death, as well as dam­age to the instrument. Be certain that you understand the instructions and precautions in the manual before use.
With regard to the electricity supply, there are risks of electric shock, heat generation, fire, and arc discharge due to short circuits. If persons unfamiliar with electricity measuring instruments are to use the instru­ment, another person familiar with such i operations.
Safety Symbols
th, as well as damage to the instrument and
ions and precautions in the manual before
nstruments must supervise
In the manual, the symbol indicates particularly important information that the user should read before using the instrument.
The symbol printed on the instrument indicates sponding topic in the manual (marked with the symbol) before using the relevant function.
Indicates a high voltage hazard. If a particular safety check i give rise to a hazardous situation; the operator may receive an el ectric shock, may get burnt or may even be fatally injured.
Indicates a double-insulated device. Indicates a grounding terminal.
Indicates DC (Direct Current).
s not performed or the instrument is mishandled, this may
that the user should refer to a corre-
The following symbols in this manual indicate the relative importance of cautions and warnings.
Indicates that incorrect operatio serious injury or death to the user.
Indicates that incorrect operation presents a sign in serious injury or death to the user.
Indicates that incorrect operatio damage to the instrument and measurement units.
Indicates advisory items related to perfo ment and measurement units.
n presents an extreme hazard that could result in
ificant hazard that could result
n presents a possibility of injury to the user or
rmance or correct operation of the instru-
Page 17
Symbols for Various Standards
Li-ion
Indicates that the product conforms to regulations set out by the EU Directive.
FCC ID
Indicates the ID number of the wireless mo munications Commission (FCC).
IC Indicates the number of the wireless mod
5
Safety Information
dule certified by the U.S. Federal Com-
ule certified by Industry Canada.
This is a recycle mark established under the Resource Recycling (only for Japan).
Indicates the Waste Electrical and Electronic Equipment Directive (WEEE Directive) in EU member states.
Promotion Law
Other Symbols
Indicates the prohibited action.
(p. )
[ ]
SET
(Bold
charac-
ters)
• Unless otherwise specified, “Windows” represents Windows XP, Windows Vista, Windows 7,
Win
• Dialog box represents a Windows dialog box.
• Click: Press and quickly release the lef
• Double click: Quickly click the left button of the mouse twice.
Indicates the location of reference information. Indicates that descriptive information is provided below.
*
The names of setting objects and buttons on the screen are indicated by squ are brackets [ ].
Bold characters within the text indicate operating key labels.
dows 8, and Windows 10.
t button of the mouse.
Accuracy
We define measurement tolerances in terms of f.s. (full scale), rdg. (reading) and dgt. (digit) values, with the following meanings:
f.s.
ximum display value or
(ma scale length)
rdg. (reading or displayed value)
dgt. (resolution)
The maximum displayable value or scale length. This is usually the name of the currently selected range. Example: For the 1 V range, f.s. = 1 V
The value currently being measured and indicated on the measur­ing instrument.
The smallest displayable unit on a digital measuring instrument, i.e., the input value that causes the digital display to show a "1" as the least-significant digit.
Page 18
6
Safety Information
Measurement categories
To ensure safe operation of measurement instruments, IEC 61010 establishes safety standards for various electrical environments, categorized as CAT II to CAT IV, and called measurement categories.
• Using a measuring HiLogger in an environment designated with a higher-numbered category than that for which the HiLogger is rated could result in a severe accident, and must be carefully avoided.
• Never use a measuring HiLogger that lacks category labeling in a CAT II to CAT IV measurement environment. Doing so could result in a serious accident.
Hioki LR8510 Wireless Voltage/Temp Unit and LR8511 Wireless Universal Unit complies with CAT II (300 VAC, DC) safety requirements.
CAT II:
CAT III:
CAT IV:
When directly measuring the electrical outlet receptacles of the primary electri cal circuits in equipment connected to an AC electrical outlet by a power cord (portable tools, household appliances, etc.).
When measuring the primary electrical circuits of heavy equipment (fixed installations) connected directly to the distribution panel, and feed ers from the distribution panel to outlets.
When measuring the circuit from the service drop to the service entrance, and to the power meter and primary overcurrent protection device (distribution panel).
Page 19
7

