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product manual
Element DC
Veterinary Chemistry Analyzer
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Element DC
Introduction
Veterinary Chemistry Analyzer
Introduction
Thank you for purchasing the Element DC® Veterinary Chemistry Analyzer
The Element DC is a diagnostic medical device for veterinary hospital use to analyze blood by colorimetric end-point, rate
and ISE tests, using the DRI-CHEM SLIDES.
Before using this equipment, please read this manual carefully to follow the precautions so that you can operate it
correctly.
Keep the manual near the Element DC, so that you can refer to it whenever necessary.
CAUTIONS
1. No part or all of this manual may be reproduced in any form without prior permission.
2. The information contained in this manual may be subject to change without prior
notice.
3. FUJIFILM shall not be liable for malfunctions and damage resulting from installation,
relocation, remodeling, maintenance, and repair done by other than dealers specified
by FUJIFILM.
4. FUJIFILM shall not be liable for malfunctions and damage of FUJIFILM products due
to the use of products of other manufacturers not supplied by FUJIFILM.
5. FUJIFILM shall not be liable for malfunctions and damage resulting from remodeling,
maintenance, and repair using repair parts other than those specified by FUJIFILM.
6. FUJIFILM shall not be liable for malfunctions and damage resulting from negligence of
precautions and operating methods contained in this manual.
7. FUJIFILM shall not be liable for malfunctions and damage resulting from use under
environment conditions outside the range of conditions required for proper use of this
product, such as power supply, installation environment, etc. contained in this manual.
8. FUJIFILM shall not be liable for malfunctions and damage resulting from natural
disasters such as fires, earthquakes, floods, lightning, etc.
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Element DC
Table of Contents
Veterinary Chemistry Analyzer
SECTION 1: SAFETY USAGE AND HANDLING PRECAUTIONS
1.1 Definition of Specific Safety Precautions ....................................................................................................................................................................1
1.2 Precautions Before Operating This Equipment ......................................................................................................................................................1
1.3 Biohazards and Disposal .......................................................................................................................................................................................................2
1.4 Explosive Hazards......................................................................................................................................................................................................................2
1.5 Electrical Hazards ......................................................................................................................................................................................................................2
1.6 Electromagnetic Compatibility (EMC)..........................................................................................................................................................................3
1.7 Moving Parts ................................................................................................................................................................................................................................3
1.8 Installation Site Requirements ..........................................................................................................................................................................................4
1.9 Test Results for Diagnosis .....................................................................................................................................................................................................4
1.10 DRI-CHEM SLIDES ......................................................................................................................................................................................................................5
1.11 QC Card System .........................................................................................................................................................................................................................7
1.12 Handling Samples.....................................................................................................................................................................................................................7
1.13 Sampler Cover .............................................................................................................................................................................................................................7
1.14 Diluents and Reference Fluid .............................................................................................................................................................................................7
1.15 DRI-CHEM AUTO TIPS, Sample Tubes, and DRI-CHEM MIXING CUPS .......................................................................................................8
1.16 Light Source Lamp ...................................................................................................................................................................................................................8
1.17 Recording Paper ........................................................................................................................................................................................................................8
1.18 Warning Labels ...........................................................................................................................................................................................................................9
SECTION 2: COMPONENT NAMES AND FUNCTIONS
2.1 Component Names .............................................................................................................................................................................................................. 10
2.2 Names and Functions of Touch Panel Display .....................................................................................................................................................12
2.2.1 TOP Dialogue .....................................................................................................................................................................................................12
2.2.2 Test Preparation Dialogue ..........................................................................................................................................................................13
2.2.3 Mode Function Dialogue ............................................................................................................................................................................17
2.2.4 Result Search Dialogue ................................................................................................................................................................................ 17
2.2.5 Help Dialogue .................................................................................................................................................................................................... 19
2.3 Names and Functions of Screen Keyboard ............................................................................................................................................................20
2.3.1 Ten-Key Input Dialogue ...............................................................................................................................................................................20
2.3.2 Alphanumeric Input Dialogue ................................................................................................................................................................ 21
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SECTION 3: PRINCIPLES OF OPERATION
3.1 Slide Loading ............................................................................................................................................................................................................................25
3.2 Sample Loading ......................................................................................................................................................................................................................25
3.3 Sampling and Spotting ...................................................................................................................................................................................................... 25
3.4 Incubation ..................................................................................................................................................................................................................................25
3.5 Photometer and Potentiometer Readout...............................................................................................................................................................25
3.6 Disposal of Consumables .................................................................................................................................................................................................. 26
3.7 Preparations ...............................................................................................................................................................................................................................26
3.7.1 List for Daily Maintenance Before Use ................................................................................................................................................26
3.7.2 Preparations before Turning the Power On (Daily Maintenance before Use #1) ..................................................... 26
3.7.3 Turning the Power On (Daily Maintenance before Use #2) ...................................................................................................27
3.7.4 List for Daily Maintenance after Use .................................................................................................................................................... 29
3.7.5 Turning the Power Off (Daily Maintenance after Use) .............................................................................................................. 29
3.7.6 Sample Racks......................................................................................................................................................................................................30
3.7.7 Producing Samples Using Sample Tubes .........................................................................................................................................31
3.7.8 QC Card System ................................................................................................................................................................................................32
3.8 Measurement ........................................................................................................................................................................................................................... 33
3.8.1 Basic Measurements (excluding ISE tests and tests that require dilution) ...................................................................33
3.8.2 Usage of the WORK LIST Button .............................................................................................................................................................36
3.8.3 ISE Tests .................................................................................................................................................................................................................. 38
3.8.4 Tests that Require Dilution ......................................................................................................................................................................... 39
3.8.5 Setting Slides ...................................................................................................................................................................................................... 42
3.8.6 Rerunning Tests ................................................................................................................................................................................................43
3.9 Sample Barcode Reader ..................................................................................................................................................................................................... 44
3.9.1 Operating Procedures ...................................................................................................................................................................................45
3.10 Editing Sample No. and Sample ID .............................................................................................................................................................................46
SECTION 4: PERIODIC MAINTENANCE
4.1 User Daily/Periodic Maintenance .................................................................................................................................................................................48
4.2 Cleaning the Air Filters ........................................................................................................................................................................................................48
4.2.1 Cleaning Procedures .....................................................................................................................................................................................48
4.3 Cleaning the Incubator, Spotting Part and ISE Unit .........................................................................................................................................49
4.4 Cleaning the Slide Reader ................................................................................................................................................................................................54
4.4.1 Cleaning Procedure ........................................................................................................................................................................................54
4.5 Replacing the Recording Paper.....................................................................................................................................................................................55
4.5.1 Replacement Procedure ..............................................................................................................................................................................55
4.6 Replacing and Cleaning the Light Source Lamp ...............................................................................................................................................56
4.6.1 Replacement and cleaning procedure ..............................................................................................................................................56
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4.7 Inspecting and Replacing the Sampler O-ring ....................................................................................................................................................58
4.7.1 Inspecting the Sampler O-ring ............................................................................................................................................................... 58
4.7.2 Replacing the Sampler O-ring ................................................................................................................................................................. 66
SECTION 5: TROUBLESHOOTING
5.1 Error Indications ...................................................................................................................................................................................................................... 61
5.1.1 Error Codes Table .............................................................................................................................................................................................61
