Salutron HardyTest D700 User manual

Portable Hardness Tester
H
Ha ar rd dy yT Te es st t D D7 70 00
0®
®
User’s Manual

User´s Manual HardyTest D700®
3
Content
1 OVERVIEW......................................................................................................................................... 5
1.1 ADVANTAGES ..................................................................................................................................5
1.2 MAIN APPLICATION &TESTING RANGE ...........................................................................................5
1.2.1 Main Application................................................................................................................... 5
1.2.2 Testing Range ...................................................................................................................... 5
1.3 CONFIGURATION..............................................................................................................................6
1.4 WORKING CONDITIONS ................................................................................................................... 6
1.5 SAFETY INSTRUCTIONS....................................................................................................................6
2 STRUCTURE FEATURE &TESTING PRINCIPLE ...................................................................... 7
2.1 STRUCTURE FE AT U R E ......................................................................................................................7
2.1.1 The Hardness Tester Appearance .................................................................................... 7
2.1.2 Parts of the Main body ........................................................................................................ 7
2.1.3 D Type Impact Device ......................................................................................................... 8
2.1.4 Different Types of Impact Device....................................................................................... 8
2.2 LEEB HARDNESS TESTING PRINCIPLE..............................................................................................8
3 TECHNICAL SPECIFICATIONS..................................................................................................... 9
4 PREPARATION & TESTING.......................................................................................................... 10
4.1 PREPARATION &INSPECTION BEFORE TESTING .............................................................................10
4.1.1 Preparation of Sample Surface ....................................................................................... 10
4.1.2 System Setting ................................................................................................................... 10
4.1.3 Presetting Testing condition ............................................................................................. 10
4.2 TESTING PROGRAM ....................................................................................................................... 11
4.2.1 Start-Up ............................................................................................................................... 11
4.2.2 Loading ............................................................................................................................... 11
4.2.3 Localization......................................................................................................................... 11
4.2.4 Testing ................................................................................................................................. 11
4.2.5 Read measured value....................................................................................................... 12
4.2.6 Power Off ............................................................................................................................ 12
5 ADVICE ............................................................................................................................................. 12
6 OPERATION IN DETAILS.............................................................................................................. 13
6.1 POWER ON....................................................................................................................................13
6.2 Power Off ............................................................................................................................... 13
6.3 Testing .................................................................................................................................... 13
6.3.1 Instruction of the Main Display Interface ........................................................................ 13
6.3.2 Testing Operation at the Main Display Interface ........................................................... 14
6.3.3 Key Operation at the Main Display Interface................................................................. 14
6.4 MENU STRUCTURE ........................................................................................................................14
6.5 TEST SET .......................................................................................................................................15
6.5.1 Impact Direction Setting.................................................................................................... 15