Operating Precautions

Operating Precautions
Follow these precautions to ensure safe operation and to obtain the full benefits of the various functions.
Please carefully review all safety information about the wireless logger in the Measurement Guide.
Bluetooth
The Wireless Voltage/Temp Unit, Wireless Universal Unit, and Wireless Logging Station use product, but the following precautions should be observed:
®
the 2.4 GHz frequency band. No radio station license is required in order to use the
• Do not use with systems required to exhibit a high level of safety or reli­ability.
• Do not use in proximity to pacemakers or other medical devices.
• Do not attempt to modify or disassemble.
• When used in proximity to other devices that use the same frequency band, for example wireless networking devices, transmission and recep­tion of data may become unstable, or the product may be affected by the other
devices.
• The line-of-sight communications range between the Wireless Logging Station and the Wireless Voltage/Temp Unit and Wireless Universal Unit is 30 m. Obstructions (such as walls or metal shielding) may cause com­munications to become unreliable and/or reduce the communications rang
e. In addition, radio wave intensities, which are indicated with the antenna-like indicators, vary depending on units even while these units are operating in the same environment.
• Although communications between the Wireless Voltage/Temp Unit and Wireless Universa using SSP, this does not guarantee the integrity or secrecy of transmitted data. Hioki is not liable for the electronic interception or unautho rized dis­closure by other means of measured values sent via wireless communi­cations.
• The Wireless Voltage/Temp Unit, Wireless Universal Unit, and Wireless Loggin
g Station emit radio waves. Use of radio waves is subject to licensing requirements that are specific to the country of use, and use of these products in areas other than the countries listed in the provided “Precautions Concerning Use of Equipment That Emits Radio Waves” may constitute a violation of applicable law, resulting in fines or other penalties.
l Unit and the Wireless Logging Station are encrypted
To facilitate stable transmission and reception of data, the product should be positioned away from the floor, for example on a stand, rather than close to the floor.
Page 20
8
Operating Precautions
Before Use
• Before using the instrument the first time, verify that it operates normally to ensure that no damage occurred during storage or shipping. If you find any damage, contact your autho ­rized Hioki distributor or reseller.
• Before using the instrument, make sure that the insulation on the cables is undamaged and that no bare conductors are impro perly exposed. Using t he inst rumen t in such condi tions could cause an electric shock, so contact your authorized Hioki distributor or reseller for replacements.
Installation
LR8410-20 Wireless Logging Station Operating temperature and humidity: Temperature:-10°C to 50°C, Humidity:30 to 80%RH(non-condensating) (Charging temperature range: 5°C to 35°C) LR8510 Wireless Voltage/Temp Unit, LR8511 Wireless Universal Unit Operating temperature and humidity: Temperature: -20°C to 60°C Humidity: -20°C to 40°C, 80%RH or less(non-condensating)
(Charging temperature range: 5°C to 35°C) Temperature and humidity range for guaranteed accuracy: Temperature:23±5°C, Humidity 80%RH or less(non-condensating)
40°C to 45°C, 60%RH or less(non-condensating) 45°C to 50°C, 50%RH or less(non-condensating) 50°C to 60°C, 30%RH or less(non-condensating)
• Avoid temperature changes around the terminal block. Especially avoid directed airflow such as from an electric fan or air conditioner vent.Ther mocouple inputs are prone to measurement errors.
• When the instrument is moved to a location with significantly different amb
ient temperature, allow at least 60 minutes for thermal equalization
before measuring.
-
Avoid the following locations that could cause an accident or d
amage to the instrument and measurement units.
Exposed to direct sunlight Exposed to high tempera­ture
Exposed to water, oil, other
hemicals, or solvents
c Exposed to high humidity
densation
or con
Exposed to high levels of
rticulate dust
pa
In the presence of corro­sive or explosive gases
Exposed to strong electro­magnetic fields Near electromagnetic radi­ators
Subject to vibration
Near induction heating
ystems
s (e.g., high-frequency in­duction heating systems
d IH cooking utensils)
an
Page 21
Handling the Instrument
To avoid electric shock, do not remove the instrument's case. The internal components of the instrument carry high voltages and may become very hot during operation.
Tou ching any of the high-voltage points inside the instrument is very dangerous. Do not attempt to modify, disassemble or fire, electric shock and injury could result.
To avoid damage to the instrument, protect it from physical shock when transporting and handling. Be especially careful to avoid physical shock from dropping.
This instrument and measurement units may cause interference if used in residential areas.Such use must be avoided unless the user takes special measures to reduce electromagnetic emissions to prevent interference to the reception of radio and television broadcasts.
Handling the Cords and Cables
• Avoid stepping on or pinching cables, which could damage the cable insulation.
• To avoid breaking the cables, do not bend or pull them.
• To avoid damaging the power cord, grasp the plug, not the cord, when
ging it from the power outlet.
unplug
9
Operating Precautions
repair the instrument; as
Before Turning Power On
Before turning the instrument on, make sure the supply voltage matches that indicated on the AC adapter. Connection to an im proper supply voltage may damage the instrument or AC adapter and pres­ent an electrical hazard.
When the power is turned off, do not apply voltage or current to the mea­surement units. Doing so may damage the measurement units.
• After use, always turn OFF the power.
• Brief power interruptions of 40 ms or less will not cause this instrument and measurement units to malfunction. However, Longer interruptions may cause the instrument to shut itself off, so consider local power con­ditions before installing, as appropriate.
• To ensure that recording is not interrupted by power outages, you can
e Z1008 AC Adapter and Z1007 Battery Pack together.
use th
Page 22
10
Operating Precautions
Using the Battery Pack
If handled or used improperly, the battery pack may leak, become e xcessively hot, ca tch on fire, crack, or suffer other damage. Please observe the following precautions.
• Use the Z1007 Battery Pack with the instrument and measurement units. Use of other battery packs may damage the device or cause an accident. Hioki is not liable for such damage.
See: "2.1 Using the Battery Pack (Option)" (p. 41)
• Do not attempt to disassemble or modify the battery pack. The bat­tery pack incorporates safety mechanisms and protective devices to prevent dangerous operation. If these are damaged, the battery pack may leak, become excessively hot, generate smoke, crack, or catch on fire.
• Do not connect the battery pack’s positive and negative terminals with wire or other metallic objects. Do not carry or store the battery pack together with metal necklaces, hairpins, or other metal objects. Doing so may short the battery pack, causing an exces­sively large current to flow; the battery to leak, become excessively hot, generate smoke, crack, or catch on fire; or the wire, necklace, hairpin, or other metal object to become excessively hot.
• Do not submerge the battery pack in water or heat it. Doing so may melt the insulation, damage the gas release valve or other safety devices, cause the electrolyte to ignite, or cause the battery to leak, become excessively hot, generate smoke, crack, or catch on fire.
• Do not use or leave the battery pack near a flame or heater or in any other hot location (80°C or hotter). If the resin separator becomes damaged by heat, the battery may experience an internal short, causing it to leak, become excessively hot, generate smoke, crack, or catch on fire.
• Do not place the battery pack in, or expose it to, water, seawater, or any other liquid. Damage to safety devices in the battery pack may allow the battery to charge at an abnormal current or voltage, caus­ing an abnormal chemical reaction inside the battery pack and causing it to leak, become excessively hot, generate smoke, crack, or catch on fire.
• Do not pierce the battery pack with wire, strike it with a hammer, or step on it. Doing so may damage or deform the battery pack so that internal components are shorted, causing it to leak, become exces­sively hot, generate smoke, crack, or catch on fire.
Page 23
11
Operating Precautions
• Do not subject the battery pack to strong mechanical shock or throw it. Doing so may cause it to leak, become excessively hot, generate smoke, crack, or catch on fire. Damage to safety devices in the battery pack may allow the battery to charge at an abnormal current or voltage, causing an abnormal chemical reaction inside the battery pack and causing it to leak, become excessively hot, generate smoke, crack, or catch on fire.
• Do not use battery packs that have suffered external damage or become deformed in shape due to having been dropped or for other reasons. Doing so may cause the battery pack to leak, become excessively hot, generate smoke, crack, or catch on fire.
• Do not solder directly to the battery pack. The resulting heat may melt the insulation, damage the gas release valve or other safety devices, cause the electrolyte to ignite, or cause the battery to leak, become excessively hot, generate smoke, crack, or catch on fire.
• Using this battery pack in devices other than those designated by Hioki may degrade its performance or service life, and some devices may trigger an abnormal current flow or damage the bat­tery pack, causing it to leak, become excessively hot, generate smoke, crack, or catch on fire.
• If you get fluid that has leaked from the battery pack in your eyes, avoid rubbing them and immediately flush with a large volume of tap water or other clean water. Seek immediate medical attention. Failure to do so may cause permanent vision damage.
• If the battery pack fails to charge fully even though the normal charge time has elapsed, unplug the AC adapter from the instru­ment or measurement unit to stop charging. Failure to do so may cause the battery pack to leak, become excessively hot, generate smoke, crack, or catch on fire.
• Do not place the battery pack on top of inside a microwave oven or pressure cooker. Doing so may heat the battery pack rapidly or break its airtight seal, causing it to leak, become excessively hot, generate smoke, crack, or catch on fire.
• If the battery pack starts to leak or emit an unusual odor, move it away from fire immediately. Failure to do so may ignite the leaked electrolyte and cause the battery pack to generate smoke, crack, or catch on fire.
• If you notice the battery pack emitting an unusual odor, changing color, becoming deformed in shape, or otherwise exhibiting a differ­ent appearance than usual while it is being used, charged, or stored, immediately halt use and contact your authorized Hioki dis­tributor or reseller. Continued use may cause the battery pack to leak, become excessively hot, generate smoke, crack, or catch on fire.
an electromagnetic range or
Page 24
12
Operating Precautions
• Do not use or leave the battery pack in a hot location, for example in a place that is exposed to strong, direct sunlight or inside a closed vehicle on a hot summer day. Doing so may cause it to leak, become exces­sively hot, or generate smoke. It may also degrade the battery pack’s p
erformance or service life.
• If the battery leaks onto your skin or clothing, immediately rinse with a large volume of tap water or other clean water. Failure to do so may result in a skin rash.
• If you notice rust, an unusual odor, excessive heat, or any other abnor­mal state upon using the battery for the first time after purchase, stop use a
nd contact your HIOKI distributor.
• Check the battery pack’s positive and negative terminals and connect them properly to the instrument or measurement unit.
• Always charge the battery before using it for the first time after purchase or after it has been stored for an extended period of time.
• Keep the ambient temperature between 5°C and 35°C while charging the battery pack. When charging at low temperatures near 5°C, the battery pack will hold less charge than when charged at 23°C. The lower the temperature, the shorter the time the battery pack will power the device.
• The battery pack’s service life (defined as the ability to retain 70% or more of its initial capacity) is approximately 300 charge/discharge cycles. (Service life varies with the method of storage and operating environ­ment.)
• When storing for an extended period of time, remove the battery pack from the instrument or measurement unit and store in a cool place (about 20°C). Charge the battery pack for approximately 30 minutes once every year in an instrument or measurement unit.
• The battery pack is a consumable. Degraded operating times following proper charging indicate that the battery pack has reached the end of its service life. Replace it with a new battery pack.
When transporting the Z1007 Battery Pack on an aircraft
• The Z1007 Battery Pack uses a rechargeable lithium-ion battery.
• Transport of lithium-ion batteries on aircraft is subject to restrictions based on UN recom­mendations.
• Before repairing or calibrating devices that use the Z1007 Battery Pack or transporting them on an aircraft, contact your authorized Hioki distributor or reseller.
Page 25
Using the AC Adapter
• Use only the supplied Model Z1008 AC Adapter. AC adapter input voltage range is 100 to 240 VAC (with ±10% stability) at 50/60 Hz. To avoid electrical hazards and damage to the instrument and mea­surement units, do not apply voltage outside of this range.
• When connecting the AC adapter to the instrument, a measurement unit, or a power outlet, always turn off the instrument and measure­ment unit first.
• To avoid electrical accidents and to maintain the safety specifica­tions of this instrument and measurement units, connect the sup­plied power cord only to a 3-contact (two-conductor + ground) outlet.
Turn off the power before disconnecting the AC adapter.
13
Operating Precautions
Page 26
14
Operating Precautions
Handling of temperature and humidity sensor
Model Z2000 Humidity Sensor and Model Z2010/Z2011 Humidity Sensor are not dustproof or waterproof. Do not use the sensor in locations where it may be exposed to dust or water. It may cause a malfunction of the instrument.
• Sensor sensitivity and precision will degrade over time, even under nor­mal operating conditions. To maintain the instrument’s ability to make m
easurements that conform to the accuracy specifications, it is recom­mended to replace the temperature and humidity sensor with a new unit o
nce it has been used for one year after being opened.
• When the sensor is used outside the specified operating (storage) envi­ronment, the sensor accuracy may deteriorate even within the 1 year a
ccuracy warranty period and accurate measurement cannot be per-
formed.
• In principle, the surface of the instrument’s temperature and humidity se
nsor may become contaminated if exposed to an environment contain­ing organic gases (ketone, acetone, ethanol, toluene, etc.), increasing t
he error component of humidity measurement.
• Do not expose the temperature and humidity sensor to any concentrated ch
emical solvent for an extended period of time while it is used or stored.
• The sensor may become contaminated by organic gases released from so
me types of vinyl chloride and packaging material.
• When the temperature and humidity sensor is not used, place it with a d
rying agent in a plastic bag, seal the bag completely, and store it in a
cool, dark place.
• Do not allow any condensation to form. Condensation can form particu­larly in any environment where the temperature changes drastically.
• This instrument does not come with a guarantee against any problem wh
en the sensor is used outside the specified operating (storage) envi-
ronment.
• Change in humidity (lower to higher, or higher to lower) affect s m easured h
umidity values due to hysteresis. For the Z2000 Humidity Sensor, an arithmetic difference of about 3%RH will arise; for the Z2010/Z2011 Humidity Sensor, an arithmetic difference of ±1%RH or narrower will arise.
Page 27
Operating Precautions
Connection Precautions
When connecting measurement cables to a Wireless Voltage/Temp Unit or Wireless Universal Unit
Do not leave the Unit connected to test objects in environments where a voltage surge might exceed the dielectric withstand voltage. Doing so could result in damage to the measurement units, bodily injury or fatal accident.
• To avoid electric shock or a short-circuit accident, disconnect power to the measurement line before turning on the measurement unit.
• To avoid shock and short circuits, turn off all power before con­necting measurement cables.
• Do not connect a cable to the measurement units while it is con­nected to the object to be measured. Otherwise, an electric shock accident may occur
• To avoid short-circuit accidents, make certain that connections are secure
.
• To avoid electric shock and short-circuit accidents, always close the analog input te
• To avoid electric shock, use the recommended wire type to connect to the current input terminals, or otherwise ensure that the wire used has sufficient current handling capacity and insulation.
• Measurement units are not drip-proof and should be installed so that water or other liquids cannot flow down measurement cables and enter the unit enclosure via the terminal block. One way to do so is to orient the unit so that the measurement cables are lower than the unit.
.
rminal cover and tighten the screws.
15
Page 28
16
Input and Output
Terminals
Maximum
Input Voltage
Maximum rated voltage to earth
Max. Inter-Channel
Voltage
Analog Input
Terminals
(both Voltage/
Temp Unit, and
Universal Unit)
±100 VDC 300 V AC,DC
300 VDC, However, channels are not isolated when using resis­tance thermometer sensors and during resistance or humid­ity measurement.
Operating Precautions
• The following table lists the analog input terminals’ maximum input voltage, input-to-ground maximum rated voltage, and channel-to­channel maximum rated voltage for each unit.To avoid electric shock accidents and damage to the instrument and measurement units, do not exceed these voltages.
• Channels are insulated by semiconductor relays. When a voltage beyond the specification is applied between the channels, the semi­conductor relay may short circuit. Please ensure that a voltage beyond specification, especially a surge such as a lightning, is never applied. When an abnormal measurement value is observed, please contact your authorized Hioki distributor or reseller for inspection.
• When connecting a measurement cable of 3 m or more in length, the cable may experience external noise or other EMC effects.
• Route measurement leads and cables as far away as possible from power and earth lines.
• Measurement values may be scattered if the leads are routed in parallel with other devices. If they must be parallel, check operation before taking measurements.
Page 29
17
Input and Output
Terminals
Maximum
Input Voltage
Maximum rated voltage to earth
Max. Inter-Channel
Voltage
Alarm Output
Terminals
−
Non-Isolated
(instrument/GND
Common)
Non-Isolated
(instrument/GND
Common)
External Trigger
(EXT.TRIG)
Terminal
0 to 10 VDC
Non-Isolated
(instrument/GND
Common)
−
Trigger Output
(TRIG.OUT)
Terminal
−
Non-Isolated
(instrument/GND
Common)
−
Operating Precautions
When connecting to the instrument’s alarm output terminals or external con­trol terminal
• To avoid electric shock or damage to the instrument, always observe the following precautions when connecting to alarm output terminals and External Control Terminals.
• Always turn off the power to the instrument and to any devices to be connected before making connections.
• Ensure that devices and systems to be connected to the External Control Terminals are properly isolated.
• Be careful to avoid exceeding the ratings of External Control Termi­nals.
• Never apply voltage to the Alarm output terminals and TRIG OUT terminals. The instrument will be damaged.
• The grounds for the Alarm output, EXT TRG and TRIG OUT termi­nals are common with the instrument grounds (GND), and are not isolated. To avoid damaging the instrument, connect wiring so as to avoid any potential difference between the grounds of the Alarm output, EXT TRIG and TRIG OUT terminals and connected devices (or system).
Page 30
18
Operating Precautions
Using a SD memory card/USB flash drive
• Store SD memory cards and USB flash drives out of reach of chil­dren to prevent accidental ingestion.
• Do not modify, disassemble, or repair SD memory cards or USB flash drives. Doing so may result in fire, electric shock, or injury.
• Inserting a SD memory card/USB flash drive upside down, backwards or in the wrong direction may damage the SD memory card, USB flash drive, or instrument.
• Never eject a SD memory card/USB flash drive while measuring or when t
he instrument is accessing the card. Data on the SD memory card/USB flash drive may be destroyed. (The SD icon/USB flash drive icon at the lower left is red while the card is being accessed.)
• Do not transport the instrument while a USB flash drive is connected. Da
mage could result.
• As the SD memory card/USB flash drive is sensitive to static electricity, d
amage to the SD memory card/USB flash drive or wrong operations by the instrument may occur due to static electricity. Please be careful when handling it.
• With some USB flash drives, the instrument may not start up if power is t
urned on while the USB flash drive is inserted. In such a case, turn power on first, and then insert the USB flash drive. It is recommended to try out operation with a USB flash drive before starting to use it for actual measurements.
• Use USB flash drives within the specified temperature and humidity r
ange.
• Using SD memory cards or USB flash drives while there is moisture on their terminals may result in fire or electric shock.
• Do not apply labels or other adhesives to SD memory cards. Doing so may cause them to become excessively hot or catch on fire.
Page 31
19
Operating Precautions
• The Flash memory in a SD memory card/USB flash drive has a limited operating life. After long-term usage, data storage and retrieval become difficult. In this case, replace the SD memory card/USB flash drive with a new one.
• We cannot provide compensation for data loss in a SD memory card/ USB flash drive, regardless of content or cause of the damage. Data is also cleared from memory if a long time passes after measuring. Always maintain a backup of important data stored on a SD memory card/USB flash drive.
• Format new SD memory cards and USB flash drives before use.
• Format SD memory cards and USB flash drives with the instrument.
• Formatting an SD memory card or USB flash drive on a computer may cause a
utomatic saving of data to take more time or prevent real-time
saving from keeping pace with data recording.
• Verify that the SD memory card is not write-protected before inserting it into th
e instrument.
• Although data can be saved in real time on a USB flash drive, it is recom­mended to use an SD memory card in order to ensure data integrity. Pr
oper operation is not guaranteed for media other than the included (or
an optional) genuine Hioki SD memory card.
• Adhere to the following precautions to prevent internal data from being dam
aged or lost: Do not touch terminals or contact surfaces directly or with metal. Do not cause the instrument to vibrate, subject it to mechanical shock, or turn
it off while writing or reading data. Before initializing an SD memory card or USB flash drive, verify that it does n
ot contain any necessary data (files). Do not bend SD memory cards or USB flash drives, subject them to excessive f
orce or shock, or drop them.
CD Handling
• Exercise care to keep the recorded side of discs free of dirt and scratches. When writing text on a disc’s label, use a pen or mar ker with a soft tip.
• Keep discs inside a protective case and do not expose to direct sunlight, high te
mperature, or high humidity.
• Hioki is not liable for any issues your computer system experiences in the co
urse of using this disc.
Page 32
20
Operating Precautions
Page 33
21
Record anomalies
Abnormal events can be ana­lyzed by recording with the trig­ger function (p. 127).
Use the alarm function to output signals when anomalies occur (p. 151).
Waveform observation
A
B
123.4V
Gauge display (p.
Zoom in/ out (p.
Numerical display (p.
Event search (p. 121)
T
1 2
Cursor Measure­ments (p. 119)
Using the A/B cur­sors, values at cursor locations on wave­forms and the time at trigger positions can be displayed.
Simultaneously per­forms six numerical calculation types, in­cluding maximum and average values.
Numerical Cal­culations (p. 183)
Waveform Cal­culations (p. 191)
Displays on one channel the sum, dif­ference, product, or quotient of values measured on any two analog channels.
CH1-1
CH2-1
W1
Measurement data and setting configurations are stored, read and managed as data files
Measurement data can be stored to and read from the in­cluded or an optional SD mem­ory card or USB flash drive (p. 159).
Observe on a PC
Monitor and analyze measure­ment data with the supplied ap­plication program "Logger Utility" (p. 234).
Display in converted units
Using the scaling function, input values can be displayed in units of the actual physical quantity being measured, such as cur­rent or flow volume (p. 95).
mV A
Voltage change, temperature, humidity, and resis­tance observation
You can collect and observe data transmitted wirelessly from measurement units and wireless logger.