5.1.2 Printout Indications Table ...........................................................................................................................................................................63
5.2 Troubleshooting .....................................................................................................................................................................................................................65
5.2.1 Startup Errors ......................................................................................................................................................................................................65
5.2.2 Display or Printer Trouble ...........................................................................................................................................................................65
5.2.3 Slide Reading Error .........................................................................................................................................................................................65
5.2.4 Sampler Errors ....................................................................................................................................................................................................66
5.2.5 Photometer Errors ...........................................................................................................................................................................................68
5.2.6 Transfer Errors .....................................................................................................................................................................................................69
5.2.7 Temperature Control Errors .......................................................................................................................................................................69
5.2.8 Circuit Board Malfunction ..........................................................................................................................................................................70
5.2.9 QC Card/DI Card Read Error ......................................................................................................................................................................71
5.2.10 Slide Loading Errors........................................................................................................................................................................................71
5.2.11 Errors Related to ISE Tests ...........................................................................................................................................................................71
5.2.12 Errors Related to Data Communication or Sample Barcode Reader ...............................................................................73
5.2.13 Other Errors ......................................................................................................................................................................................................... 74
SECTION 6: MODE SETTINGS AND FUNCTIONS
6.1 Mode Setting Procedure and Description .............................................................................................................................................................75
6.1.1 Mode Setting Procedure .............................................................................................................................................................................75
6.1.2 How to Select Each Mode .......................................................................................................................................................................... 76
6.2 Control Mode <Normal> .................................................................................................................................................................................................. 77
6.2.1 Execution of the Control Mode ..............................................................................................................................................................77
6.3 Date & Time Settings <Normal> ..................................................................................................................................................................................77
6.4 Display Brightness <Normal> ........................................................................................................................................................................................ 77
6.5 Buzzer Volume <Normal> ................................................................................................................................................................................................ 78
6.5.1 Error Sound ..........................................................................................................................................................................................................78
6.5.2 Test End Sound .................................................................................................................................................................................................79
6.6 Lamp Configuration <Normal> .................................................................................................................................................................................... 80
6.7 Display Information <Normal> ..................................................................................................................................................................................... 82
6.7.1 Error log ................................................................................................................................................................................................................. 82
6.7.2 Display Temperature & Humidity ...........................................................................................................................................................83
6.7.3 Lot Information ................................................................................................................................................................................................. 83
6.7.4 DI Card Information ........................................................................................................................................................................................84
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6.8 Basic/External I/F Settings <Admini.> .......................................................................................................................................................................86
6.8.1 Language Setting ............................................................................................................................................................................................ 86
6.8.2 Date Format Setting.......................................................................................................................................................................................87
6.8.3 Host I/F Settings ............................................................................................................................................................................................... 88
6.8.4 Barcode Reader ................................................................................................................................................................................................. 92
6.9 Display Settings <Admini.> .............................................................................................................................................................................................94
6.9.1 Unit Conversion ................................................................................................................................................................................................94
6.9.2 Display Method for Outside of Measurement Range ............................................................................................................... 95
6.9.3 Reference Interval Settings ........................................................................................................................................................................97
6.9.4 Result Display Setting ................................................................................................................................................................................ 101
6.9.5 Sample No./ID Settings ............................................................................................................................................................................. 102
6.9.6 Work List Selection Setting .....................................................................................................................................................................103
6.10 Coefficients/Test Settings <Admini.>.....................................................................................................................................................................103
6.10.1 Correlation Coefficients ............................................................................................................................................................................ 104
6.10.2 Lot Compensation Coefficients ........................................................................................................................................................... 108
6.10.3 Dilution Factor ................................................................................................................................................................................................111
6.10.4 Spotting Count .............................................................................................................................................................................................. 112
6.10.5 Print Sheets of Test Results ..................................................................................................................................................................... 112
SECTION 7: OTHER FUNCTIONS
7.1 Data Communication ....................................................................................................................................................................................................... 115
SECTION 8: SPECIFICATIONS/CONSUMABLES
8.1 Specifications and Standard Accessories ............................................................................................................................................................. 117
8.1.1 Specifications .................................................................................................................................................................................................. 117
8.1.2 Standard Accessories ................................................................................................................................................................................. 118
8.2 Consumables and Optional Accessories .............................................................................................................................................................. 118
8.2.1 Consumables ..................................................................................................................................................................................................118
8.2.2 Optional Accessories .................................................................................................................................................................................. 119
SECTION 9: GLOSSARY
......................................................................................................................................................................................................................... 121
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Element DC
Section 1: Safe Usage and Handling Precautions
Veterinary Chemistry Analyzer
Safe Usage and Handling Precautions
This section contains safety precautions which must be followed for the safe operation of the Element DC® Veterinary
Chemistry Analyzer.
Before using this equipment, please read this chapter carefully and follow the precautions given, so that you can operate it
correctly.
1.1 Definition of Specific Safety Precautions
Specific safety precautions are noted by the terms WARNING, CAUTION, IMPORTANT, and additional information by NOTE.
The respective meanings are as follows:
WARNING
Indicates hazardous situations that may lead to serious injury, even death or the transmission of infectious agents if
the precaution is not followed.
CAUTION
Indicates hazardous situations that may lead to minor or moderate injury or physical damage if the caution is not
followed.
IMPORTANT
Indicates improper handling that could have an adverse effect on the accuracy of the measurement values if the
precaution is not followed.
Indicates procedures requiring special attention, instructions that must be followed, supplementary explanations, etc.
1.2 Precautions Before Operating This Equipment
CAUTION
Before using this equipment, please read this Instruction Manual carefully so that you can operate the equipment
correctly.
CAUTION
Whenever you operate this equipment, be sure to observe the precautions described in this manual. Failure to do so
may subject you to injuries, cause property damage, or produce incorrect test results.
CAUTION
This equipment is only to be operated by personnel appropriately trained for its intended use and correct operation.
CAUTION
The operators must be appropriately trained for the usage of the key (sampler cover lock) to follow the usage and its
cautionary statements. Refer to Section 1.13, Sampler Cover.
CAUTION
Do not remodel the Element DC. Otherwise, the safety will not be guaranteed.
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CAUTION
In the mode functions described in Section 6, there are 2 kinds of modes: one is the administrator mode, which
can only be operated by administrators; another is the normal mode, which can be operated by normal operators.
The important mode functions, which affect test results such as correlation coefficient settings, can only be
operated in the administrator mode. The administrator modes must be operated only by the administrators who
have the responsibility for the use of the analyzer. Inputting a password in the password input dialogue allows the
administrators to operate the administrator modes.
1.3 Biohazards and Disposal
WARNING
As used (contaminated) consumables (e.g., DRI-CHEM SLIDES, DRI-CHEM AUTO TIPS, DRI-CHEM MIXING CUPS and
sample tubes) and contaminated swabs or cloths used for cleaning the equipment are infectious waste, process
the waste correctly in compliance with any applicable regulations in your country, such as by incineration, melting,
sterilization or disinfection.
WARNING
When discarding the Element DC body that may be contaminated with blood samples, be sure to process it correctly
in compliance with any applicable regulations in your country because it must never be disposed of as a general
waste.
WARNING
When handling samples (blood) and performing maintenance (cleaning the analyzer), always follow biohazard
procedures (e.g., wearing gloves, lab coat, and safety goggles), referring to the sample handling rules of your facility.
If any part of the body comes in contact with samples, immediately rinse the contaminated body part thoroughly
under running water and then use ethyl alcohol as a disinfectant. Seek medical assistance if necessary.
WARNING
Do not touch used slides and tips with bare hands as this may cause contamination. If any part of the body comes in
contact with contaminated consumables, immediately rinse the contaminated body part thoroughly under running
water and then use ethyl alcohol as a disinfectant. Seek medical assistance if necessary.
WARNING
When samples come into contact with the analyzer components, immediately clean and disinfect the components.
1.4 Explosive Hazards
WARNING
As this equipment is not explosion-proof, be sure not to use flammable and explosive gas around the equipment.
1.5 Electrical Hazards
WARNING
The power supply voltage applied to the equipment is AC100–240V.