User´s Manual HardyTest D700®
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6.5.2 Average Times Setting...................................................................................................... 16
6.5.3 Material Setting .................................................................................................................. 16
6.5.4 Hardness Scale Setting .................................................................................................... 17
6.5.5 Tolerance Limit Setting ..................................................................................................... 17
6.5.6 Hardness/бb Setting.......................................................................................................... 17
6.6 PRINT FUNCTION ...........................................................................................................................18
6.6.1 Print Current ....................................................................................................................... 18
6.6.2 Print Memory ...................................................................................................................... 18
6.6.3 Print All Memory................................................................................................................. 18
6.6.4 Paper Feeding.................................................................................................................... 18
6.7 MEMORY MANAGER...................................................................................................................... 18
6.7.1 View from No.1 Group/View from Ending Group .......................................................... 19
6.7.2 View from Selected No. Group ........................................................................................ 19
6.7.3 Data Transfer...................................................................................................................... 19
6.7.4 Delete by Group No. ......................................................................................................... 19
6.7.5 Delete All Data ................................................................................................................... 20
6.7.6 Deletion Confirmation ....................................................................................................... 20
6.8 BROWSING MEMORY DATA GROUPS.............................................................................................. 20
6.9 SYSTEM SET ..................................................................................................................................21
6.9.1 LCD Brightness Set........................................................................................................... 22
6.9.2 Time Date Set .................................................................................................................... 22
6.10 SOFTWAR E INFORMATION............................................................................................................22
6.11 SYSTEM CALIBRATION.................................................................................................................22
6.12 EL BACKGROUND LIGHT............................................................................................................. 23
6.13 AUTO POWER OFF ....................................................................................................................... 23
6.14 PAPER LOADING ..........................................................................................................................23
6.15 BATTERY CHARGE .......................................................................................................................24
6.16 BATTERY REPLACEMENT .............................................................................................................24
6.17 CONNECTION OF DATA TRANSMISSION CABLE ............................................................................24
7 FAULT ANALYSIS & EVA C UATION ............................................................................................ 24
8 SERVICING & MAINTENANCE ................................................................................................... 25
8.1 IMPAC T DEVICE SERVICING ........................................................................................................... 25
8.2 NORMAL MAINTENANCE PROGRAM .............................................................................................. 25
9 CALIBRATION TIME ..................................................................................................................... 25
10 NOTICE OF TRANSPORT AND STORAGE CONDITIONS ................................................... 25
APPENDIX ........................................................................................................................................... 26
TABLE 1HARDNESS VALUES MATERIALS............................................................................................ 26
TABLE 2MAT E R I A L STRENGTH ........................................................................................................... 27
TABLE 3TECHNICAL DETAILS IMPAC T DEVICES.................................................................................. 28
TABLE 4SUPPORTING RINGS ...............................................................................................................29
TABLE 5SPECIFICATIONS ....................................................................................................................30

User´s Manual HardyTest D700®
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1 Overview
1.1 Advantages
♦Wide measuring range. Based on the principle of Leeb hardness testing theory. It
can measure the Leeb hardness of all metallic materials.
♦Large screen (128×64 dot matrix LCD), showing all functions and parameters.
♦Test at any angle, even upside down.
♦Direct display of hardness scales HRB, HRC, HRA, HV, HB, HS, HL.
♦Seven impact devices are available for special application. Automatically identify
the type of impact devices.
♦Large capacity memory could store 500 groups (Relative to average times 32～1 )
information including single measured value, mean value, testing date, impact
direction, impact times, material and hardness scale etc.
♦Upper and lower limit can be preset. It will alarm automatically when the result
value exceeding the limit.
♦Battery information indicates the rest capacity of the battery and the charge status.
♦User calibration function.
♦Software to connect with PC via USB port.
♦With EL background light.
♦Thermal printer integrated, convenient for in field printing.
♦NI-MH rechargeable battery as the power source. Charge circuit integrated inside
the instrument. Continuous working period of no less than 150 hours (EL off and
no printing).
♦Auto power off to save energy.
♦Outline dimensions：212mm×80mm×32mm
1.2 Main Application &Testing Range
1.2.1 Main Application
♦Die cavity of molds
♦Bearings and other parts
♦Failure analysis of pressure vessel, steam generator and other equipment
♦Heavy work piece
♦The installed machinery and permanently assembled parts
♦Testing surface of a small hollow space
♦Material identification in the warehouse of metallic materials
♦Rapid testing in large range and multi-measuring areas for large-scale work piece
1.2.2 Testing Range
Testing range refer to Table 1 and Table 2 in the Appendix.