1.1 Product Overview and Features

Overview Chapter 1

1.1 Product Overview and Features
The LR8410-20 Wireless Logging Station allows the collection and observation of data transmitted wirelessly from measurement unit and wireless logger that have been placed in remote measurement locations.
1
Chapter 1 Overview
3
Page 34
22
1. Register measurement units, and wireless loggers with the instrument
Each instrument can connect wirelessly to up to seven measurement units, and wireless loggers.
Once a measurement unit and wireless logger has been registered, device registration information will be saved even if the instrument, measurement units, and wireless log­gers are turned off (p. 59), unless the unit’s registration information is initialized(p. 2 03) or the unit is deleted(p. 58).
(1) Place the measurement unit and wireless logger close to the instrument
(in a location where there are no obstructions to wireless communications).
Unit Registration screen
Configuration Navigator screen (see the Measurement Guide)
(2) Connect an AC adapter or fully charged battery pack to the instrument and
measurement unit. Connect the AC adapter to the wireless logger or install its batteries.
(3) Turn on both the instrument and the measurement unit.
(The wireless logger will turn on automatically once the AC adapter is connected or batteries are installed.)
(4) Register the measurement unit and wireless logger. (p. 55)
(If there are no registered units when the instrument is powered on,
[QUICK SET]-[Unit Guide] will be displayed initially. For more information about the [Unit Guide], see the Measurement Guide.)
Up to 7 measurement units and wireless loggers
Measurement unit Wireless logger Instrument
Instrument/ Measurement unit
Wireless
logger

1.2 Measurement Flow

1.2 Measurement Flow
Page 35
23
2. Prepare for measurement (installation and wiring).
(1) Insert the SD memory card (included) into the instrument.
(3) Install the measurement unit in the measurement location
(check the LED display).
Check the unit No. LED.
Flashing: The communications state is poor. Move the measurement unit closer or remove obstructions to communications. Off: No connection has been established. Move the measurement unit closer or remove obstructions to communications and then check the connection again.
Measurement unit
(2) Attach the fixed stand (optional feature) and mounting bracket (included)
Instrument :Use the Z1009 Fixed Stand to place the instrument at an angle
on a table or desk or mount it on a wall. (For more information about how to attach the Z1009, see the instruction manual that came with the Z1009.)
Measurement unit :Use the mounting bracket (included) to mount the measure-
ment unit on the wall.
Attaching and Mounting the Bracket
75
50
42
2-R2.2
1 Using the included M3 × 4 mm screws, attach the bracket to the measurement unit.
(Use M3 × 4 mm screws. If you use screws
longer than 4 mm, they may damage
the measurement unit by pushing against it.)
2 Mount the bracket on the wall with two M4 screws. (Screws for mounting the bracket
on the wall are not included. Use appropriate commercially available screws. It is recommended to use screws that are at least 8 mm in length.)
12
Position the wireless logger in the measurement location (check the screen display).
Check the Bluetooth and antenna icons.
(Bluetooth icon) Displayed : The unit can communicate with the instrument. Not displayed : The unit cannot communicate with the instru-
ment. Press the power key once quickly to dis­play the Bluetooth icon.
(Antenna icon) Signal strength is indicated using a three-bar display. If possi­ble, position the wireless logger so that all three antenna bars are shown.
Wireless logger
Power key
1.2 Measurement Flow
1
Chapter 1 Overview
3
Page 36
24
(4) Connect the measurement unit and wire-
less logger to the measurement target.
(3) Connect the measurement
cables.(p. 46)
Configure Recording Settings (p. 68)
1 Set the data acquisition (record-
ing) interval ([I
nterval]), and re-
cording length ([Recor
d time]).
2 En able auto saving of measured
data to removable storage (SD memory card or USB flash drive)
(p. 163). Data stored in internal buffer memory is lost about 30 minutes after power-off. It is recommended to have the instrument automatically save important data to the included SD memory card or an optional SD memory card. (Data can also be auto­matically saved to a USB memory stick.)
Move to a
setting item
Open the
setting options
Select Apply
1
1
2
3. Set the measurement conditions.(p. 68)
Select input channels, and set input types and measurement ranges.
Pre-existing setting configuration data can be loaded from the instrument or removable storage (p. 171).
Make other settings as needed.
Waveform Display (p. 91)Scaling (p. 95)Titles and Comments (p. 98)Noise Suppression (p. 100)View/Edit All-Channel Settings List
(p. 101)
Configure Input Channels (p. 72)
Move to a
setting
Open the
setting
Select Apply
1.2 Measurement Flow
Page 37
25
4. Correct for input unit divergence. (Zero Adjustment)(p. 63)
Press the START / STOP
Measure (Record) once, and stop.
[Repeat]: Off
Stop
Measure-
ment
When measuring (recording) using the trigger function (p. 127), measuring occurs only when an input waveform satisfies the specified trigger criteria.
(default setting)
Measure (Record) repeatedly.
[Repeat]: On
5. Starting and Stopping Measurement (p. 36)
Start Measurement
6. Observing Data
View Measurement Data (p.
111)
Waveforms can be zoomed and numeri­cal values confirmed.
Save Data (p. 159)
Measurement data, waveform data, screen images and numerical calcula­tion results can be saved.
Calculate (p. 183)
Numerical measurement data can be ap­plied to calculations.
View on a PC (p. 234)
Observe measurement data with the supplied Logger Utility program.
7. When Finished
Turn the instrument, measurement units, and wireless loggers Off (p. 54)
Instrument/ Measurement unit
Wireless logger
1.2 Measurement Flow
1
Chapter 1 Overview
3
Page 38
26
Front Panel
Display Screen (p. 113)
5.7-inch TFT color LCD Screen Configurations (p. 34)
Operating Keys/LED (p. 27)
External Control Terminals (p. 28)
Rear Panel
Battery Compartment (p. 41)
The optional Model Z1007 Battery Pack is installed here.
MAC address
Shows the MAC address. Do not remove this label, as it is required for product support.
Serial No.
Shows the serial number.The serial number consists of 9 digits. The first two (from the left) indicate the year of ma nufacture, and the next two indicate the month of manufacture. Do not remove this label, as it is required for product support.
Wireless certification number
Environmental protection use period(EPUP) label
Warn-

1.3 Names and Functions of Parts, Screen Configurations

1.3 Names and Functions of Parts, Screen Configurations

Wireless Logging Station

Page 39
Operating Keys/LED
WAVE/DATA
Selects among Waveform/Nu­merical screen displays
(p. 34).
SET
Displays the Settings screens, and switches among the screen tabs with each press (p. 34).
FILE
Displays file information(p. 33).
Choose a screen
Press to save data manually (p. 162)
.
Saving operations
Setup and display
Instrument status
POWER
Lights when powered on (p. 54).
CHARGE
Light s wh i l e c h a r g i ng the Z1007 Battery Pack (p. 42).
SCROLL/CURSOR
Select waveform scrolling or A/B cursor movement.
Left and Right Cursor keys
Scroll waveforms and move A/B cursors (p. 35).
Scroll waveforms and read cursor values
Stop measurement
Start and stop measurement. The LED at the left lights green while measuring (p. 36).
Press while measuring to in- sert event markers in the mea­surement data. (p. 121)
Start measurement
UNIT
Switches input units.
CHAN
Select channels.
MONITOR
Shows the current input wave­form and numerical values (Data is not captured to the instrument’s internal buffer memory or external media [SD memory card or USB memory stick].)
QUICK SET
Switches to the Configuration Navigator.
ESC
Cancels the operation.
Cursor keys
Moves the position of the cursor (blink­ing selection) on the
screen.
ENTER
Accepts displayed settings.
■Warning(Alarm)
Lights up when any of the four alarm channels satisfies the alarm conditions.
27
1.3 Names and Functions of Parts, Screen Configurations
1
Chapter 1 Overview
3
Page 40
28
Upper Side
POWER Switch
Turns the instrument on and off (p. 54)
LAN cable port
Use for PC communications via LAN. Connect an optional Model 9642 LAN Cable (p. 231).
AC Adapter Socket
Connect the supplied Model Z1008 AC Adapter (p. 44).
SD memory card Slot
Use to save data to a SD memory card. Insert the included or an optional SD memory card. (p . 6 0) .
External control terminals
ALM1 to ALM4: Output alarm signals.(p. 151) EXT.TRIG: Inputs the external trigger signal. (p. 205) TRIG.OUT: Outputs the trigger signal.(p. 206) GND: Ground terminal
USB Cable Port
(USB 2.0 mini-B receptacle)
Use for PC communications via USB. Connect the supplied USB cable (p. 216).
USB Port
Use to save data to a USB flash drive.
Insert an USB flash drive (p. 61).
1.3 Names and Functions of Parts, Screen Configurations
Page 41
29
Front Panel
Unit No.
The LED for the registered unit number will light up. If the communications status is poor, the LED will flash.
• AC ADAPTER
Lights up when power is being sup­plied from the AC adapter or another external source.
•BATT
Lights up when power is being sup­plied from the Z1007 Battery Pack.
• CHARGE Lights up when the Z1007 Battery Pack is being charged.
Wireless certification number
Battery Compartment(p. 41)
The optional Model Z1007 Battery Pack is installed here.
Warning
Environmental protection use period(EPUP) label
Right Side
Serial No.
Shows the serial number. The serial number consists of 9 digits. The first two (from the left) indicate the year of manufacture, and the next two indicate the month of manufacture. Do not remove this label, as it is r equired for pro duct support.
Rear Panel
1.3 Names and Functions of Parts, Screen Configurations

UNIT

1
Chapter 1 Overview
3
Page 42
30
Measurement Parameter
• Voltage
• Temperature (thermocouple) M3 screw terminal block
Input channels: 15
CH1 CH15
Measurement Parameter
• Voltage
• Temperature (thermocouple or resistance temperature detec­tor)
• Resistance
• Humidity (using Hioki Z2000 Humidity Sensor)
Push-button terminal block Input channels: 15
CH1 CH15
1.3 Names and Functions of Parts, Screen Configurations

Measurement Units

The instrument is used with the following two types of measurement units. For more information about meas age/Temp Unit Specifications" (p. 286) and "12.3 LR8511 Wireless Universal Unit Specifications" (p. 292).
Up to seven units can be connected wirelessly to one Wireless Logging Station.
LR8510 Wireless Voltage/Temp Unit
Measures voltage as well as temperature using a thermocouple.(p. 46)
urement units, see "12.2 LR8510 Wireless Volt-
LR8511 Wireless Universal Unit
Measures voltage, temperature using a thermocouple, temperature using a resistance
perature detector, resistance, and humidity using the Z2000 Humidity Sensor.(p. 46)
tem
Page 43
31
Measurement Parameter
•Pulse
•RPM
Connection terminal Connection cable: L1010 No. of input channels:2
Measurement Parameter
•Current
Connection terminal Clamp Sensors: 9657-10,9669,9675*,9695-02, CT6500,CT7044,CT7045,CT7046, CT7631,CT7636,CT7642,CT7731, CT7736,CT7742,CT9667,CT9691-90, CT9692-90,CT9693-90 No. of input channels:2
1.3 Names and Functions of Parts, Screen Configurations

Wireless logger

For more information about part names and functionality, see the wireless logger's User Manual.

Types of wireless logger

The wireless logger is available in the five types shown below. For more information
ut wireless logger specifications, see each model's User Manual.
abo
Each wireless logging station can accommodate up to seven wireless con­nections.