To avoid electrical shock, observe the following precautions:
Avoid installation sites where water may splash, etc., on the equipment.
Make sure that the equipment is properly grounded to a protective earth lead for indoor wiring.
Make sure that all cables have been properly connected.
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WARNING
Plug the power cable of the equipment into an outlet with a grounding receptacle. If the equipment is not grounded
to a protective earth lead, this may cause electrical shock.
WARNING
When plugging the power cable in or removing it from an outlet, be sure to hold onto the plug body, not just the
cable, to prevent damage to the cable.
WARNING
Do not remove covers or other parts that are secured with screws to avoid electrical shock that may result from
exposure to hazardous voltage, or injury from moving parts.
1.6 Electromagnetic Compatibility (EMC)
NOTE: This equipment conforms to the following EMC requirements:
FCC Part 15 Subpart B:2006, Class A
ICES–003 Issue No. 4, Class A
This is a class A product. In a domestic environment, this product may cause radio interference in which case the user may
be required to take adequate measures.
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the
FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment
is operated in a commercial environment. This equipment generates and can radiate radio frequency energy and, if not
installed and used in accordance with the instruction manual, may cause harmful interference to radio communications.
Operation of this equipment in a residential area may cause harmful interference in which case the user will be required
to correct the interference at his own expense.
This Class A digital apparatus complies with Canadian ICES–003.
If this equipment does cause harmful interference to other devices, which can be determined by turning the equipment
off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
Reorient or relocate the receiving device.
Increase the separation between the equipment.
Connect the equipment into an outlet on a circuit different from that to which the other device(s) are connected.
Consult the manufacturer or field service technician for help.
CAUTION
Do not use other devices (such as mobile phone) which generate and can radiate radio frequency energy near the
Element DC. Otherwise, physical damage or malfunction on the Element DC may occur.
1.7 Moving Parts
WARNING
Do not place your hands near the moving part (sampler, slide transfer bar, spotting part) whenever operating the
equipment, including maintenance. Also use care not to get your hands, hair, clothing, or accessories caught in
moving part.
WARNING
During sample processing, ensure the LCD under cover and sampler cover are closed and locked with the key to
prevent injuries and biohazard. If fingers touch the tip which has sample inside, the sample will spill out from the tip
to cause biohazard. When the display reads [Ready to test], the sampler cover can be opened.
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1.8 Installation Site Requirements
WARNING
Plug the power cable of the equipment into an outlet with a grounding receptacle. If the equipment is not grounded
to a protective earth lead, this may cause electrical shock.
CAUTION
Avoid the following installation sites:
Places where spills or water leakage may occur.
Places where the equipment is exposed to direct sunlight.
Places near sources of heat such as heaters.
Places where the temperature may drastically change.
Places where the equipment is subject to vibration or its support table is unstable.
1. Install the equipment in the following environmental conditions:
Location: Indoor use
Illumination: Below 6,000 cd/m² (lux) (Below 3,000 cd/m² (lux) when using the sample barcode reader)
Altitude: Up to 2,000 m
Transient overvoltage category: II
Pollution degree: 2
Operating temperature: 59°F to 89°F (15°C to 32°C)
Operating humidity: 30% to 80% RH (no vapor condensation)
2. Use the equipment under the following electrical requirements:
Voltage limit:100−240 V
Frequency: 50−60 Hz
Supply voltage fluctuations: ± 10%
Rated current: 2.5−1.1 A
Phase: Single
Type of protection against electrical shock: CLASS 1 EQUIPMENT
3. Plug the Element DC into an independent AC outlet separate from other devices.
4. Empty space is necessary at least 4 in (10 cm) on the back and the both sides of the equipment (Empty space on the
back is necessary to unplug the power cable connector from the appliance inlet of the equipment).
5. Unplug the equipment from the AC outlet if it will not be used for an extended period of time.
1.9 Test Results for Diagnosis
WARNING
In case that an analyzer malfunction error(s) is (are) displayed (printed) before/during test processing, or warning
indications are printed out along with test results, the test results may NOT be accurate. Refer to Section 5:
Troubleshooting and rerun the tests.
IMPORTANT
Make a diagnosis in a comprehensive manner, considering other relative test results or clinical situation.
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1.10 DRI-CHEM SLIDES
(Henceforth, DRI-CHEM SLIDE is shortened into “slide” in this manual.)
WARNING
Do not touch used slides with bare hands as this may cause contamination. If any part of the body comes in contact
with used slides, immediately rinse the contaminated body part thoroughly under running water and then use ethyl
alcohol as a disinfectant. Seek medical assistance if necessary.
WARNING
As used slides are infectious waste, process the waste correctly in compliance with any applicable regulations in your
country, such as by incineration, melting, sterilization or disinfection.
IMPORTANT
The slides should be stored in a refrigerator [35.6°F to 46.4°F (2°C to 8°C)] without unwrapping to avoid humidity, light,
and heat.
Only the required number of slides should be taken out of the refrigerator and warmed up to room temperature
before unwrapping the individual packages.
Complete the measurement within 30 minutes after unwrapping the individual package.
Do not touch either the center part of the surface or the back of the colorimetric test slides.
Do not touch the thread bridge part of the electrolyte slide.
Do not scratch (damage) the printed dot-code on the backside of the slides.
A new slide must be used for each measurement. Do not reuse.
NOTE: Types of slide packages and containers for liquids (e.g.,
without notice.
diluent, reference fluid) are subject to change
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TCO2 Total Carbon Dioxide
eman tseTnoitacifissalC
Biochemical
Tests
Enzymes
ALP Alkaline Phosphatase
v-AMY Amylase
CPK Creatine Phosphokinase
GGT Gamma Glutamyltransferase
GOT/AST Aspartate Aminotransferase
GPT/ALT Alanine Aminotransferase
LDH Lactate Dehydrogenase
General
Chemistry
ALB Albumin
BUN Blood Urea Nitrogen
Ca Calcium
CRE Creatinine
GLU Glucose
IP Inorganic Phosphorus
Mg Magnesium
NH
3
Ammonia
TBIL Total Bilirubin
TCHO Total Cholesterol
TG Triglyceride
TP Total Protein
UA Uric Acid
Electrolytes
Na Sodium
K Potassium
Cl Chloride
v-LIP Pancreatic Lipase
List of DRI-CHEM SLIDES for the Element DC.
NOTE: Specifications and capabilities are subject to change without notice.
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1.11 QC Card System
1. QC cards are packed together with slides in the same box. Before you start using a new lot of slides, read the QC card
using the QC card reader. It is advisable to store the QC card in the box it comes in until the accompanying lot of
slides has been used.
The analyzer can store a maximum of 2 lots of slide information for each test name.
When more than 2 lots of QC information are read, the oldest QC information will be deleted.
2. Read the QC card when no slide is in the process of being analyzed.
1.12 Handling Samples
WARNING
When handling samples (blood), always follow biohazard procedures (e.g., wearing gloves, lab coat, and safety
goggles), referring to the sample handling rules of your facility. If any part of the body comes in contact with samples,
immediately rinse the contaminated body part thoroughly under running water and then use ethyl alcohol as a
disinfectant. Seek medical assistance if necessary.
IMPORTANT
When using plasma or serum, check that the samples have not undergone hemolysis, and that they do not contain
any fibrin deposits.
1.13 Sampler Cover
WARNING
During sample processing, ensure the cover under the screen and the sampler cover are closed and locked with the
key to prevent injuries and biohazard. If fingers touch the tip which has sample inside, the sample will spill out from
the tip to cause biohazard. When the display reads “Ready to test”, the sampler cover can be opened.
1.14 Diluents and Reference Fluid
CAUTION
When handling diluent or reference fluid, always follow chemical procedures (e.g., wearing gloves, lab coat, and safety
goggles), referring to the Instructions for Use for fluids and sample handling rules of your facility.