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1.3 Configuration
Table 1-1
No.
Item
Quantity
Remarks
Standard
Configuration
1
Main Unit
1
2
D type impact device
1
With cable
3
Standard test block
1
4
Cleaning brush (I)
1
5
Small support ring
1
6
Battery Charger
1
9V 500mA
7
Paper for printing
1
8
Manual
1
9
Instrument case
1
Optional
Configuration
11
Cleaning brush (II)
1
For use with G type
impact device
12
Other type of impact
devices and support rings
Refer to Table 3 and
Table 4 in the
appendix.
13
DataPro software
1
14
Communication cable
1
15
16
1.4 Working Conditions
♦Working temperature：-10°C～＋50°C;
♦Storage temperature：-30°C～＋60°C;
♦Relative humidity: ≤ 90％;
♦The surrounding environment should avoid of vibration, strong magnetic field,
corrosive medium and heavy dust.
1.5 Safety Instructions
♦The instrument can only work with the specially designed battery pack and power
adapter (charger) supplied by us. Working with others may result in damage of the
instrument, battery leakage, fire or even explosion.
♦Do not cast the battery pack into fire and do not short circuit, disassemble or heat
the battery pack, otherwise battery leakage, fire or even explosion may occur.
♦Do not open the cover of the paper compartment or come into contact with the
heating head of the printer by hand or any part of your body to avoid burns due to
high temperature when the printer is printing.

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2 Structure Feature &Testing Principle
2.1 Structure Feature
2.1.1 The Hardness Tester Appearance
1. Main unit
2. Impact device
2.1.2 Parts of the Main body
1 Socket of impact device 2 Socket of USB 3 LOGO 4 Paper compartment cover 5
LCD display 6 Keypad 7 Battery switch 8 Power jack 9 Serial Number 10 Product
label 11 Battery compartment cover
DEL SAVE
ESC
MENU
ENTER
MAT
DIR
FEED
PRT
1
2
HD
SaluTron
SCALE
DEL SAVE
ESC
MENU
ENTER
MAT
DIR
FEED
PRT
11
10
9
8
7
6
5
4
3
2
1
OFF---ON
HL0108070811
MODEL: HardyTest D700
BATTERY: 6V NI-MH
Portable Hardness Tester
CAUTION:
1 Do not disassemble
3 Use only supplied AC-DC adapter
for charging
CHARGER: 9V DC
2 Do not dispose of in fire or water
SaluTron
SaluTron

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2.1.3 D Type Impact Device
1 2 3 4 5 6 7
1 Release button 2 Loading tube 3 Guide tube 4 Coil unit
5 Connection cable 6 Impact body 7 Support ring
2.1.4 Different Types of Impact Device
D DC DL CD+15 E G
2.2 Leeb Hardness Testing Principle
The basic principle is: use an impact body of certain weight impacts against the testing
surface under certain test force, then measure the impacting velocity and the rebounding
velocity of the impact body respectively when the spherically test tip is located 1mm above the
testing surface.
The calculation formula is as follows: HL= VB / VA
HL—— Leeb hardness value, VB—— Rebounding velocity of the impact bodyand VA——
Impacting velocity of the impact body

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3 Technical Specifications
Error and repeatability of displayed value see Table 3-1.
Table 3-1
No.
Type of impact
device
Hardness value of Leeb
standard hardness block
Error of displayed
value
Repeatability
1 D 760±30HLD
530±40HLD
±6 HLD
±10 HLD
6 HLD
10 HLD
2 DC 760±30HLDC
530±40HLDC
±6 HLDC
±10 HLDC
6 HLD
10 HLD
3 DL 878±30HLDL
736±40HLDL ±12 HLDL 12 HLDL
4 D+15 766±30HLD+15
544±40HLD+15 ±12 HLD+15 12 HLD+15
5 G 590±40HLG
500±40HLG ±12 HLG 12 HLG
6 E 725±30HLE
508±40HLE ±12 HLE 12 HLE
7 C 822±30HLC
590±40HLC ±12 HLC 12 HLC
♦Measuring range
：
HLD
（
170
～
960
）
HLD
♦Measuring direction：360°
♦Hardness Scale：HL, HB, HRB, HRC, HRA, HV, HS
♦Display：dot matrix LCD, 128×64 dots
♦Data memory：500 groups max.（relative to impact times 32～1）
♦Printing paper: width is （57.5 ± 0.5）mm, diameter is 30mm
♦Battery pack: 6V NI-MH
♦Battery charger: 9V/500mA
♦Continuous working period：about 150 hours（With backlight off, no printing
）
♦
Communication interface
：
USB1.1