LR8512 Wireless Pulse Logger

The LR8512 provides pulse measurement, RPM measurement, and logic measurement
ability.
cap
?
1
Chapter 1 Overview
3

LR8513 Wireless Clamp Logger

The LR8513 provides current measurement capability using clamp sensors.
Page 44
32
Measurement Parameter
• Temperature
• Humidity Connection terminal
External temperature/humidity sensor: Z2010/Z2011 Humidity Sensor No. of input channels: 2 (2 temperature channels + 2 humidity channels)
Measurement Parameter
• Voltege
• T emperature(thermocouple) M3 screw-down terminal block
No. of input channels: 2
• Fungal index (Computed from temperature and humidity)
• Fungal growth projection (Project fungal growth from fungal index)
Connection terminal External temperature/humidity sensor: Z2010/Z2011 Humidity Sensor No. of input channels:1 (1 temperature channels + 1 humidity channels) Output terminal No. of alarm outputs:1 Connection Cable:L1010
Measurement Parameter
• Temperature
• Humidity
1.3 Names and Functions of Parts, Screen Configurations

LR8514 Wireless Humidity Logger

The LR8514 provides temperature and humidity measurement.

LR8515 Wireless Voltage/Temp Logger

The LR8515 provides voltage measurement and thermocouple-based temperature mea­surement.
?
?

LR8520 Wireless Fungal Logger

In addition to performing temperature and humidity measurement, the LR8520 can record fungal index and fungal growth projection data.
?
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33
About the Icons (on all screens)
Clock
"Setting the Date and Time" (p. 202)
Power source indicator
Indicates the instrument's power source.
AC adapter operation Battery pack operation
(Fully charged battery pack) Battery pack operation Battery pack operation (low battery) Status of communications with the unit
(searching) Status of communications with the unit
(good) Status of communications with the unit
Status of communications with the unit (poor)
SD memory card, USB flash drive
Displayed when a SD memory card/ USB flash drive is inserted. The icon appears red when accessing the SD memory card/USB flash drive. The icon for the media that has been selected as the priority save destina­tion will turn green. If there is no prior­ity save destination media, the icon for the media serving as the save destination will turn yellow.
(Bottom of the screen)
View and manage files on the SD memory card/USB flash drive (p. 174), (p. 1 76).
File Screen
Operational infor­mation is displayed along the bottom of the screen.
1.3 Names and Functions of Parts, Screen Configurations
1
Chapter 1 Overview
3
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34
[CH] Screen
[Conv/Calc] Screen
[Comment] Screen
Enter channel comments (p. 98).
[Setting] Screen
[List] Screen
[Trig & Alm] Screen
[System] Screen
Configure the system environ­ment (p. 195).
Settings Screens
Operational information is displayed along the bottom of the screen.
Make these settings to convert measured values to arbitrary units for display (p. 101).
Recording criteria (triggering) and warning sounds can be set for each channel (p. 127).
Make settings while viewing all channel settings (p. 101).
Make settings for recording (p. 68).Set numerical calculation, auto-saving and reservation.
Make input channel settings while viewing the monitor display (p. 72).
[UNIT] Screen
Register measurement units and wireless loggers. You can also edit each unit’s ID name.
The screen switch­es each time you press the key. (8 display types)
Press the left/right keys to select between the Settings screens.
When a tab is select­ed with the cursor, press the left/right cursor keys to select between the Settings screens.
Selects a measure­ment input unit and its settings.
1.3 Names and Functions of Parts, Screen Configurations
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35
Select the item to change.
Show available setting options.
Select the desired setting.
Changing screen contents
Setting Screen
Waveform/Numerical Screen
Apply the new set­ting, or cancel it.
Scrolling a waveform
See: "Scrol ling Waveforms"(p
1
Scroll backward
Scroll forward
2
Hide A/B cursors
Reading values at cursors
Show A/B cursors
Move the A/B cursors.
Values at cursor positions can be read numerically.
You can select the cursor display type and which cursor(s) to move (p. 119).
1
2

1.4 Basic Operation

1.4 Basic Operation

Screen Operations (changing settings, scrolling waveforms, and displaying values)

1
Chapter 1 Overview
3
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36
Press START.
(The green LED lights.)
Start Measurement
Important
If [Start/Stop message] is enabled on the System screen, the Start confirmation message appears. Select [Yes] to start mea- surement. When restarting measurement after stopping, data in the instru­ment’s internal memory is overwritten. Be sure to save impor­tant data to removable storage before restarting measurement.
When [Repeat] (record multiple instances of the specified
recording length) is enabled or [Record time] set to [Cont] (record continuously) :
Pressing STOP stops measuring.
When [Repeat] is disabled (Off) or [Record time] set to [Time] :
Measuring stops after the specified recording length.
(If [Start/S top message] is enabled on the System screen, the Stop con­firmation message appears when you press STOP during measurement. Pressing STOP during recording displays a confirmation message. Select
[Yes] to stop measuring.)
Finish Measurement
For details about repeating and continuous recording:
See: "R ecordi ng time specification(Record time specification)"(p .69),
"Repeat Recording (Repeat)"(p .69)
1.4 Basic Operation

Starting and St opping Measurement

Start measuring (acquiring measurement data) as follows. When Auto saving is enabled, data is recorded to the specified removable storage (SD memory card or USB flash drive) as it is being recorded to internal buffer memory.
To automatically save measurement data, confirm the following before starting:
• Auto saving is properly set (p. 163)
• The removable storage is properly inserted (p. 60)
• There is sufficient free space on the removable storage (p. A14)
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37
Press START Press STOP
Stop
Measuring
Start Measuring
Measuring
Recording time
Stop
Measuring
Start Measuring
Measuring
Recording
time
Dead time
Stop
Measuring
Start Measuring
Measuring
Recording time
Stop
Measuring
Start Measuring
Measuring
Recording
time
Dead time
Stop
Measuring
Start Measuring
Measuring
Dead time
Measuring
1.4 Basic Operation
About Measuring Operation
See: About Continuous and Repeating Recording: (p. 68)
Record time Repeat: Off Repeat: On
Time
Time
(Recording is
opped before one
st recording length has elapsed)
Cont
About Dead time
When repeating recording is enabled ([Repeat] set to [On]) After a recording length has elapsed, some “d ead t ime” is need ed fo r inte rnal proce ssing
before recording can resume. No measurement occurs during the d ead time. So to a void information loss, split data into files at a specified interval by en abling continuo us r ecord ­ing ([Cont]), and selecting [Split Save] for auto saving.
(Repeat Recording: same as Off)
1
Chapter 1 Overview
3
Measurement operation depends on whether the trigger or Reservation function is used
(p. 139).
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38
Press and hold the ESC key for three seconds to lock the other keys, and repeat to unlock.
With the Waveform/Numerical or [CH] screen displayed, press the up and down cursor
keys simultaneously.
See: "From th e [Waveform/Numerical] screen or the [CH] screen"(p .63)
Select zero-adjustment on the bottom right of the Waveform/Numerical screen -
[Gauge+Wave ] screen.
See: "From th e [Gauge+Wave] screen"(p .64)
Select zero-adjustment on the Setting screen - [List] screen.
See: "From th e [List] screen"(p .65)
1.4 Basic Operation

Disabling Key Operations (Key-Lock Function)

Keys can be disabled to avoid inadvertent operations.

Performing Zero Adjustment

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39
Insert a SD memory card (or USB flash drive).
Press SAVE.
(A dialog appears.)
Select the save destination and item to save, and press
ENTER.
Select [Yes] in the confir­mation dialog, and press
ENTER again.
(Data is saved on the selected removable storage.)
1.4 Basic Operation

Saving Data

Measurement data, settings, screen images and numerical calculation results can be saved. For details of the saving methods, see "Chapter 6 Saving & Loading Data" (p. 159).
(Default settings) Saving Method: [Select & Save] (Press SAVE to select and save data.)
1
Chapter 1 Overview
3
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40
Press MONITOR.
You can switch the monitor display format by pressing the monitor key again.
Wave
Select to display the waveforms for all channels, or for those on a selected input unit or channel.
Unit
Select the input unit for the value dis­play. Move the cursor to [UNIT1], press
ENTER, and switch with the up/down
cursor or UNIT. Each channel’s display is switched with the CHAN keys.
1.4 Basic Operation

Confirming Inputs (Monitor)

You can confirm the status of inputs and display ranges with the current settings (data is not acquired to internal buffer memory). This function is convenient for checking measured values before activating real-time sav­ing(Auto saving).
• The monitor function is not available while measuring.
• To display instantaneous values while the instrument is measuring, first press WAVE/DATA to switch to the [Wave+Value] display, then start measurement.
• Depending on the scaling setting, channels requiring more than 14 char­acters to display the measured value and unit symbols may be displayed in
smaller characters.
Page 53
Measurement
1 Turn off the instrument.
(Disconnect the AC adapter and ca­bles, if connected.)
2 On the back of the instrument,
loosen the screws affixing the battery compartment cover , and remove it.
4 Tighten the screws in the com-
partment cover.
3 Insert the Z1007 Battery Pack
vertically and slide into place toward the pins.
Instrument Measurement units
1 Turn off the measurement unit.
(Disconnect the AC adapter and cables, if connected.)
2 On the back of the measure-
ment unit, loosen the screws af­fixing the battery compartment cover, and remove it.
3 Insert the Z1007 Battery Pack
vertically and slide into place toward the pins.
4 Tighten the screws in the com-
partment cover.
Orient the battery pack so that the flat surface is facing down (toward the instrument).
Align
Orient the battery pack so that the flat surface is facing down (toward the instrument).
Align
41

2.1 Using the Battery Pack (Option)

Preparations
Chapter 2
2.1 Using the Battery Pack (Option)
When not connecting the AC adapter to supply commercial power to the instrument or measurement unit, either device can operate on the optional Z1007 Battery Pack alone. When using commercial power, the battery pack can be used as a backup power supply in case of a power outage. Charge the battery pack fully before using it the first time.
Be sure to read "Using the Battery Pack" (p .10) before installing.

Install the Battery Pack

Required items: phillips screwdriver (No.2), Hioki Z1007 Battery Pack
2
Chapter 2 Measurement Preparations
3
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42
Charging is finished when the CHARGE LED turns off.
The CHARGE LED lights orange when charging begins.
Instrument
Measurement unit
Charging is finished when the CHARGE LED turns off.
The CHARGE LED lights orange when charging begins.
Battery pack continuous operating times
Instrument:
The continuous operating time when powered by the battery pack alone is approxi­mately three hours (after being fully charged, with 25% backlight brightness, reference value at 23°C).
See: "Adjust Backlight Brightness" (p .198)
Measurement units:
Longer continuous operating times can be achieved on battery pack power if a longer recording interval is used. The continuous operating time when powered by the battery pack alone is approximately 24 hours (after being fully charged, recording interval of 100 ms, reference value at 23°C) or approximately 120 hours (after being fully charged, recording interval of 1 min, reference value at 23°C).
2.1 Using the Battery Pack (Option)

Charge the Battery Pack

An attached battery p ack can be charged whenev er the inst rument or mea surement unit is connected to commercial power using the Z1008 AC Adapter, regardless of whether the instrument or unit is turned on. (p. 44)
• Displaying the monitor screen or channel configuration screen will use the same amount of battery power as measurement (even if measure ment has not been started), because those screens cause the instru­ment to communicate with measurement units.
• Operating times will shorten as the temperature falls.
-
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43
When to charge
Instrument:
When powering the instrument from the battery pack without the Model Z1008 AC Adapter, the low battery indicator ( ) is displayed when the battery is almost out of power, indicating that the battery pack requires charging. The battery will be completely out of power approximately 10 minutes after the instru­ment’s battery icon changes to ( ) (after being fully charged, with 2 measurement units connected, while saving waveform data to the SD memory card [in real time], with 70% backlight brightness, with the backlight saver off, reference value at 23°C).
Measurement units:
When powering the instrument from the battery pack without the Model Z1008 AC Adapter, the battery LED (BATT) will change from being lit up to flashing when the bat­tery is almost out of power. The battery will be completely out of power approximately 1 hour (with a recording interval of 100 ms) or 10 hours (with a recording interval of 1 min) after the unit’s bat­tery LED starts flashing (after starting measurement with the battery fully charged, ref­erence values at 23°C).
Approximate charging time(Instrument and measurement units):
Charge time: Approx. 7 hours (when charging a battery pack with little power left)
2.1 Using the Battery Pack (Option)
2
Chapter 2 Measurement Preparations
3
• For reasons involving the battery pack’s characteristics, the displayed remaining battery life will differ from the actual amount of remaining battery power depending on the settings in use, operating tempera ture, and number of battery charge cycles.
• When charged at low temperatures near 5°C, the battery pack will not charge as fully as when it is charged at 23°C.
-
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44