IMPORTANT
For ISE tests, the reference fluid is necessary. Refer to the Instructions for Use for the slides.
IMPORTANT
Do not use products other than specified products designed for the Element DC, as using non-specified products
could cause inaccurate test results and damage the analyzer.
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1.15 DRI-CHEM AUTO TIPS, Sample Tubes and DRI-CHEM MIXING CUPS
(Henceforth, DRI-CHEM AUTO TIPS is shortened to “tips”, Sample Tubes to “tubes”, and DRI-CHEM MIXING CUPS to “mixing
cups” in this manual.)
The sampler of the Element DC performs pipetting automatically. However, it is necessary to prepare the DRI-CHEM AUTO
TIPS, Sample Tubes (Heparin Tube or Plain Tube) and DRI-CHEM MIXING CUPS designed for use with the Element DC.
The Sample Tubes include the following:
Heparin Tube 1.5
Heparin Tube 0.5
Plain Tube 1.5
Plain Tube 0.5
WARNING
Do not touch used tips, tubes, and mixing cups with bare hands as this may cause contamination. If any part of the
body comes in contact with contaminated consumables, immediately rinse the contaminated body part thoroughly
under running water and then use ethyl alcohol as a disinfectant. Seek medical assistance if necessary.
WARNING
As used tips, tubes, and mixing cups are infectious waste, process the waste correctly in compliance with any
applicable regulations in your country, such as by incineration, melting, sterilization or disinfection.
IMPORTANT
Use new DRI-CHEM AUTO TIPS, Sample Tubes and DRI-CHEM MIXING CUPS for each sample. Do not reuse old tips and
mixing cups.
IMPORTANT
Do not use products other than specified products designed for the Element DC, as using non-specified products
could cause inaccurate test results and damage the analyzer.
1.16 Light Source Lamp
CAUTION
The light source lamp gets very hot. Before replacing the lamp, turn the power off and wait for at least 5 minutes.
1. The light source lamp is a halogen lamp. Do not touch the glass surface of the lamp with bare hands.
2. The lamp is expendable. A spare lamp should be kept on hand in case the lamp burns out.
1.17 Recording Paper
1. Use specified recording paper for the Element DC.
2. Do not use paper other than the type specified, as this could damage the printer head.
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1.18 Warning Labels
Warning labels and safety labels on the Element DC are:
High temperature caution label
Lamp caution label
Biohazard label
Key caution label
Chemicals caution label
Finger caution label
Name-plate
Power switch
Power button
Power button
Finger caution label
Biohazard label
Name-plate
High temperature
caution label
Lamp caution label
Power switch
| : Depress to power ON
O : Depress to power OFF
Chemicals caution label
Biohazard label
Key caution label
Biohazard label
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ISE Unit (inside)
Element DC
Veterinary Chemistry Analyzer
2.1 Component Names
Printer
LCD Touch Panel
LCD Under Cover
Section 2: Component Names and Functions
Sampler Cover
Card Reader
Disposal Box
Incubator Cable
Incubator Cover
Light Source Lamp
(inside)
Front Under Cover
Sampler
Sample Rack
Slide Reader (inside)
Spotting Part
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Circuit Protector
LAN Terminal
Appliance Inlet
Air Filter (Louver)
RS232C Connector
Sampler Cover Lock
Power Switch
USB Connector
(Only for the sample
barcode reader)
NOTE: Do not connect any
USB device other than the
sample barcode reader
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2.2 Names and Functions of Touch Panel Display
Setting, measuring operation, and confirming test results and messages of the analyzer are performed with the touch
panel display. The analyzer employs a pressure-sensitive panel, and this makes it possible for users to operate wearing
gloves.
2.2.1 TOP Dialogue
By touching at the upper left of each dialogue, the TOP
dialogue is displayed.
1. Help button
The Help button is used for displaying the help dialogue.
(Refer to Section 2.2.5)
2. Measurement button
Element DC
①
②
The Measurement button is used for displaying the test
preparation dialogue for a new test.
3. Mode Function button
③
④
The Mode Function button is used for displaying the
MODE FUNCTION menu dialogue. (Refer to Section 2.2.3
⑥ ⑤
and Section 6.)
4. Power OFF button
The Power OFF button is used for turning off the power of
the analyzer. (Refer to Section 3.7.5)
5. Result Search button
The Result Search button is used for displaying the result search dialogue. (Refer to Section 2.2.4)
6. Feed button
The feed button is used for advancing recording paper in the printer. Paper advances each time the button is pressed.
IMPORTANT
The test preparation dialogue displayed after rebooting the analyzer is the same one before the reboot (either the
basic or advanced dialogue).
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2.2.2 Test Preparation Dialogue
The test preparation dialogue is for preparing and setting a test.
The dialogue is displayed after the power is turned on and the
analyzer starts up.
IMPORTANT
In dialogues (including test preparation dialogue) displayed
when performing tests, there are 2 kinds of dialogue: one is the
basic dialogue, which does not display the sample state display
area; another is the advanced dialogue, which displays the
sample state display area. By using the Display/Hide Sample
State Display button, operators can display/hide the area.
This manual gives operating instructions taking the advanced
dialogue (with the sample state display area) as an example.
1. The TOP Dialogue button
The TOP DIALOGUE is used for returning to the TOP dialogue.
2. Sample Information Setting Area
The sample information setting area displays sample
information (No., ID, Animal, Sample type and Dilution).
Touch each field in the area, input sample information and
change the input contents.
a. [No.]: Sequence No. (In the work list test preparation
dialogue, sample No. is displayed.)
By touching NO. FIELD, the screen keyboard is displayed
and you can change numbers. Up to 9 digits can be entered.
If more than 9 digits are entered or the field is blank, the
content in the field is not confirmed even after touching OK.
IMPORTANT
Change the displayed information with the Sample No./ID
settings of MODE FUNCTION.
[No. display:]: Select YES or NO. When touching NO, the
sample No. field is grayed out and you cannot enter or change
numbers.
①
⑦
⑦ ⑥
②
Basic
③
④
⑤
②
Advanced
[Keep sequence No.]: Select YES or NO. When touching NO, the
sequence No. is reset and starts with “1” when power is cycled.
When touching YES, the sequence No. is incremented (the
latest No. + 1).
b. [ID]: Sample ID or patient name (in the work list test preparation dialogue, patient ID is displayed).
When touching ID field, the screen keyboard dialogue appears. Enter alphanumeric characters (up to
13 characters), and touch OK.
IMPORTANT
Sample ID can be input with the sample barcode reader. (Refer to Section 3.9)
13
Page 20
c. [Animal]: Reference interval settings
When touching ANIMAL FIELD, the animal dialogue is
displayed. Select the animal. If there is more than one
animal page, touch the
or button to switch page.
NOTE: To cancel the reference interval settings, touch X.
d. [Sample type]: Sample type Plasma/Serum (P/S)
When touching SAMPLE TYPE FIELD, the sample type
dialogue is displayed. Select the sample type to be tested.
NOTE: To cancel the sample type setting, touch X.
e. [Dilution]: Dilution factor (None, 1, 2, 3, 4, 5 and 10)
When touching DILUTION FIELD, the dilution factor
selection dialogue is displayed. Select the dilution factor
to be used for the test.
NOTE: To cancel the dilution factor setting, touch X.
3. HELP button
The help button is used for displaying the help dialogue.
(Refer to Section 2.2.5)
4. WORK LIST button
The WORK LIST button is used for obtaining test requests
from a host PC by connecting the analyzer to PMS (Practice
Management Software). (Refer to Section 3.8.2)
5. START button
The START button is used for starting tests.