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4 Preparation & Testing
4.1 Preparation & Inspection before Testing
4.1.1 Preparation of Sample Surface
Preparation for sample surface should conform to the relative requirement in the Appendix
Table 3.
♦In the preparation processing for sample surface, the hardness effect of being
heated or cold processing on the surface of sample should be avoided.
♦Too big roughness of the being measured surface could cause measure error. So,
the surface of the sample to be measured must appear metallic luster, smoothing
and polish, without oil stain.
♦Support of test sample. Support is no necessary for heavy sample.
Medium-weight parts must be set on the smoothing and stable plane. The sample
must set absolutely equability and without any wobble.
♦Curved surface: The best testing surface of sample is flat. When the curvature
radius R of the surface to be tested is smaller than 30mm (D, DC, D+15,C, E and
DL type of impact device) and smaller than 50mm (G type of impact device), the
small support ring or the shaped support rings should be chosen.
♦The sample should have enough thickness, minimum thickness of sample should
conform to Table 3.
♦For the sample with hardened layer on surface, the depth of hardened layer
should conform to Table 3.
♦Coupling. Light-weight sample must be firmly coupled with a heavy base plate.
Both coupled surface must be flat and smooth, and there is no redundant coupling
agent existing. The impact direction must be vertical to the coupled surface. When
the sample is a big plate, long rod or bending piece, it can be deformed and
become unstable, even though its weight and thickness is big enough, and
accordingly, the test value may not be accurate. So the sample should be
reinforced or supported at its back.
♦Magnetism of the sample itself should be avoided.
4.1.2 System Setting
See 6.9 for details.
4.1.3 Presetting Testing condition
See 6.5 for details.

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4.2 Testing Program
Verification of the tester is by using standard test block. The error and repeatability of
displayed value should be within the regulation of Appendix table 2.
4.2.1 Start-Up
Insert the plug of the impact device into the socket of impact device on the tester.
Press [ ]key，now power is connected. The instrument is in testing condition.
4.2.2 Loading
Pushing the loading-tube downwards until contact is felt. Then allow it to slowly return to the
starting position or using other method locking the impact body.
4.2.3 Localization
Press the impact device supporting ring on the surface of the sample firmly, the impact
direction should be vertical to the testing surface.
4.2.4 Testing
♦Press the release button on the upside of the impact device to test. The sample
and the impact device as well as the operator are all required to be stable now.
The action direction should pass the axis of the impact device.
♦Each measure area of the sample usually need 5 times of testing operation. The
result data dispersion should not more than mean value±15HL.
♦The distance between any two impact points or from the center of any impact
point to the edge of testing sample should conform to the regulation of Table 4-1.
♦If want accurate conversion from the Leeb hardness value to other hardness value,
contrastive test is needed to get conversion relations for the special material. Use
inspection qualified Leeb hardness tester and corresponding hardness tester to
test at the same sample respectively. For each hardness value, each measure
homogeneously 5 points of Leeb hardness value in the surrounding of more than
Note ：
Use a calibrated hardness tester, test the standard test block
downward vertically for 5 times, the arithmetical average value compare with the
value of standard test block. If this value exceeds the standard value, could use
the function of software calibration to adjusting.

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three indentations which need conversion hardness, using Leeb hardness
arithmetic average value and corresponding hardness average value as
correlative value respectively, make individual hardness contrastive curve.
Contrastive curve at least should include three group of correlative data.
Table 4-1
Type of Impact
Device
Distance of center of the two
indentations
Distance of center of the
indentation to sample edge
Not less than (mm) Not less than (mm)
D, DC 3 5
DL 3 5
D+15 3 5
G 4 8
E 3 5
C 2 4
4.2.5 Read measured value
4.2.6 Power Off
Press [ ]key to turn off the instrument.
5 Advice
♦Replacing the impact device must be done during Power off. Otherwise the main
body can not identify the type of the impact device, and it can damage the circuit
board of the main body.
♦You could not save the current test value if the test times are less than the
presetting times value.
♦Only type D and type DC of impact device have the function of strength measure
option. You can not modify the [Set hardness orбb ]setting when using other
types of impact device. The [Set hardness orбb ]setting would be set to
[Hardness ] automatically after replacing the impact device whether the setting
is [Hardness ] or not before.
♦Not all materials could convert to all hardness style value. The hardness style is
reset to HL automatically after changing the material. So select material first
before changing the hardness style.