2.2 Connecting the AC Adapter

2.2 Connecting the AC Adapter
Connect the included Z1008 AC Adapter and power cord to the instrument and measurement units and plug the cord into a wall outlet. When used with the battery pack installed, the battery serves as an operating backup supply in case of power failure, and the AC adapter otherwise has priority.
Before connecting, be sure to read "Using the AC Adapter" (p .13) and "Handling the Cords and Cables" (p .9).
• Connect the output plug to the instrument or measurement units before plugging the power cord into an outlet. Connecting an energized output plug to the instrument could damage the instrument.
• When connecting an external power supply, connect the output plug to t
he instrument or measurement units before activating the external
power supply.
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45
1
4
2
1
4
(Instrument)
(Measurement unit)
Connect the output plug of the AC adapter to the instrument.
3
2
Insert the cord into the groove on the corner of the instrument to keep it from being pulled out.
3
Insert the cord into the groove on the corner of the measurement unit to keep it from being pulled out.
Rated supply voltage is 100 to 240 VAC, and rated supply frequency is 50 or 60 Hz.
AC adapter
Power cord
Connect the power cord to the inlet socket on the AC adapter.
Plug the power cord into the mains outlet.
Power cord
AC adapter
Connect the power cord to the inlet socket on the AC adapter.
Plug the power cord into the mains outlet.
Connect the output plug of the AC adapter to the measurement unit.
For more information about how to connect the AC adapter to the wireless log­ger or install its batteries, see the wireless logger's User Manual.
2.2 Connecting the AC Adapter
2
Chapter 2 Measurement Preparations
3
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46
Do not use if damage is present as you could receive an electric shock. Replace the damaged items.
Metal Exposed
Is the insulation of the measure­ment cable to be used damaged, or is bare metal exposed?
1
No Metal Exposed
2
Peripheral Equipment Inspection
Before using the instrument and measurement units the first tim e, verify th at it opera tes normally to ensure that no damage occurred during storage or shipping. If you find any damage, contact your authorized Hioki distributor or reseller.
To
Turn power off before making connections.
If damage is evident, request repairs.
Yes
Is damage to the instrument and measurement units evident?
Instrument Inspection
When turning power on
Does the HIOKI logo appear on the screen?
No
2
The power cord may be damaged, or the instru­ment may be damaged internally. Request repa ir s.
Is the Waveform/NumericalWave­form/Numerical screen or Setting screen displayed? (When power is turned on the first time after purchase, the Setting NAVI screen should appear.)
No
Yes
The instrument may be damaged internally. Request repairs.
Nothing appears, or the display is abnormal
Yes
Inspection complete

2.3 Making Connections

2.3 Making Connections

Pre-Connection Inspection

Before connecting, be sure to read "Before Use" (p .8), "Handling the Cords and Cables" (p .9), and "Connection Precautions" (p .15).
For more information about how to connect the wireless logger and clamp sensor c onnec­tion cables, see the wireless logger's User Manual.
Page 59
2.3 Making Connections
6 mm max.
6 mm max.
1 Loosen the screws in the termi-
nal block cover, and lift the cover.
2 Loosen the terminal block
screws, insert the bare ends of the leads, and tighten the screws.
Tighten the terminal block screws to
0.8 N
⋅m or less (recommended: 0.4
N⋅m).
3 Connect to the measurement
object.
4 Replace the terminal block cover,
and tighten the screws.
Tighten the terminal block cover screws to 0.6 N⋅m or less.
When measuring instrumentation control equipment (Applying 4 - 20 mA input current)
For details on in­strumentation con­trol equipment measurements, see (p. 75).
Connect a 250 Ω shunt resistor as shown.
2
3
The insulation colors of wires, which are to be connected to the plus and minus terminals, differ depending on countries or manufactures. Check with the manufacturer on the colors and connect them according to instructions.
If connecting crimped terminals to the analog input terminals, use insulated terminals for M3 screws with the size shown below.

Voltage and Thermocouple Temperature Measurement

<Connecting to the terminals of the Wireless Voltage/Temp Unit>
Required items: phillips screwdriver (No.2), measurement leads (for voltage measure-
ment), or thermocouple (for temperature measurement)
47
2
Chapter 2 Measurement Preparations
3
K, E thermocouples experience a physicalphenomenon known as short range ordering, which can prevent accurate measurement within the range of 250°C to 600°C. Please choose a sensor after checking with the manufacturer of the thermocouple you intend to use.
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48
1 With a Phillips screwdriver,
loosen the screws in the terminal block cover, and lift the cover.
2 Push in the button on the con-
nector with a flatblade screw-
driver.
3 With the button held in, insert
the cable into the cable con­nection hole.
6 Replace the terminal block
cover, and tighten the screws.
Tighten the terminal block cover screws to 0.6 N⋅m or less.
2
3
4
4 Release the button.
The cable is locked.
button
5 Connect to the measurement
object.
5
The insulation colors of wires, which are to be connected to the plus and minus terminals, differ depending on countries or manufactures. Check with the manufacturer on the colors and connect them according to instructions.
2.3 Making Connections
<Connecting to the terminals of the Wireless Universal Unit>
Required items: phillips screwdriver (No.2), flat-blade screwdriver (tip width 2.6 mm),
measurement leads (for voltage measurement), or thermocouple (for temperature measurement)
Recommended wire diameter:
Single strand diameter: φ0.4 mm - φ1.2 mm (AWG26-16) Multi-strand: 0.2 mm2 - 0.75 mm2 (AWG24-20) Standard insulation stripping length: 8 mm
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49
1 With a Phillips screwdriver,
loosen the screws in the termi­nal block cover, and lift the cover.
2 Push in the button on the con-
nector with a flatblade screw­driver.
3 With the button held in, insert
the cable into the cable con­nection hole.
6 Replace the terminal block
cover, and tighten the screws.
Tighten the terminal block cover screws to 0.6 N
⋅m or less.
4 Release the button.
The cable is locked.
4-wire configuration
3-wire configuration
2
3
4
button
5
5 Connect to the measurement
object.
The insulation colors of wires, which are to be connected to the plus and minus terminals, differ depending on countries or manufactures. Check with the manufacturer on the colors and connect them according to instructions.
2.3 Making Connections

Temperature Measurement with a Resistance Temperature Detector (RTD)

<Connecting to the terminals of the Wireless Universal Unit>
Required items: phillips screwdriver (No.2), flat-blade screwdriver (tip width 2.6 mm),
RTD
Recommended wire diameter:
gle strand diameter: φ0.4 mm - φ1.2 mm (AWG26-16)
Sin Multi-strand: 0.2 mm2 - 0.75 mm2 (AWG24-20) Standard insulation stripping length: 8 mm
2
Chapter 2 Measurement Preparations
3
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50
1 With a Phillips screwdriver,
loosen the screws in the terminal block cover of the Wireless Uni­versal Unit, and lift the cover.
2 Loosen the screws on the
humidity sensor power supply terminals (POWER OUTPUT), insert the tips of the cables as shown in the figure, and retighten the screws.
Tighten the terminal block screws to
0.8 N
⋅m or less (recommended: 0.4
N⋅m).
4 With the button held in, insert
the cable into the cable con­nection hole.
5 Release the button.
The cable is locked.
6 Connect to the measurement
object.
Connect the wires as follows.
7 Replace the terminal block
cover on the Wireless Universal Unit, and tighten the screws.
Tighten the terminal block cover screws to 0.6 N
⋅m or less.
3 Push in the button on the Wire-
less Universal Unit's connector with a flatblade screwdriver.
3
4
5
button
2
6
Green(-)
Yellow(+)
Red(7 V)
Black(ground)
2.3 Making Connections

Humidity Measurement

<Connecting to the terminals of the Wireless Universal Unit>
Required items: phillips screwdriver (No.2), flat-blade screwdriver (tip width 2.6 mm),
Hioki Z2000 Humidity Sensor
The instrument can supply power to up to 60 pieces of Model Z2000 Humidity Sensor at once. If the required number of sensors cannot be connected to the power­supply terminals for humidity sensors, use external terminal blocks to connect the sensors.
Page 63
2.3 Making Connections
1 With a Phillips screwdriver,
loosen the screws in the terminal block cover, and lift the cover.
2 Push in the button on the con-
nector with a flatblade screw­driver.
3 With the button held in,
insert the cable into the cable connection hole.
6 Replace the terminal block
cover, and tighten the screws.
Tighten the terminal block cover screws to 0.6 N⋅m or less.
4 Release the button.
The cable is locked.
4-wire configuration (2- and 3-wire configurations are not
supported)
5 Connect to the measurement
object.
2
3
4
button
5

Resistance Measurement

<Connecting to the terminals of the Wireless Universal Unit>
51
Required items: phillips screwdriver (No.2), flat-blade screwdriver (tip width 2.6 mm),
measurement leads
Recommended wire diameter:
Single strand diameter: φ0.4 mm - φ1.2 mm (AWG26-16) Multi-strand: 0.2 mm2 - 0.75 mm2 (AWG24-20) Standard insulation stripping length: 8 mm
2
Chapter 2 Measurement Preparations
3
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52
1 Push in the button on the connector
with a flatblade screwdriver.
2 With the button held in,
insert the cable into the cable connection hole.
3 Release the button.
The cable is locked.
Connect the '+' wire to the ALM1 (or ALM2 to ALM4) terminal.
Connect the '-' wire to a GND termi- nal.
Five GND terminals are provided. Connections can be made to any GND terminal.
4 Connect to an external relay or
control device.
4
button
1
3
2
GND
ALM1
2.3 Making Connections

Connecting Alarm Outputs

< Connecting to the external control terminals >
See: "9.3 Alarm Si gnal Output (Alarm Output)" (p. 207)
Required items: flat-blade screwdriver (tip width 2.6 mm) (to connect wires to the push-
button type terminal block on the top of the instrument), measurement leads
Recommended wire diameter:
Single strand diameter: φ0.32 mm - φ0.65mm (AWG28-AWG22) Multi-strand: 0.08 mm2 - 0.32 mm2 (AWG28-AWG22) Strand diameter: 0.12 mm or greater Standard insulation stripping length: 9 mm - 10mm
Page 65
2.3 Making Connections
1 Push in the button on the con-
nector with a flatblade screw­driver.
2 With the button held in, insert the
cable into the cable connection hole.
3 Release the button.
The cable is locked.
Connect the '+' wire to the TRIG.OUT (or EXT.TRIG) terminal, and the '-' wire to a GND terminal.
4 Connect to the trigger signal’s
input and output terminals.
• Connect the TRIG.OUT terminal a trigger input on another device, and connect the EXT.TRIG (input) termi­nal to the trigger output another device (as needed).
• Five GND terminals are provided. Connections can be made to any GND terminal.
4
button
1
3
2
GND
TRIG.OUT

External Control (using TRIG OUT and EXT TRIG)

< Connecting to the external control terminals >
See: "9.1 External Trigger Input" (p. 205) See: "9.2 External Signal Output (Trigger Output)" (p. 206)
Required items: flat-blade screwdriver (tip width 2.6 mm) (to connect wires to the push-
button type terminal block on the top of the instrument), measurement leads
Recommended wire diameter:
Single strand diameter: φ0.32 mm - φ0.65mm (AWG28-AWG22) Multi-strand: 0.08 mm2 - 0.32 mm2 (AWG28-AW G 22) Strand diameter: 0.12 mm or greater Standard insulation stripping length: 9 mm - 10mm
53
2
Chapter 2 Measurement Preparations
3
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54
Upper side
Turn the power switch on.
The power supply icon ap­pears near the bottom right corner of the screen (p. 33).
If the " " indicator is not displayed, the instrument is not being powered from the AC line. In this state, the battery charge will be depleted if measuring for a long time, and measurement may be interrupted. Verify that the AC adapt­er is securely connected to an AC power source and to the instrument.
Turning Power On
(Wireless Logging Station)
Turn the power switch off.
The installed battery pack is charged whenever the AC adapter is plugged into a power outlet, even when the instrument is off.
Verify that the instrument and peripheral devices are correctly connected.
Turning Power Off
Perform zero adjustment as needed (p. 63).
Initial screen
Turning Power On
(measurement unit)
Lights up.