6. Sample State Display Area
The latest 20 samples’ histories can be displayed. If the
number of sample histories reaches 21, the oldest one
is deleted. When touching New test, the default test
preparation dialogue is displayed.
①
⑦
②
Basic
③
④
⑤
②
Advanced
7. DISPLAY/HIDE SAMPLE STATE DISPLAY button
The display/hide sample state display area button is used
for displaying or hiding the sample state display area.
The dialogue with the sample state display area is called
“advanced” and without the area is called “basic”.
14
⑦ ⑥
Page 21
①
Operation Steps and Screen Displays for Basic Dialogue
1. Before Testing
Make sure [Ready to test] is displayed.
Input the sample information.
If the device is connected to PMS, you can obtain test
requests by touching WORK LIST in the test preparation
dialogue before performing tests.
Place sample rack, slide cartridge, tips, and sample.
Basic
Close and lock the sampler cover with the key.
Touch START to start a test.
2. Being Spotted
[Spotting] dialogue is displayed.
The dialogue is displayed until all sides are spotted.
Touch STOP to cancel spotting.
Spotted slides are measured.
3. Being Tested (After Spotting Process)
Test preparation dialogue for the next sample will be
displayed as soon as spotting complete for all slides.
When multiple samples are being measured, an approximate
remaining time to complete all tests is displayed as a guide,
not the remaining time to complete each test.
A new sample can be placed and measured before all tests
are complete.
Open the sampler cover, and replace a sample with the
preliminary preparation for the measurement, and touch
START.
②
The next sample
No. is displayed.
③
④
Remaining time until all test
results are ready.
4. End of Testing
After all tests are completed, the remaining time disappears
from the LCD touch panel.
A measurement for the new sample can be started.
15
Page 22
Operation Steps and Screen Displays for Advanced Dialogue
1. Before Testing
Make sure [Ready to Test] is displayed.
Touch NEW TEST, and input the sample information.
If the device is connected to PMS, you can obtain test
requests by touching WORK LIST in the test preparation
dialogue before performing tests.
Place sample rack, slide cartridge, tips, and sample.
Close and lock the sampler cover with the key.
Touch START to start a test.
2. Being Spotted
[Spotting] is displayed.
The dialogue is displayed until all sides are spotted.
Touch STOP to cancel spotting. Spotted slides are measured.
3. Being Tested (After Spotting Process)
After completing the spotting, the measurements start and
[Testing] is displayed.
An approximate remaining time to complete the test is
displayed as a guide.
①
②
③
Advanced
Sample information shown on
the screen remains the same.
NOTE: When multiple samples are being measured, an
approximate remaining time to complete each test can be
checked.
The measurement can be continued with a new sample.
Open the sampler cover, and replace a sample with the
preliminary preparation for the measurement, and touch
START.
4. End of Testing
After all tests are completed, the remaining time disappears
from the LCD touch panel.
When performing a new test, touch NEW TEST to prompt
the new test preparation dialogue.
Open the sampler cover, and replace a sample with the
preliminary preparation for the measurement, and touch
START.
④
Remaining time until test results
of the sample are ready.
16
Page 23
2.2.3 Mode Function Dialogue
① ②
Mode functions are used for changing functions, inputting or printing parameters, or cleaning the analyzer, etc.
1. TOP DIALOGUE button
The TOP DIALOGUE button is used for returning to the TOP
dialogue.
2. CONTROL button
The CONTROL button is used for measuring with the control
3
mode. The correlation coefficients reset to a=1 and b=0, the
units reset to Unit (A) and the dilution factors reset to no
dilution. (Refer to Section 6.2)
NOTE: this is not used for Heska Chemistry Control.
3. MODE FUNCTION buttons <Normal>
The MODE FUNCTION buttons are used for displaying a
respective MODE FUNCTION dialogue to be used by normal
operators. (Refer to Section 6)
4. BACK button
The BACK button is used for returning to the [TOP Dialogue].
5. FOR ADMINISTRATOR button <Admini.>
The FOR ADMINISTRATOR button is used for displaying the MODE FUNCTION menu dialogue. Inputting a password
is needed to enter into the administrator mode. (Refer to Section 6)
2.2.4 Result Search Dialogue
A maximum of latest test results for 100 samples can be displayed
in sequence beginning with newest data.
1. TOP Dialogue button
①④② ③
The TOP DIALOGUE button is used for returning to the
TOP DIALOGUE.
2. DATE button
The DATE button is used for displaying the search result
dialogue by date.
3. HELP button
The HELP button is used for displaying the help dialogue.
(Refer to Section 2.2.5)
4. DATE SCROLL button
The DATE SCROLL button is used for scrolling up or down
a list of the test date buttons.
5. Test Information Setting Area
The No., ID, Animal, Sample type and Dilution fields are
displayed in the Test Information Setting Area. By touching
NO. or ID, the preset information can be changed.
⑤
⑥⑫⑬ ⑨⑩⑪ ⑧ ⑦
17
Page 24
Hide indicator Display indicator
Test Results Lower Limit Test Results Upper Limit
Test Results
Green: Within reference interval
Red: Outside reference interval
Green: All test results within
reference interval
Red: One or more test
results outside
reference interval
6. Result data SCROLL button
The Result data SCROLL button is used for scrolling up or
down a list of the test results.
7. Result Data Display Area
Test results are displayed in the result data display area. You
can display or hide indicator. (Refer to Section 6.9.4)
8. RETRANSMISSION button
The RETRANSMISSION button is used for sending the test
results of the sample displayed in the dialogue to PC (PMS).
9. RERUN button
The RERUN button is used for perform the next test with
the same No., ID, Animal and Sample type information.
Information in the Dilution field can be changed.
10. REPRINT button
The REPRINT button is used for printing all test results of the
sample displayed.
①④② ③
⑤
⑥⑫⑬ ⑨⑩⑪ ⑧ ⑦
11. FEED button
The FEED button is used for advancing recording paper in the printer.
12. SAMPLE HISTORY button
The SAMPLE HISTORY button is used for displaying all sample test histories by day.
13. SAMPLE HISTORY SCROLl button
The SAMPLE HISTORY SCROLL button is used for scrolling up or down a list of sample histories.
18
Page 25
2.2.5 Help Dialogue
The procedure of [Set (Blood)] or [Maintenance] (periodic maintenance) is displayed.
[Others] provides descriptions of the test result signs.
Operation method
1. ITEM button
The ITEM button is used for displaying help items.
2. X button
The X button is used to close the help dialogue.
3. ITEM DETAIL buttons
The ITEM DETAIL buttons are used for displaying details of a
respective help item.
①
②
4. STEP buttons
The STEP buttons are used for displaying a respective help
procedure.
NOTE: At the beginning of a month, the [Perform periodic
maintenance] dialogue may be displayed.
By touching the appropriate maintenance button, the help
dialogue is displayed. Perform the periodic maintenance
according to instructions. For further information of the periodic
maintenance, refer to Section 4, Periodic Maintenance.
③
④
19
Page 26
2.3 Names and Functions of Screen Keyboard
There are 2 kinds of screen keyboards: one is the ten-key keyboard; another is the alphanumeric keyboard. When entering
numbers or letters during operation or setting, the screen keyboard pops up automatically.
2.3.1 Ten-Key Input Dialogue
Numeric characters are input with ten-key.
~
%NVS
&OHDU
2.
NUMERIC button
The NUMERIC buttons are used for inputting numeric characters.
PERIOD button
The PERIOD button is used for inputting a decimal point.
- (Minus) button
The (Minus) button is used for inputting the minus (-) sign.
BKSP (Backspace)button
The BKSP (Backspace) button is used for deleting the character on the left side of the
cursor.