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6 Operation in Details
6.1 Power On
Press [ ] to power on the system. The screen shows as below:
The system would automatically detect the type of the impact device during power up, and
would display this information on the screen. Users should pay attention to the probe type
displayed on the screen. After pausing for several second, the screen will exit and enter the
main display interface.
Note: If the instrument is in power off condition, it will turns on automatically after the
charge power is connected.
6.2 Power Off
Press key [ ] could power off the system in any conditions.
Note: If the charge power is connected, the instrument will turns on automatically
after pressing the power off key.
6.3 Testing
Below is the main display interface:
6.3.1 Instruction of the Main Display Interface
Battery information
： Display the information of the rest capacity of the battery, and the
charging status.
Impact direction
： The present impact direction.
Average value indicator
： It appears to show the mean value of the samples when reaching
Hardness scaleAverage value indicator
Impact direction
Battery information
Times count
Measured value
Material
D700
HARDNESS TESTER
Probe Type:D

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the presetting impact times.
Hardness scale
： Hardness method of the present measured value.
Measured value
： Display present single time measured value（without mean value indicator），
or display the present mean value (with average value indicator prompting). means over
conversion or measure range. means lower than conversion or measure range.
Material
： The present presetting material.
Impact times count
： Times that have been impacted.
6.3.2 Testing Operation at the Main Display Interface
Testing operation could be carried out under this interface. After each impact operation, it can
display the current measured value, impact times count plus one, the buzzer would alert a
long howl if the measured value is not within the tolerance limit. When reaching the presetting
impact times, the buzzer will alert a long howl. After 2 seconds, the buzzer will alert a short
howl, and display the mean value.
6.3.3 Key Operation at the Main Display Interface
Press key [SAVE]to store present group of measured value into memory. This operation
is only valid after displaying the mean value.
Press key [DEL]to delete the latest single measured value. After pressing this key, the
screen will displays as below:
Press key [] or [] to move the
cursor to [YES ]or [NO ].
Press key [ENTER ] to confirm
operation. Press key [ESC ]to cancel
delete operation.
♦Press key [] or [] could display single measured value.
♦Press key [ ]could switch on of off the background light of LCD.
♦Press key [MENU ]could enter the system presetting menu.
♦Press key [DIR ]to set the impact direction.
♦Press key [CNT ]to change the impact times in one group. The impact times
count item will be highlighted when first pressing the key [CNT ], and the
impact times count value will plus one with each pressing. The value will roll back
to 1 when it reaches 32.
♦Press key [SCALE ]to change the hardness scale.
♦Press key [MAT ]to change the material set. Presetting hardness scale recovers to
HL automatically after material presetting changed.
6.4 Menu Structure
Both presetting system parameters and the additional function could come true by menu
operation. At the main display interface, press key [MENU] into the main menu.
--------------
Confirm delete？
--------------
NO
YES