2.4 Turning the Power On and Off

2.4 Turning the Power On and Off
Be sure to read "Before Turning Power On" (p .9) before turning power on.
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2.5 Register measurement units and wireless logger with the instrument

2.5 Register measurement units and wireless logger with the instrument
55
• Settings can also be accessed from [QUICK SET] - [Unit Guide].
• If there are no registered measurement units when the instrument starts up, the screen will default to [QUICK SET] - [Unit Guide].
• If there is one or more measurement units when the instrument starts up, the [Unit Guide]. screen will be displayed, and registered units will be connected automatically. (p. 59)
2
Chapter 2 Measurement Preparations
3
Page 68
56
1 2
A search dialog box will be displayed.
Apply
(Ten found units can be displayed at once. When 11 or more units are found, the page buttons can be used.)
Select the unit you wish to temporarily register (up to sev­en may be selected).
Select the [UNIT] screen.
The unit will be added.
3
4
Select [Add unit].
The [Add unit] screen will be displayed.
The name of the unit you wish to temporarily register will move to the right side of the screen.
Selecting [ENTER] causes the temporarily registered unit to be registered. (Pressing the ESC key cancels the temporary registration and returns you to the [UNIT] screen.)
The registration dialog box will be displayed.
Enter the unit’s identifier (as necessary). (p. 98)
5
2.5 Register measurement units and wireless logger with the instrument

Registering Measurement Units and Wireless Logger

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57
To cancel the temporary registration
Apply
Select [Delete].
To search for measurement units again, select [Research]. When you do so, temporary registrations will be canceled, reverting the instrument to its state before the [Add unit] screen was opened.
If the instrument is unable to communicate with the registered units
Apply
Select [!].
If t h e instrument i s still una bl e to communicate with the units after some time has elapsed,
Switch to [Dealing with communica-
tions issues] on the [Quick Setup]
screen. Follow the instructions to check the settings.
See: "Unable to establish communications
between the Wireless Logging Station and a Unit." (p .301)
2.5 Register measurement units and wireless logger with the instrument
2
Chapter 2 Measurement Preparations
3
Page 70
58
1 2
3
Select the [UNIT] screen.
Select [Delete unit].
The [Delete unit] screen will be displayed.
: ON : OFF
Select the checkbox(es) [ ] for the unit(s) you wish to de­lete. (Selecting [All Select] will select all units.)
Select [Decision].
4
A deletion dialog box will be displayed, and the selected unit(s) will be deleted.
Deleting a registered unit from the [Delete unit] screen
2.5 Register measurement units and wireless logger with the instrument

Deleting Registered Units

There are two ways to delete registered units.
Page 71
2.5 Register measurement units and wireless logger with the instrument
1 2
A search dialog box will be displayed.
Select the [UNIT] screen.
3
Select [Add unit].
The [Add unit] screen will be displayed.
Apply
Select [Delete].
Select [Decision].
(Selecting the ESC, cancels the de­letion and returns you to the [UNIT] screen.)
4
A deletion dialog box will be displayed, and the selected unit(s) will be deleted.
Deleting a registered unit from the [Add unit] screen
If there are registered units when the instrument starts up The instrument will connect to registered units one at a time. The connection
process may take anywhere from several seconds to several dozens of sec­onds.
If the [Add unit] or [Delete unit] screen is displayed, connection processing will not be performed.
59
2
Chapter 2 Measurement Preparations
3
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60
See "6.4 Data Management" (p. 176) for details about managing data storage in the media.
Important
Performance specifications cannot be guaranteed when using storage media
other than the included or an optional SD memory card.

2.6 Inserting a SD Memory Card or USB Flash Drive (when saving data)

2.6 Inserting a SD Memory Card or USB Flash Drive (when saving data)
To save and reload the instrument measurement data, use the included or an optional SD memory card (as described below) or an after-market USB flash drive.
Be sure to read "Using a SD memory card/USB flash drive" (p .18) before using removable storage media.
Page 73
2.6 Inserting a SD Memory Card or USB Flash Drive (when saving data)
Inserting a SD memory card
Removing a SD memory card
Be sure to verify that the instrument is not accessing the card (to save or load data, etc.).
1 Open the SD memory card slot cover.
cover
Be sure to close the cover on the SD memory card slot.
1 Open the SD memory card slot cover.
cover
2 Face the SD memory card with the arrow
mark on top (
p), and insert it in the direc-
tion of the arrow all the way in the slot.
3 Close the SD memory card slot cover.
2 Push the SD memory card in and then
once it is protruding slightly from the slot, grip it and pull it out.
3 Close the SD memory card slot cover.
Inserting a USB flash drive
Align the USB flash drive connector with the USB port, and insert it all the way in.
Removing a USB flash drive
Pull the USB flash drive out.
Be sure to verify that the instrument is not accessing the card (to save or load data, etc.).
See: To replace removable storage during real-time saving: (p. 166)

SD Card Insertion & Removal

61
2
Chapter 2 Measurement Preparations
3

USB flash drive Insertion & Removal

Page 74
62
1 2
Select the File Screen.
Select [Format].
Apply
Apply
The Format Confirmation di­alog appears.
Select [Yes].
Press the ENTER key to open the control panel.
Apply
Select [Yes].
The Format Confirmation di­alog appears again.
3
4
5
2.6 Inserting a SD Memory Card or USB Flash Drive (when saving data)

Formatting a SD memory card/USB flash drive

The SD memory card or USB flash drive can be formatted by a PC or by the instrument. Format a new SD memory card or USB flash drive before use.
This procedure describes how to format a SD memory card or USB flash drive in the instrument.
Formatting irretrievably erases all data on the SD memory card/USB flash drive. Always backup important data from the SD memory card/ USB flash drive before formatting.
Page 75

2.7 Compensating for Input Circuit Offset (Zero Adjustment)

From the Waveform/Numerical screen
Select
[0 Adjust].
Apply
2
3
Zero adjustment is executed.
(simultane-
ously
)
1
Display the [Waveform/Numerical] screen or
[CH] screen
Press and hold these keys simultaneously for one second.
The Zero Adjust dialog appears.
From the
[Waveform/Numerical] screen or the [CH] screen
2.7 Compensating for Input Circuit Offset (Zero Adjustment)
63
This step is only performed when using the LR8510 or LR8511. Zero adjustment corrects for volt age offset at ment measurements are relative to zero volts. Execute zero adjustment whenever input c Zero adjustment can be performed by means of t
• From the [W
• From the [Gauge+Wave] screen(p. 64)
• From the [List] screen(p. 65)
aveform/Numerical] screen or the [CH] screen(p. 63)
the input terminals, so that the instru-
ircuit offset is a concern.
he following three methods:
2
Chapter 2 Measurement Preparations
3
Page 76
64
Apply
2
3
1
Display the [Gauge+Wave] screen
Select
[0 Adjust].
From the [Gauge+Wave] screen
Zero adjustment is executed.
2.7 Compensating for Input Circuit Offset (Zero Adjustment)
• Any zero-adjust setting is cleared upon system reset (p. 203). (Zero-adjust values are only cleared for units that are connected. The unit’
s zero-adjust values are not cleared when unit registration infor-
mation is initialized.)
• Zero adjustment cannot be performed while measuring.
• Change over time can be minimized by allowing the instrument to warm up for about 30 minutes after turning it on before performing zero adjustment.
Page 77
65
2
3
1
Display the [List] screen
Select
[0 Adjust].
From the [List] screen
Apply
Zero adjustment is executed.
2.7 Compensating for Input Circuit Offset (Zero Adjustment)
2
Chapter 2 Measurement Preparations
3
Page 78
2.7 Compensating for Input Circuit Offset (Zero Adjustment)663.1 Setting Flow Overview
Page 79

Settings Chapter 3

Display the Setting screen
When setting configura­tion data has been saved
For new measurement configurations
Configure measurement settings (p. 68)
Configure measurement settings
Configure input channels (p. 72)
Reload stored settings
(p. 171)
[Setting] Screen
[Setting] Screen
[CH] Screen
(as needed)
Waveform Display (p. 91)Scaling (p. 95)Titles and Comments (p. 98)Auto Save (p. 90)Noise Suppression (p. 100)View/Edit All Channel Set-
tings List (p. 101)

3.1 Setting Flow Overview

67
Configure measurement settings before starting to measure. Select the display method and conf After a measurement setting configurat measuring immediately after loading t
igure auto saving as needed.
ion has been saved (p. 170), you can start
he setting configuration data.
3
Chapter 3 Settings
3
Page 80
68
Continuous Recording ([Cont])
Timed recording ([Time])
Start Measurement Stop Measurement
Press STOP to stop measuring. Otherwise, mea­surement continues until the stop-trigger criteria are met.
Measurement is performed for the specified amount of time. Measurement stops when the specified re­cording time has elapsed. Measurement can also be stopped by pressing
STOP before the end of the recording time, or the
stop-trigger criteria are met.
Repeat Recording
When stopped by a stop trigger or elapsed recording time, measurement automatically restarts. Press
STOP to stop measuring.
([Repeat]: On)
Measurement is performed for the specified amount of time.
Apply
Open the setting options for the item to be set.
Select from the listed options.
1
2
Select the [Setting] screen.
Move to a setting item.

3.2 Configuring Measurement Settings

3.2 Configuring Measurement Settings
Configure measurement settings on the [Setting] screen. The instrument provides continuous recording ify whether to perform repeat recording for each.
The Setting screen cannot be displayed while measuring.
Measuring Method Setting Method
Continuous Recording
Timed recording
Repeat Recording
Sets the record time to [Cont]. Sets the record time to [Time]. This allows you to set the amount of
time for which to record data. Set [Repeat] to On.
and timed recording. You can spec-

Time Setting by Key Operations

Page 81
69
[Repeat]
On
Off
Change 1's digit Change 10's digits
[Max], [Data pt s]
If you wish to record to the SD memory card or USB memory stick beyond the maximum recording time for the instrument’s internal memory, set the record time to [Cont].
"Maximum Recordable Time" (p .14)
You cannot specify 0 d 0 h 0 min 0 s as the time. If you do so, the time will automatically be set to 0 d 0 h 0 min 1 s.
3.2 Configuring Measurement Settings
Recording Interval (Interval)
Select the data acquisition interval.
Setting options:( ∗ : default setting)
∗, 200 ms, 500 ms, 1 s, 2 s, 5 s, 10 s, 20 s, 30 s, 1 min, 2 min, 5 min, 10 min, 20 min, 30
100 ms min, 1 h
Repeat Recording (Repeat)
Select whether to automatically start a new measurement after stopping, or to finish after one measurement.
Setting options:( ∗ : default setting)
∗
Off On When stopped by a stop trigger or after measurement for the specified amount of
Recording Time (Record time)
Select whether to measure for a specified time span, or continuously.
Setting options:(
Time Use when you wish to specify the recording time for measurement. Cont
∗
Recording time specification(Record time specification)
Set when the record time is set to [Time]. Specify the duration of one recording length (time span). The maximum setting is limited by the recording capacity of internal buffer memory. The
ctual limit depends on the selected recording interval and number of channels used for
a measurements, so the maximum settable time is displayed as the [Max] value (indicated by the red box).
Measuring stop after one recording length (time span).
time, measurement automatically restarts. Press STOP to stop measuring.
∗ : default setting)
Use when you wish to conduct measurement until the STOP key is pressed or until the strop trigger criteria are satisfied.
3
Chapter 3 Settings
3
Setting options:(default se
d (0 to 499), h (0 to 23), min (0 to 59), s (0 to 59)
tting: 10 seconds)
Page 82
70
5s/div
1s
Peak
Dead time
Measuring
3.2 Configuring Measurement Settings
About the Recording Interval
• Select the data acquisition interval to suit your measurement objectives.
• Note that shorter recording intervals restrict the maximum recording time.
• You can specify values starting at 100 ms without regard to the number of units.
• When the burnout detection setting is on, you can specify values starting
0 ms.
at 20
See:"Chapter 12 Specifications" (p. 275)
• Some waveform peaks may not be displayable with certain interval set­tings. For example, when the [Interval] is 1 s a 5 s/DIV.
See: About Horizontal Axis Settings: (p. 94)
• The recording interval cannot be changed while measuring. Stop mea­surement before setting.
nd the [Time/DIV] (time base) is
When the record time is set to [T
ime] and [Repeat] is on, it may take time
to perform internal processing after measurement for the specified amount of time, before measurement can be resumed (dead time). Measurement cannot be performed during this period of time. If you wish to avoid losing any data or segment files at a particular time, set the record time to [Cont] and the [Split Save] setting to on for automatic saving.
Page 83
71
LR8510
LR8513
100 ms (data refresh interval)
500 ms (data refresh interval)
3.2 Configuring Measurement Settings
Data update interval
Data is updated at the unit's minimum recording interval, regardless of the instrument's recording interval setting.
Unit LR8510 100 ms
LR8511 100 ms LR8512 100 ms LR8513 500 ms LR8514 500 ms LR8515 100 ms LR8520 500 ms
If the recording interval setting is shorter than the data update inte rval, there will be some intervals when the data is not updated. Since the measured va l­ue shown at such times will be the same as the value for the last data up­date, the waveform will take on a stepped appearance.
Example: If the recording interval is set to 100 ms while using the LR8510
Minimum recording interval (data refresh interval)
and LR8513
3
Chapter 3 Settings
3
Page 84
72