CLEAR button
The CLEAR button is used for deleting all input data.
CURSOR MOVE buttons
The CURSOR MOVE buttons are used for moving the cursor character-by-character to
right or left each time the either button is pressed.
OK button
The OK button is used for confirming input data.
ᶣ
X button
The X button is used for deleting all input data and exit the screen keyboard dialogue.
20
Page 27
2.3.2 Alphanumeric Input Dialogue
abc
123 #
Alphanumeric characters are input. The input dialogue can be switched with the ABC button, abc button, 123 button or
# button.
ABC
<If the ABC button is selected>
Capital letters and numbers can be input.
$
~
~
%NVS
&OHDU
6SDFH
=
2.
NUMERIC buttons
The NUMERIC buttons are used for inputting numeric characters.
ALPHABETICAL (Capital letters) buttons
The ALPHABETICAL buttons are used for inputting alphabet in capital letters.
BKSP (Backspace) button
The BKSP (Backspace) button is used for deleting the character on the left side of the
cursor.
CLEAR button
The CLEAR button is used for deleting all input data.
CURSOR MOVE buttons
The cURSOR MOVE buttons are used for moving the cursor character-by-character to right
or left each time the either button is pressed.
SPACE button
The SPACE button is used for inputting space for one character.
OK button
The OK button is used for confirming input data.
ᶣ
X button
The X button is used for deleting all input data and exit the screen keyboard dialogue.
21
Page 28
abc
ABC
123 #
<If the abc button is selected>
Lower case letters and numbers can be input.
D
~
%NVS
~
&OHDU
6SDFH
]
2.
NUMERIC buttons
The numeric buttons are used for inputting numeric characters.
ALPHABETICAL (Lower case letters) buttons
The ALPHABETICAL buttons are used for inputting alphabet in lower case letters.
BKSP (Backspace) button
The BKSP (Backspace) button is used for deleting the character on the left side of the
cursor.
CLEAR button
The CLEAR button is used for deleting all input data.
CURSOR MOVE buttons
The CURSOR MOVE buttons are used for moving the cursor character-by-character to right
or left each time the either button is pressed.
SPACE button
The SPACE button is used for inputting space for one character.
OK button
The OK button is used for confirming input data.
ᶣ
X button
The X button is used for deleting all input data and exit the screen keyboard dialogue.
22
Page 29
123
#
<If the 123 button is selected>
Numeric characters can be input with ten-key.
Refer to Section 2.3.1 for names and functions of
the ten-key buttons.
#
<If the # button is selected>
Symbols and numeric characters can be input.
~
~
%NVS
&OHDU
6SDFH
!
2.
NUMERIC buttons
The NUMERIC buttons are used for inputting numeric characters.
SYMBOL buttons
The SYMBOL buttons are used for inputting symbols.
BKSP (Backspace) button
The BKSP (Backspace) button is used for deleting the character on the left side of the
cursor.
CLEAR button
The CLEAR button is used for deleting all input data.
CURSOR MOVE buttons
The CURSOR MOVE buttons are used for moving the cursor character-by-character to right
or left each time the either button is pressed.
SPACE button
The SPACE button is used for inputting space for one character.
OK button
The OK button is used for confirming input data.
X button
ᶣ
The X button is used for deleting all input data and exit the screen keyboard dialogue.
23
Page 30
Element DC
Section 3: Principles of Operation
Veterinary Chemistry Analyzer
Operation
This section provides an overview of the operations and the process that the Element DC needs to produce test results.
3.1 Slide Loading
The analyzer can compensate for the differences between the slide production lots by reading the QC card in the box of
slides.
The slides are unwrapped and loaded in the slide cartridge after they reach room temperature. ISE slides can be loaded
along with colorimetric (CM) slides.
The slide cartridge can contain a maximum of 20 slides (including ISE slides) at one time.
The analyzer determines the test name from the slide information printed on the reverse side of the slide.
3.2 Sample Loading
Single-use, disposable sample tubes (0.5 ml or 1.5 ml) can be set in the sample rack. Each tube has a maximum and
minimum volume for sample.
When running ISE tests, the reference fluid must be loaded prior to the test.
When diluting the sample automatically, a mixing cup and the diluent must be loaded for automatic tests.
3.3 Sampling and Spotting
The sampler detects the surface of the sample, aspirates a required volume of sample, and spots it on the slide. If the
analyzer is operated in dilution mode, the sampler aspirates the diluent, mixes it with the sample, and spots the diluted
sample on the slides.
3.4 Incubation
The incubator can hold a maximum of 12 CM slides and one ISE slide. The incubator incubates the CM slides for
approximately 6 minutes at 98.6°F (37°C) and the ISE slide for approximately 1 minute at 86°F (30°C). If slides remain in the slide
cartridges, they will be transported one by one into the incubator until the cartridge is empty.
3.5 Photometer and Potentiometer Readout
By touching START, the analyzer performs tests automatically.
The photometer head below the incubator reads the reflectance of the slides as well as the white reference plate and
the black reference plate. The analyzer uses the reflectance readings, together with the reference readings, the standard
curves, and the QC information to determine the concentrations of the samples.
The potentiometer head below the ISE incubator reads the electrical potential of the ISE slide. The analyzer
determines the concentrations of the electrolyte in the sample using the electrical potential readings, together with the
standard curves.
The test results are printed out and can also be transmitted to an external computer if necessary.
25
Page 31
3.6 Disposal of Consumables
Used slides and tips are discarded into a disposal box. The used sample tubes, diluent, reference fluid, and mixing cups
must be replaced by hand.
3.7 Preparations
To turn the power on the first time, depress the [ I ] side
of the power switch which is located the right side of the
analyzer. The analyzer boots up. Then, use the panel power
button to turn the analyzer on and off.
NOTE: If analyzer will not be used for a long period of time,
depress the [O] side of the power switch.
3.7.1 List for Daily Maintenance before Use
According to Section 3.7.2, please perform the daily maintenance before use.
Item Contents Reference Section
Cleaning disposal box Dispose of used slides and tips.
Checking air filter Check that the air filter on the left side of the analyzer is set.
Removing used consumables Dispose of used mixing cup and remaining reference fluid and remove
remaining sample.
Checking recording paper When a red line appears along the sides of the recording paper, replace the
recording paper roll with a new one.
Checking date & time If either the date or time is incorrect, adjust it using the [Date & Time Settings]
of MODE FUNCTION.
3.7.2 Preparations before Turning the Power On (Daily Maintenance before Use #1)
1. Remove the disposal box and dispose of the tips and slides.
IMPORTANT
If the box is completely full, slide transfer error or tip eject error
may occur causing adverse effects on test results.
2. Check that the air filter is set.
IMPORTANT
If the analyzer is used without setting the filter, adverse effects
on test results may occur.
3.7.2 (1)
3.7.2 (2)
3.7.2 (3)
3.7.2 (4)
3.7.3 (4)
3. Dispose of used mixing cup and remaining reference fluid
and remove remaining sample.
4. Check remaining recording paper.
When a red line appears along the sides of the recording
paper, replace the recording paper roll with a new one. Refer
to Section 4.5 for replacing.
26
Page 32
WARNING
Cutter-edge
Do not touch the edge of the paper cutter with bare hands.
3.7.3 Turning the Power On (Daily Maintenance before Use #2)
1. Close the sampler cover.
2. Lock the sampler cover with the key.
WARNING
During sample processing, ensure the LCD under cover and
sampler cover are closed to prevent injuries and biohazard.
When the display reads [Ready to test], the sampler cover can
be opened.
3. Turn the power button on.
Press POWER.
NOTE: If power switch is not turned on, depress the [ I ] side of
the power switch. The analyzer boots up. Pressing POWER is not
necessary.