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The Main Display Interface
Test Set
Impact Direc.
Average
Material
Print Set
Print Current
Print Memory
Print All Mem
Memory Manager
View From No.1
View From End
View From No.
Transfer
Delete by No.
Delete All
System Set
Auto Save
：
Auto Print
：
Auto Delete
：
Auto Trans.
：
Software Info
6.5 Test Set
At the main display interface, press key [MENU ] to enter the main menu.
Press key [ENTER ] to enter Test Set
Menu.
The symbol ↓at the left side of underside
menu indicates that the menu has not
ended. Press key []could continuously
glance downward. The symbol ↑ at the left
side of the upside menu indicates that the
menu has not ended. Press [] could
continuously glance upward.
Press key [] or []to move the cursor
to the line you want to set, and press key
[ENTER ]to confirm it.
Note: 1. When [Hard/бb] is switched to
бb, the hardness scale could not be
selected. The cursor will skip over
[Hardness Scale] while moves the
cursor.
2. Only D type of impact device has the
function of бb measure. So the cursor
could not move to [Hard/бb ]while
use other impact device.
6.5.1 Impact Direction Setting
Press key [] or [] to move the cursor
to the impact direction that you will preset.
Press key [ENTER] to confirm it.
Print Set
Memory Manager
System Set
Test Set
Impact Direction
---------------
Impact Direc.
Average
Material
Hardness Scale
Tolerance Limit
Hard/
бb:Hard

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Press key [ESC] to cancel it.
6.5.2 Average Times Setting
Press [] or [] to move the cursor.
Press [] or [] to change the number.
Press key [ENTER ]to confirm it. Press
key [ESC ]to cancel it.
6.5.3 Material Setting
When [Hard/бb ]is preset to hardness, it will display the following material: Steel and Cast
Steel, Cold Work Tool Steel, Stainless Steel, Gray Cast Iron, Nodular Cast Iron, Cast
Aluminum Alloys, Copper-Zinc Alloys, Copper-Aluminum Alloys, Wrought Copper and
Wrought Steel.
Press key [] or [] to move the cursor
to the material you want to preset.
Press key [ENTER ]to confirm it.
Press key [ESC ]to cancel it.
Note 1. Presetting hardness scale
recovers to HL automatically after
material presetting is changed.
2. Please select material first, then
select hardness scale.
When [Hard/ бb ]is preset to бb, it will display the following material: Mild Steel,
High-Carbon Steel, Cr Steel, Cr-V Steel, Cr-Ni Steel, Cr-Mo Steel, Cr-Ni-Mo Steel, Cr-Mn-Si
Steel, Super Strength Steel and Stainless Steel.
Mean Times
-------------
3
0
Copper
-Alumin
Wrought Copper
Wrought Steel
Copper-Zinc

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Press key [] or [] to move the cursor
to the material to want to preset.
Press key [ENTER ]to confirm it.
Press key [ESC ]to cancel it.
6.5.4 Hardness Scale Setting
Press key [] or [] to move the cursor
to the hardness scale you want to preset.
Press [ENTER ] to confirm setting.
Press [ESC ] to cancel setting.
Note
： 1. Here only displays the valid
hardness scale for the present selected
impact device and material. It would not
display the hardness scale which is not
valid.
2. Please select material first, then
select hardness scale.
3. Presetting hardness scale recovers
to HL automatically after presetting
material is changed.
6.5.5 Tolerance Limit Setting
Press [] or [] to move the cursor.
Press [] or [] to change the number.
Press [ENTER ] to confirm setting.
Press [ESC ] to cancel setting.
Note:1. If the setting value exceeds the
measure range, the instrument will
remind you to reset.
2. If the bottom limit is larger than the
upper limit, they will exchange
automatically.
6.5.6 Hardness/бb Setting
Press [ENTER ] to switch between
Hard and бb .
Note: Only D and DC type of impact
device has the function of бb
measure. So hard is the only
selection if the impact device is
not D or DC type.
Hard of Material
---------------
HV HB HRC
HS HRB HRA
HL
Tolerance Limit
---------------
Min Max
0200 0890
Mild Steel
High
-C Steel
Cr Steel
Material
Hardness Scale
Tolerance Limit
Hard/бb
: Hard
Cr
-V Steel