3.3 Input Channel Settings

3.3 Input Channel Settings
Configure the input channel settings on the [CH] screen.
The Setting screen cannot be displayed while measuring.
Input channels are as follows. Each channel can provide the following measurements.
• Wireless Voltage/Temp Unit (UNIT1 to UNIT7, each with channels CH1 to CH15)
• Wireless Universal Unit (UNIT1 to UNIT7, each with channels CH1 to CH15)
• Wireless Pulse Logger (UNIT1-7, each with channels CH1-2)
• Wireless Clamp Logger (UNIT1-7, each with channels CH1-2)
• Wireless Humidity (UNIT1-7, each with channels CH1-2)
• Wireless Voltage/Temp Logger (UNIT1-7, each with channels CH1-2)
• Wireless Fungal Logger (UNIT1-7, each with channels CH1 onl)
Application Channels Used
Voltage Measurement Channels on a Wireless Volt­Temperature Measurement (usin Temperature Measurement (using RTDs)
Humidity Measurement (p. 80) Resistance Measurement (p. 81) Integration Measurement RPM measurement (p. 84) Logic Measurement (p. 86)
Current Measurement Temperature Measurement
Humidity Measurement (p. 80)
Fungal index Fungal growth projection
g thermocouples) (p. 76)
age/Temp Unit or Wireless Uni­versal Unit
Channels on a Wireless Univer­sal Unit
Channels on a Wireless Pulse
gger
Lo
Channels on a Wireless Clamp Logger
Wireless Humidity Logger Wireless Fungal Logger
Wireless Fungal Logger
Reference
page
(p. 75)
(p. 78)
(p. 82)
(p. 87) (p. 79)
(p. 89) (p. 89)
Other than these, measurements with specific criteria and alarm outputs are available.
e "Chapter 5 Specifying Criteria for Measurements" (p. 127) for details.
Se
Page 85
73
Select the [CH] screen.
Move to a setting item.
Apply
Open the setting options for the item to be set.
Select from the listed options.
1
2
UNIT selects the input unit and CHAN select
the channel to be set.
3.3 Input Channel Settings

Key Setting Procedure

Unit Switching
(Input channel settings) UNIT1 UNIT7→ (alarm output channel settings) ALARM → (numer­ical calculation channel settings) CALC1 → CA
Channel Switching
(Input channel settings) 1-1 1-15 → 2-1 2-15 → 3-1 3-15 → 4-1 4-15 → 5-1
5-15 → 6-
(waveform calculation channel settings) W1 W30 → and return
View input status and the display range while making settings on the
[CH] screen.
After setting, press MONITOR to confirm input status and display ranges (p. 40).
1 6-15 → 7-1 7-15 (alarm output channel settings) ALM1 ALM4 →
LC2 → and return to UNIT1
to 1-1
3
Chapter 3 Settings
3
Page 86
74
Monitor display switching
Allows you to switch the information dis­played by the level monitor.
(Settings on left)
[Wave]
Displays the waveform.
[Value]
Displays values for the units set on the right side of the screen.
(Settings on right) Allows you to select which waveform to display if the setting on the left includes any [wave].
[All Wave]
Displays the waveforms for all channels.
[UnitWave]
Displays the waveforms for all channels from the units set on the right side of the screen.
[Ch Wave]
Displays the waveforms for channels set on the right side of the screen.
Level Monitor
Selecting [Wave] causes the scale for the currently selected channel to be displayed. The gauge scale is determined by measure­ment and display range settings.
Monitoring is not available for disabled (Measurement Off) channels, and those with [X] selected for their color.
3.3 Input Channel Settings
Level monitor numerical value refresh rate and waveform horizontal axis span depend on the recording interval and horizontal axis (time base) settings. Therefore, long recording intervals can delay numerical value display refresh by as much as 5 seconds. If you need faster value display refresh, select a shorter recording interval. If the horizontal axis (time span) is too long, one division of the waveform may n
ot be displayed.
Page 87
3.3 Input Channel Settings
1 Select the input unit (UNIT1 to 7) and channel (1-1
to 7-15), and check the box to enable the channel.
2 Select [Voltage]. 3 Select the appropriate measurement amplitude
range.
Setting options:( ∗ : default setting)
When LR8510 or LR8511 is used
10 mV
∗, 20 mV, 100 mV, 200 mV, 1 V , 2 V, 10 V , 20 V,
100 V, 1-5 V
When LR8515 is used
50 mV*, 500 mV, 5 V, 50 V
: On : Off
1
2
3
When a measured value far exceeds the range limit (range label)
"OVER" or "-OVER" is displayed in place of numerical/cursor values, and the following values are applied to calculations and data storage.
Input type Input range +OVER value -OVER value
Voltage
10 mV 0.0163835 -0.016384 20 mV 0.032767 -0.032768 50 mv 0.32767 -0.32768 100 mV 0.163835 -0.16384 200 mV 0.32767 -0.32768 500 mv 3.2767 -3.2768 1 V 1.6384 -1.6384 2 V 3.2767 -3.2768 5 V 32.767 -32.768 10 V 16.3835 -16.384 20 V 32.767 -32.768 50 V 327.67 -327.68 100 V 163.835 -163.84 1-5 V 16.3835 -16.384
Instrumentation and Control Device Measurements
• To measure 4-20 mA current, connect a 2 50 Ω shun t re sistor between + and - a nalog inp ut terminals (p. 47).
• Select the [1-5 V] range to measure 4-20 mA instrumentation control signal outputs.
• The [1-5 V] setting automatically selects the [10 V] range with an 5-V upper l imit and 1-V lower limit. To change the upper and lower limits, select the [10 V] range.

Voltage Measurement Settings

Configure these settings for each voltage measurement channel.
See: "Key Setting Procedure" (p .73)
75
3
Chapter 3 Settings
3
Use the scaling function to scale measurements to any arbitrary unit value for display
(p. 95).
Page 88
76
4
5
6
1
2
3
: On : Off
1 Select the input unit (UNIT1 to 7) and channel
(1-1 to
7-15), and check the box to enable the channel.
2 Select [Tc]. 3 Select the temperature measurement range.
The type-B thermocouple setting is disabled when the 100°C or 500°C range is selected. To use a type-B thermocouple, first set the range to 2000°C.
4 Select the type of thermocouple to be used.
5 Enable/disable burn-out detection.
6 Select the referen ce junction compensation (RJC) method.
:
Setting options:( ∗ : default setting)
When LR8510 or LR8511 is used
100
°C∗, 500°C, 2000°C
Setting options:
When LR8515 is used
1000
°C
Setting options:( ∗ : default setting)
When LR8510 or LR8511 is used
K
∗, J, E, T, N, R, S, B, W
When LR8515 is used
K
∗, T
Setting options:( ∗ : default setting)
OFF
∗
Disable burn-out detection. Normally when the thermocouple is disconnected, the value will fluctuate, etc. and will not be stable.
ON Detect burn-out during thermocouple measure-
ment. When a burn-out occurs, “BURNOUT” is dis
played as the numerical, cursor, or calculation value, and the following values are applied to cal­culations and data storage: 327.66, 1638.3, and 327
6.6°C for the 100, 500, 1000°Cf.s. and 2000°Cf.s. ranges, respectively. Note that the re­cording interval setting is limited.
See: "About the Recording Interval" (p .70)
Setting options:( ∗ : default setting)
Int∗
Use the instrument's internal compensatio n.Select this when connecting th e thermocouple (or compensating leads) directly to the instrument. Measurement accuracy is the sum of the temperature measurement accuracy and the RJC accuracy.
Ext Use an external RJC method i nstead of th e instrument's internal compensation.
Use this setting when connecting an external reference junction compensation device (0°C ice water, etc.).The instrument measurement accuracy is equivalent to the temperature measurement accuracy.
Temperature Measurement Range
(Depends on thermocouple type)
• With type B, the display shows 0 to 400°C, but accu­racy is not guaranteed.
• The K temperature measure­ment range for the LR8515 is
-200°C to 999.9°C.
K
-200°C to 1350°C
J
-200°C to 1200°C
E
-200°C to 1000°C
T
-200°C to 400°C
N
-200°C to 1300°C
R
0°C to 1700°C
S
0°C to 1700°C
B
400°C to 1800°C
W
0°C to 2000°C
3.3 Input Channel Settings

Temperature Measurement Settings (using thermocouples)

Follow this procedure to configure thermocouple temperature measurement channels. Make these settings on the [CH] screen.
See:"Key Setting Procedure" (p .73)
Page 89
77
If Thermocouple Measurement Range is Exceeded, or If the Range's Measurement Range Is Greatly Exceeded
• Example: Using a type T thermocouple with range -200 to +400°C When measurements are outside of the range of the thermocouple, the waveform saturates and clings to the top of the screen as shown at the right.
• If the range's measurement range is greatly exceeded, the value display and cursor value will indicate "OVER" or "-OV ER ," and cal­culation values and save data will be replaced with a valu e from the table below.
• When burn out detection is enabled, measurement resul ts that fall outside the thermocouple's measurement range or the range's measurement range may be treated as a burn out event. (p. 76)
Input type Input range +OVER value -OVER value
thermocou
ple
100°C
327.67 -327.68
500°C
1638.4 -1638.4
1000°C 2000°C
3276.7 -3276.8
[°C]
1000
400
0
-200
-1000
3.3 Input Channel Settings
About Burn Out Detection
• When burn out detection is enabled, the instrument detects wiring breaks by outputti ng a minus­cule current every recording interva
• Since the detection process uses different timing affect measured values.
• When using the same recording interval on the LR8510 or LR8511, the cutoff frequency when burn o
ut detection is enabled is higher than when the setting is d isabled, red ucing no ise rejectio n
effectiveness.
See: "Cut-off frequency" (p .290)
• When measuring the range's positive full-scale temperature, bu the thermocouple's resistance value exceeds the applicable value listed below. When you need to string a long thermocouple for use with burn out detectio n enabled, take steps to avoid this phe­nomenon, for example by using a th
thermo
cou
Reference: When measuring temperature close to the positive full-scale value in the K 100 C range
hile using a thermocouple with a wire diameter of 0.32 mm, a wiring length of about 25
w m or more may trigger burn out detection.
K 310 5400 960 2940
ple
J 470 4150 － 200 E 450 5970 － 570
T 270 5440 5820 5440 N 270 1470 － 590 R 50 1040 － 580
S 50 120 － 1300 B － － － 350 W 220 910 － 250
l during thermocouple measurement.?
than measurement, this operation does not
rn out detection may be triggered if
ick wire diameter.
Range
100 ℃ f.s. 500 ℃ f.s. 1000 ℃ f.s. 2000 ℃ f.s.
Unit::
Ω
3
Chapter 3 Settings
3
Page 90
78
1 Select the input unit (UNIT1 to 7 and channel
(1-1 to 7-15), and check the box to enable the channel.
2 Select [Rtd]. 3 Select the appropriate temperature measure-
ment range.
4 Select the type of RTD to be used.
5 Select the wiring method.
Setting options:( ∗ : default setting)
100°C∗, 500°C, 2000°C
Setting options:( ∗ : default setting)
Pt100
∗, JPt100
Setting options:( ∗ : default setting)
3 Wire∗
3-wire RTD connection configuration
4 Wire 4-wire RTD connection configuration
4
5
: On : Off
1
The range setting determines the measurable temperature range
Temperature measurement limits are determined by the measure­ment range selected for each sensor.
Temperature Measurement Ranges
(Temperature measurement range depends on RTD charac­teristics)
100°C
-100°C to 100°C
500°C
-200°C to 500°C
2000°C
-200°C to 2000°C
Pt100
-200°C to 800°C
JPt100
-200°C to 500°C
2
3
[°C]
1000
800
0
-200
-1000
When the RTD measurement range is exceeded, or when a measured value far exceeds the range limit (range label)
• Example: Using a type Pt100 RTD with range -200 to +800°C When a measured value exceeds the measurement range of the RTD and far exceeds the range limit (range label), the w aveform saturates at the top of the screen, as shown at the right.
• When a measured value far exceeds range limit (range label), "OVER" or "-OVER" is displayed in place of numerical/cursor val­ues, and the following values are applied to calculations and data storage.
Input type Input range +OVER value -OVER value
RTD
100°C 327.67 -327.68 500°C 1638.4 -1638.4 2000°C 3276.7 -3276.8
3.3 Input Channel Settings