27
Page 33
NOTE: Turning the power on for the first time or leaving the power
When turning the power on for
the first time at the beginning of
a month, the [Perform periodic
maintenance.] dialogue is
displayed.
continuously off for a long time may cause the date error (error code:
E0500) prompting the resetting of the date. In this case, set the date
and the time using the [Date & Time Settings] of MODE FUNCTION.
(Refer to Section 6.3)
NOTE: At the beginning of a month, the [Perform Periodic
Maintenance] dialogue may be displayed.
By touching the appropriate maintenance button, the help dialogue
is displayed. Perform the periodic maintenance according to
instructions. For further periodic maintenance information, refer to
Section 4, Periodic Maintenance.
When turning the power on for
the first time at the beginning of
a month, the [Perform periodic
maintenance.] dialogue is
displayed.
4. Check the [Warming Up] dialogue. Or check printed date and
time. If either the date or time is incorrect, adjust it using the
[Date & Time Settings] of MODE FUNCTION. (For details, refer to
Section 6.3.)
IMPORTANT
In case that the date and time are not adjusted correctly, the
analyzer may fail to determine the expirations of the slides, so that
the test results may NOT be accurate.
5. Prepare the necessary peripheral accessories. Take out the
slides from the refrigerator and allow them to stand without
unwrapping until they reach room temperature.
6. The test preparation dialogue is displayed. (Refer to Section 2.2.2)
28
Page 34
3.7.4 List for Daily Maintenance after Use
According to Section 3.7.5, please perform the daily maintenance after use.
Item Contents Reference Section
Cleaning disposal box Empty the disposal box of used slides and tips. 3.7.5 (2)
Removing used consumables
Dispose of used mixing cup and remaining reference fluid and remove
remaining sample.
3.7.5 (3)
Cleaning spotting part and sample rack Clean the spotting part and around the sample rack. 3.7.5 (4)
3.7.5 Turning the Power Off (Daily Maintenance after Use)
1. Press Power button or Power OFF on the LCD touch panel.
WARNING
Do not turn off the power during measurement process and
mode operations. Otherwise, physical damage may occur.
If the power is turned off during measurement process,
load consumables (tips, etc.) and perform the tests from the
beginning. Be sure to replace the mixing cup for tests that
require dilution.
NOTE: If analyzer will not be used for a long time, depress the
Element DC
[] side of the power switch.
2. Remove the disposal box and dispose of the tips and slides.
3. Dispose of used mixing cup and remaining reference fluid
and remove remaining sample.
Discard
d
c
Remove
D
MIX CUP
b
RE
16x100
a
29
Page 35
4. Clean around the sample rack and the spotting part.
Clean
Insert the tube holder “3” (for 1.5 mL tubes)
Insert a pin “7” in the left
Use swabs moistened with ethyl alcohol as a disinfection for
cleaning.
WARNING
When disinfecting (cleaning) the analyzer, always follow
biohazard procedures (e.g., wearing gloves, lab coat, and safety
goggles).
If any part of the body comes in contact with contaminated
parts, immediately rinse the contaminated body part
thoroughly under running water and then use ethyl alcohol as
a disinfectant. Seek medical assistance if necessary.
WARNING
As contaminated swabs used for cleaning the analyzer are
infectious waste, process the waste correctly in compliance
with any applicable regulations in your country, such as by
incineration, melting, sterilization or disinfection.
5. If the LCD touch panel is dirty, use a soft cloth or a cloth damped with a small amount of ethyl alcohol to clean by
wiping gently.
6. Close the sampler cover.
3.7.6 Sample Racks
Sample racks depend on sample tubes to be used.
IMPORTANT
Aassembling incorrectly may cause adverse effects on test results due to incorrect suction or analyzer damage;
assemble the sample racks correctly.
1. Sample rack assembly for a 1.5 mL sample tube.
in the hole.
a
(back view) hole.
Place label “1.5 ml”.
MIX CUP
b
1.5mI
30
Page 36
2. Sample rack assembly for a 0.5 mL sample tube.
Insert the tube holder “4” (for 0.5 mL tubes)
(back view) and the center
in the hole.
a
Insert pins “7” in the right
holes.
Place label “0.5 ml”.
MIX CUP
b
0.5mI
The tube contents of a blood collection tube determine which slide is applicable.
The following is general information about tube contents and the applicable tests.
a. Heparin tube
• Applicable to all tests (For GLU and NH3, measure the samples as soon as possible after blood collection).
• General color of cap: Green
b. Plain tube (no additives, available coagulant contained)
• Applicable to other than GLU and NH3
• General color of cap: Red
3.7.7 Producing Samples Using Sample Tubes
1. Obtaining plasma samples
a. Untreated whole blood can be collected and placed
directly into heparin tubes (green cap). Whole blood
samples already containing lithium heparin from another
collection tube can be transferred into non-heparinzed
tubes (red cap).
NOTE: The top surface of the sample fluid must be within the
shaded section of the tubes as shown in the figure to the right.
If the blood in the tube is below the suction limit mark, the
analyzer will indicate an insufficient sample volume error.
NOTE: For aspirating only the supernatant fluid (plasma) of the
centrifuged sample (to avoid aspiration of red blood cells), at least
1.0 ml (for 1.5 ml tube) or 0.3 ml (for 0.5 ml tube) of the whole
blood sample should be put in each tube.
b. Put caps on the tubes and mix the contents by rotating
them five or six times.
c. Centrifuge the samples using a commercially available
centrifuge.
1.5
0.5
1.0
0.5
0.3
0.1
31
Page 37
2. Obtaining serum samples
a. Collect whole blood samples not processed with
anticoagulant into standard glass clinical plain tubes.
Allow sample to clot at room temperature for at least
20 minutes (40 minutes for horses).
Centrifuge the sample using a commercially available
b.
centrifuge.
1.5
0.5
1.0
0.5
0.3
0.1
c. Transfer the separated serum into a 0.5 ml non-
heparinized tube (red cap) and place in the instrument
for analysis.
NOTE: The top surface of the sample fluid must be within the shaded section of the tubes as shown in the top-right figure.
If the serum in the tube is below the suction limit mark, the analyzer will indicate an insufficient sample volume error.
3.7.8 QC Card System
1. Overview
The QC card system compensates for variations between production lots of DRI-CHEM SLIDES and ensures uniform
performance.
2. Inputting lot compensation coefficients using the QC card
The lot compensation coefficients are magnetically recorded on QC cards, and one QC card is packed with
each box of slides. When data is input from a new card, the previously stored lot compensation coefficients are
updated. In addition to the lot compensation coefficients, each QC card also has slide data essential for performing
measurements. Therefore, read in the new QC cards when you switch to a new box of slides.
NOTE: The analyzer can memorize a maximum of 2 lots of slide information for each individual slide and each panel type.
When more than 2 lots of QC information are read, the oldest QC information will be deleted.
NOTE: A QC card is not supplied for ISE (Na, K, Cl) slides.
3. Using QC cards
Read QC cards when a new test slide type will be used or
when changing to a new lot of slides.
a. Make sure [Ready to test] or [Warming up] is displayed.
b. Insert a QC card into the card reader on the right-hand
side of the Element DC, and pull it towards you slightly.
c. The test name and lot number are indicated on the
display and the printer.
d. This completes the input procedure.
NOTE: When [QC ERR] is displayed, read the QC card once again.
NOTE: If multiple QC cards are inserted into the card reader, the
information on the last QC card inserted is displayed.
4. Using DI cards
When you receive DI cards from the manufacturer due to
a change of the slide’s manufacturing process, read the DI
cards according to the instruction. Reading method is the
same as for the QC card.
i
測定できます
QC card has been read.