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6.6 Print Function
At the main display interface, press [MENU ] to enter the main menu. [] or [] to
move the cursor to print menu and press [ENTER ]to enter the print menu.
Note:
♦Printing function is unavailable while charging.
♦Printing can be stopped by pressing the [ESC ]key.
♦Do not open the cover of the paper compartment during printing. Otherwise
the instrument may not print normally.
♦Over high ambient humidity (above 85% of relative humidity) or over low
ambient humidity (below 20% of relative humidity) may reduce the print
quality.
♦Printing with paper that has been stored for over long period of time or of
poor quality may reduce the print quality or even damage the printer.
6.6.1 Print Current
Print out the data report just finished testing. If the instrument hasn’t been switched off,
and hasn’t changed any testing condition during continuous printing process, it will only print
out single measured value and average value when printing again.
6.6.2 Print Memory
Print out the selected group of measured value stored inside the instrument.
6.6.3 Print All Memory
Print out all the measured value stored inside the instrument.
6.6.4 Paper Feeding
When the printer is powered on and ready for printing, press [FEED ] key then the
instrument will start manual paper feeding. Press and keep holding the [FEED ] key to
start paper feeding, while releasing the key to stop paper feeding.
Note: Manual paper feeding is unavailable while charging.
6.7 Memory Manager
At the main display interface, press key [MENU ] enter the main menu.
Press key [] or [] to move the cursor
to [Memory Manager ].Press key
[ENTER ]into [Memory
Manager ]menu.
If there is no data in the memory, displays:
<No Data!>. Then return.
System Set
Memory Manager
Test Set
Print Set

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Press key [] or [] to move the cursor
to the function wanted, then press key
[ENTER ]to confirm.
6.7.1 View from No.1 Group/View from Ending Group
[ View from No.1 ] Start display values in the memory from the first group.
[View from End ] Start display values in the memory from the ending group.
6.7.2 View from Selected No. Group
Press [] or [] to move the cursor.
Press [] or [] to change the number.
Press key [ENTER ] to start displaying
memory data from the selected beginning
group. Press key [ESC ]to cancel
current operation.
6.7.3 Data Transfer
[Transfer ]export the values stored in the memory as text format to PC through USB port.
This function is not available now.
6.7.4 Delete by Group No.
[ Delete by No. ]displays selecting the
range of deleting groups.
Press [] or [] to move the cursor.
Press [] or [] to change the number.
Press key [ENTER ]to delete the
selected groups. Press key [ESC ]to
cancel operation.
Note: 1. If the preset group number exceeds the actual range, then deletes the actual
groups among them.
2. Do not shut down the instrument while deleting data. It could lead to unpredicted
consequence if shutting down while deleting.
View From No.1
View From End
View From No.
Transfer
Delete By No.
Delete All
Select Group
From 001 to 010
--------------
001
Select Group
From 001 to 010
--------------
001

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6.7.5 Delete All Data
[Delete All ]will delete all the data in the memory.
6.7.6 Deletion Confirmation
Press [] or [] to move the cursor to
[YES ] and press key [ENTER ]to
confirm deleting operation.
Press [] or [] to move the cursor to
[NO ]and press key [ENTER ] to
cancel deleting operation.
Press key [ESC ]could cancel deleting
operation, no matter where the cursor is.
6.8 Browsing Memory Data Groups
Press [] or [] to see previous or next
page.
Press key [ESC ]to exit browsing.
Press key [ENTER ], then press []
or [] to move the cursor to the line which
you want to see details. Press
[ENTER ]to see details of that group.
Press [] or [] to browse details
including average value, test set and each
single value.
Press [ESC ] to return to previous display.
---------------
Confirm delete？
---------------
YES NO
No.001 12/03 652HL
No.002 12/03 587HL
No.003 12/03 820HL
No.004 12/03 693HL
No.005 12/03 783HL
No.006 12/03 782HL
No.007 12/03 579HL
No.008 12/03 687HL
No.002 12/03 785HL
No.003 12/03 516HL
No.004 12/03 789HL
No.005 12/03 570HL
No.006 12/03 852HL
No.007 12/03 523HL
No.008 12/03 796HL
No.001 12/03 514HL
No.001 12/03/02
Average= 514HL
D 05 times
Steel