Temperature Measurement Settings (for RTDs)

Follow this procedure to configure resistance temperature detector (RTD) measurement channels. Make these settings on the [CH] screen.
See: "Key Setting Procedure" (p .73)
Page 91
79
1 Select the input unit (UNIT1 to 7) and channel
(1-1 to 7-15), and check the box to enable the channel.
The measurement setting applies to the two tem
perature and humidity inputs for the LR8514 and to the four temperature, humidity, fungal index, and fungal growth projection inputs for the LR8520.
2 The input type is fixed to temperature, and the
measurement range is fixed to 100°C.
-10
0°C to 100°C
: On : Off
1
* The range is fixed at [100% f.s.].
2
*
When a measured value far exceeds the range limit (range label)
"OVER" or "-OVER" is displayed in place of numerical/cursor values, and the following values are applied to calculations and data storage.
Input type Input range +OVER value -OVER value
Temperature 100
°C 3276.7 -3276.8
3.3 Input Channel Settings

T emperature Measurement Settings (When LR8514 or LR8520 is used)

Enable this channel setting for temperature measurement with the LR8514 Wireless Humidity Logger, R8520 Wireless Fungal Logger. Make these settings on the [CH] screen.
See: "Key Setting Procedure" (p .73)
3
Chapter 3 Settings
3
Page 92
80
1 Select the input unit (UNIT1 to 7) and channel
(1 to 7), and check the box to enable the chan­nel.
2 Select [Humid].
: On : Off
1
* The range is fixed a t [100% f.s.].
2
*
When a measured value far exceeds the range limit (range label)
"OVER" or "-OVER" is displayed in place of numerical/cursor values, and the following values are applied to calculations and data storage.
Input type Input range +OVER value -OVER value
Humidity 100%RH 3276.7 -3276.8
1 Select the input unit (UNIT1 to 7) and channel
(1-1H to 7-2H), and check the box to enable the channel.
The measurement setting applies to the two tem
perature and humidity inputs for the LR8514 and to the four temperature, humidity, fungal index, and fungal growth projection inputs for the LR8520.
2 The input type is fixed to temperature, and the
measurement range is fixed to 100°C.
: On : Off
1
2
3.3 Input Channel Settings

Humidity Measurement Settings (When LR8511 is used)

Enable this channel setting for humidity measurement with the optional Z2000 Humidity Sensor. Make these settings on the [CH] screen.
See: "Key Setting Procedure" (p .73)

Humidity Measurement Settings (When LR8514 or LR8520 is used)

Enable this channel setting for humidity measurement with the LR8514 Wireless Humid­ity Logger, R8520 Wireless Fungal Logger. Make these settings on the [CH] screen.
See: "Key Setting Procedure" (p .73)
Page 93

Resistance Measurement Settings

1 Select the input unit (UNIT1 to 7) and channel
(1-1 to 7-15), and check the box to enable the channel.
2 Select [Resist]. 3 Select the appropriate measurement ampli-
tude range.
Setting options:( ∗ : default setting)
10 Ω
∗, 20 Ω, 100 Ω, 200 Ω
: On : Off
1
2
3
When a measured value far exceeds the range limit (range label)
"OVER" or "-OVER" is displayed in place of numerical/cursor values, and the following values are applied to calculations and data storage.
Input type Input range +OVER value -OVER value
Resistance
10 Ω 16.3835 -16.384
20 Ω 32.767 -32.768 100 Ω 163.835 -163.84 200 Ω 327.67 -327.68
Make these channel settings for resistance measurement. Make these settings on the [CH] screen.
See: "Key Setting Procedure" (p .73)
When measuring an inductive load, for example from a wire-wound resis­tor, the instrument’s response may not be fast enough when the inductor value
is 50 mH or greater, preventing accurate measurement.
81
3.3 Input Channel Settings
3
Chapter 3 Settings
3
Page 94
82
1 Select the input unit (UNIT1 to 7) and channel,
and check the box to enable the channel.
2 Select [Count]. 3 Select the integration mode (Count Mo).
4 Select the basis of measurement (Slope).
5 Select the High/Low reference (threshold) val-
ues.
6 Select a filter setting.
Setting options:( ∗ : default setting)
Add
∗
Counts the number of pulses acquired from the start of measurement.
Inst Counts the number of pulses acquired dur-
ing each recording interval. The pulse count i
s reset at the beginning of each recording
interval.
Setting options:( ∗ : default setting)
↑∗
Counts the number of L - H transitions.
↓
Counts the number of H - L transitions.
Setting options:( ∗ : default setting)
1V
∗
Judge 1.0 V or higher as HIGH, and 0 to
0.5 V as LOW.
4
V
Judge 4.0 V or higher as HIGH, and 0 to
1.5 V as LOW.
Setting options:( ∗ : default setting)
Off
∗
Filter is disabled.
On
Filter is enabled. Prevents incorrect counts due to relay contact chatter (noise).
Totalized
[Add]
Instantaneous
[Inst]
Detec-
tion leve
L
H
1
: On : Off
23
4
5
6
When a measured value far exceeds the range limit (range label)
"OVER" or "-OVER" is displayed in place of numerical/cursor values, and the following values are applied to calculations and data storage.
Input type Input range +OVER value -OVER value
Integration 1000Mc 2147483647 -
3.3 Input Channel Settings

Integration (Count) Measurement Settings

Configure these settings for each pulse channel receiving input from a pulse output device such as a watt-hour or flow meter. Make these settings on the [CH] screen.
See:"Key Setting Procedure" (p .73)
Page 95
83
3.3 Input Channel Settings
• Use the scaling function to display integrated pulse counts as the cor­responding physical units (such as Wh or VA) of the measurement p
arameter (p. 95).
• The counter saturates at 1,073,741,823 counts. If you expect to exceed this count, we recommend measuring with the Integration Mode (Count Mo) set to Instantaneous (Inst), and summing later with a spreadsheet program.
3
Chapter 3 Settings
3
Page 96
84
1 Select the input unit (UNIT1 to 7) and channel,
and check the box to enable the channel.
2 Select [Revolve]. 3 Set the number of pulses per rotation output
from the sensor.
The range is automatically determined by this setting.
4 Select the basis of measurement (Slope).
5
Select the High/Low reference (threshold) values.
6 Select a filter setting.
Setting options:( ∗ : default setting)
1∗ to 1000
Setting options:( ∗ : default setting)
↑∗
Counts the number of revolutions based on L - H transitions.
↓
Counts the number of revolutions based on H - L transitions.
Setting options:( ∗ : default setting)
1V
∗
Judge 1.0 V or higher as HIGH, and 0 to
0.5 V as LOW.
4
V
Judge 4.0 V or higher as HIGH, and 0 to
1.5 V as LOW.
Setting options:( ∗ : default setting)
Off
∗
Filter is disabled.
On
Filter is enabled. Prevents incorrect counts due to relay contact chatter (noise).
0 V
L
H
5000 r/s (n=1)
1
: On : Off
2
3
4
Increment/decrement by 1 Increment/decreme nt by 10
5
6
When a measured value far exceeds the range limit (range label)
"OVER" or "-OVER" is displayed in place of numerical/cursor values, and the following values are applied to calculations and data storage.
Input type Input range +OVER value -OVER value
Revolution 5000r/s 2147483647 -
3.3 Input Channel Settings

Revolution Measurement Settings

Configure these settings for each pulse channel on which you will be counting pulses corresponding to revolutions, such as output from a rotary encoder or tachometer. The revolution measurement is obtained by counting the number of pulses input per second. Make these settings on the [CH] screen.
See:"Key Setting Procedure" (p .73)
Page 97
85
Revolution Measurement Theory
Pulse count is measured using the Memory HiLogger's internal 100 ms sampling interval.
The revolution rate (r) per second during time t [s] is obtained by dividing the number of pulses from (t-1) to t [s] by the number of pulses per revolution.
0
100 ms 200 ms
1 s 2 s
Pulse Count
P20P10P2P10
Pulses per revolution
Pulse count at t
s
minus pulse count at (t -1)
s
r [r/s] =
(r/s: Revolutions per second)
Example: Pulses per revolution = 4
When the number of pulses counted in one second is P
10
= 1000 c,
and the number of pulses counted in two seconds is P
20
= 2000 c,
then the revolution rate (r/s) at t=2s (r
t=2
) can be obtained.
r
t=2
=
4
2000
− 1000
= 250 [r/s]
Exception: When time ts is less than one second
The pulse count at (t -1)
s
(whole seconds) cannot measured, so 10 times the pulse count be­tween (t -0.1)
s
and ts serves and the pulse count for one second to obtain the revolution rate.
As a result, revolution measurements when t is less than one second are scattered.
Pulses per revolution
Pulse count at t
s
minus pulse count at (t -0.1)
s
r [r/s] =
x 100
3.3 Input Channel Settings
3
Chapter 3 Settings
3
Use the scaling function to display integrated pulse counts as the corre­sponding physical units (such as Wh or VA) of the measurement param­eter (p. 95).
Page 98
86
1 Select the input unit (UNIT1 to 7) and channel,
and check the box to enable the channel.
2 Select [Logic]. 3 Select the High/Low reference (threshold) val-
ues.
4 Select a filter setting.
Setting options:( ∗ : default setting)
1V
∗
Judge 1.0 V or higher as HIGH, and 0 to
0.5 V as LOW.
4
V
Judge 4.0 V or higher as HIGH, and 0 to
1.5 V as LOW.
Setting options:( ∗ : default setting)
Off∗
Filter is disabled.
On
Filter is enabled. Prevents incorrect counts due to relay contact chatter (noise).
1
2
: On : Off
3
4
3.3 Input Channel Settings

Logic Measurement Settings

Make these channel settings for logic measurements. Make these settings on the [CH] screen.
See:"Key Setting Procedure" (p .73)
Page 99

Current Measurement Settings

1 Select the input unit (UNIT1 to 7) and channel,
and check the box to enable the channel.
2 Select the clamp sensor being used.
3 Slelect the appropriate measurement ampli-
tude range.
Setting options:( ∗ : default setting)
9657-10,9669,9675*,9695-02,CT6500,CT7044, CT7045,CT7046,CT7631,CT7636,CT7642,CT7731, CT7736,CT7742,CT9667,CT9691-90,CT9692-90, CT9693-90
Setting options:( ∗ : default setting)
9657-10 500 mA∗,5 A 9669 1000 A
∗
9675 500 mA∗,5 A 9695-02 5 A∗,50 A CT6500 50 A∗,500 A CT7044 50 A∗,500 A?5000 A CT7045 50 A∗,500 A,5000 A CT7046 50 Av,500 A,5000 A CT7631 10 A∗,100 A CT7636 20 A∗,200 A CT7642 200 A∗,2000 A CT7731 10 A∗,100 A CT7736 20 A∗,200 A CT7742 200 A∗,2000 A CT9667 500 A∗,5000 A CT9691-90 10 A∗,100 A CT9692-90 20 A∗,200 A CT9693-90 200 A∗,2000 A
1
2
: On : Off
3
Make these channel settings for current measurements. Make these settings on the [CH] screen.
See:"Key Setting Procedure" (p .73)
87
3.3 Input Channel Settings
3
Chapter 3 Settings
3
Page 100
88
4 Select the zero-suppression setting.
5 Select the clamp measurement method.
6 Select a filter setting.
Setting options:( ∗ : default setting)
On∗
Suppresses values of less than 10 counts in each range.
O
ff
Enables display of values of less than 10 counts. (For zero-adjustment purposes dur­ing DC measurement)
Setting options:( ∗ : default setting)
Int
∗
Records the instantaneous value for each recording interval.
Avg
Takes measurements at an interval of 0.5 sec. and records the average value for each recording interval. (If the recording interval is less than 1 sec., the instrument will record the instantaneous value instead.)
Max
Takes measurements at an interval of 0.5 sec. and records the maximum value for each recording interval. (If the recording interval is less than 1 sec., the instrument will record the instantaneous value instead.)
Setting options:( ∗ : default setting)
Off
∗
Disables the filter, allowing current measurement including high-frequency components.
On Allows you to cut unnecessary
high-frequency components when performing 50 Hz/60 Hz current measurement.
5 6
4
3.3 Input Channel Settings
• The Model LR8513 Wireless Clamp Logger firmware version 1.40 or later is required to be installed to use the following clamp sensors: CT7044, CT7045, CT7046, CT7631, CT7636, CT7642, CT7731, CT7736, CT7742, or CT9667.
• The Model LR8513 Wireless Clamp Logger firmware version 1.30 or later is required to be installed to use the instrument with the clamp measurement method setting set to [MAX]
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