測定する
Ca -PS
Lot. 150813
キャリブレーション
32
測定履歴
電源OFF
モード機能
OK
Page 38
3.8 Measurements
3.8.1 Basic Measurements (excluding ISE tests and tests that require dilution)
1. Make sure [Ready to Test] is displayed.
2. Open the sampler cover.
3. Set a sample rack.
Set a specified sample rack for the test tube to be used at the
1 SET POSITION (indicated by the label) on the analyzer.
NOTE: Be sure to set the sample rack down to the bottom.
4. Obtain test information from PMS (If the device is connected
to PMS).
If the device is connected to PMS, you can obtain patient IDs
and test requests from PMS by using the WORK LIST button.
(For details, refer to Section 3.8.2.)
1
5. Load slides in a slide cartridge.
Place slides to be tested, printed test name facing up, in a
slide cartridge. Be sure to put a slide weight on top of the
slide cartridge.
NOTE: A maximum of 20 slides can be loaded in the slide
cartridge.
NOTE: When performing dilution or ISE tests for one sample, there
are rules for slide stacking orders. (Refer to Section 3.8.3 and 3.8.4.)
6. Place the slide cartridge in the analyzer.
Place the slide cartridge properly with the label side facing the
2 SET POSITION (indicated by the label) in the analyzer.
NOTE: Be sure to set the slide cartridge firmly in place so that it is
not lifted. Otherwise, a reading error may occur.
7. Put DRI-CHEM AUTO TIPS (henceforth, “tip”) into hole “a” on the
sample rack.
8. Set a sample tube in the sample rack.
Remove the cap from the blood collection tube or sample
tube which contains sample. Put the tube in the sample rack.
Slide weight
To avoid an error, make sure there are no bubbles in the
sample. Use a centrifuge to remove bubbles.
9. Input or select sample information.
Input or select sample information (No., ID, Animal, Sample
type and Dilution) at the test preparation dialogue.
For further information of the settings of the test preparation
dialogue, refer to Section 2.2.2. Refer to Section 2.3 for input at
the screen keyboard dialogue.
33
Hole a
Page 39
IMPORTANT
The sample type and the sample type setting of the Element DC
must be same. Otherwise, the wrong test result will be obtained.
IMPORTANT
For further information of the reference interval settings, refer to
the Reference interval settings of MODE FUNCTION.
IMPORTANT
Be careful not to input wrong No. or ID.
10. Close the sampler cover.
11. Lock the sampler cover with the key.
WARNING
During sample processing, ensure the LCD under cover and sampler cover are closed to prevent injuries and
biohazard. When the display reads [Ready to Test] or [Testing], the sampler cover can be opened.
12. Start testing.
a. Touch S TART to begin testing.
IMPORTANT
The disposal box must remain closed during testing.
Otherwise, the results may be affected by opening it.
b. Automatic spotting starts. The spotting dialogue is
displayed.
NOTE: Touch STOP to cancel spotting. Those slides that have
already spotted will be measured, and test results will be
displayed.
c. [Spotting] on top of the dialogue will change to
[Testing] after spotting is complete, and the remaining
time to complete tests will be displayed.
NOTE: When performing the next test with the same No., ID,
Animal and Sample type as those of the previous test, touch
ADDITIONAL TEST. Only the setting of the Dilution field can be
changed.
NOTE: On basic dialogue, test preparation dialogue for the next
sample will be displayed as soon as spotting complete.
34
Displays estimated time (min.) to complete
the current measurements. When the
remaining time is less than 1 minute,
[Wait a minute.] is displayed.
Page 40
WARNING
Do not open the disposal box during test processing. Otherwise, the analyzer may fail to properly eject used slides and
tips.
WARNING
Do not touch used slides and tips with you bare hands as this may increase your risk of infection. If you accidentally
touch those slides and tips, immediately wash your hands with running water and then use ethyl alcohol as a
disinfectant. Seek medical assistance if necessary.
IMPORTANT
Do not open the disposal box during test processing. Otherwise, adverse effects on test results may occur.
d. After the test is completed, the test result dialogue is
displayed.
NOTE: When performing the next test with the same No., ID,
Animal and Sample type as those of the previous test, touch
the RERUN button. Only the setting of the Dilution field can be
changed.
NOTE: When performing a new test by changing the test factors,
touch the New test button.
Test result display area
13. Empty the disposal box when not performing a test. The
disposal box capacity is 100 slides and 50 tips.
(Supplement) About Automatic Test Start
If the analyzer is not used for a period of time, the light source
lamp is turned off to save lamp life. This time period is set in the
lamp configuration MODE FUNCTION.
While the lamp is off, touch panel display goes dark.
By touching the panel to start tests again, the display indicates
[Lamp Warming Up].
Element DC
A certain period of time has passed
Element DC
35
Touch the panel
Page 41
Element DC
Element DC
A certain period of time has passed
Touch the panel
By touching START (Reserve) while the test preparation dialogue
is displayed, the analyzer is set to start tests automatically when
ready. The display indicates [Test Reserved].
NOTE: To cancel the automatic test start, touch the STOP button.
NOTE: When performing tests that require dilution, touch START
(Reserve) to set the automatic test start after setting a dilution
factor in the dilution field.
3.8.2 Usage of the WORK LIST button
If the device is connected to PMS, you can obtain patient IDs
and test requests by touching the WORK LIST button in the test
preparation dialogue before performing tests.
NOTE: PMS is sold separately.
1. Touch the WORK LIST button.
The Element DC receives a work list (a list of patients and
their samples to be tested) from PMS.
The work list index dialogue is displayed.
NOTE: Use the Work list selection setting of MODE FUNCTION to
display the list. (Section 6.9.6)
PMS refers to [Sample No.] as [Sample ID], and to [Sample ID] as
[Patient ID].
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2. Touch an item listed.
The requested item is displayed in the work list test
preparation dialogue.
If there is more than one list, touch the or button to
move to another page.
NOTE: By touching CANCEL, the display returns to the test
preparation dialogue.
NOTE: By touching CONFIRMATION, the work list test name
dialogue is displayed. If no item is selected, the display returns to
the work list index dialogue.
Touch an item listed.
Touch the “confirmation” button
By touching
, a test name of the selected patient is printed
out.
If there is more than one test name list, touch
or to move to
another page.
By touching CANCEL, the display returns to the work list index
dialogue.
By touching OK, the work list test preparation dialogue is
displayed.
NOTE: A patient name is displayed in the No. field of the work list
test preparation dialogue.
NOTE: A sample ID or patient ID is displayed in the ID field of
the work list test preparation dialogue. Use the WORK LIST
SELECTION SETTING of MODE FUNCTION to select the SAMPLE
ID/PATIENT NAME button or PATIENT ID/PATIENT NAME
button.
3. Prepare slides.
Prepare appropriate number of slides per test request.
The display moves to the work list test
preparation dialogue.
4. Perform the measurements.
For the testing procedures, refer to each instruction (Section 3.8.1 Basic Measurement, 3.8.3 ISE Tests, 3.8.4 Tests that
Require Dilution).
NOTE: Select a sample type by touching the [Sample Type] field.
NOTE: In case of tests that require dilution, select a dilution factor touching the [Dilution] field.
NOTE: To cancel the test for the patient, touch CANCEL WORK LIST. The display returns to the test preparation dialogue.
5. After the tests are completed, the test results will be transmitted.
After the tests are completed, the test results will be transmitted to the PMS automatically.
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Arrows pointing
right
3.8.3 ISE Tests
1. Make sure [Ready to Test] is displayed.
2. Open the sample cover.
3. Set a sample rack.
Set a specified sample rack for the test tube to be used at the 1 SET POSITION (indicated by the label) on the analyzer.
NOTE: Be sure to set the sample rack down to the bottom.
4. Obtain test information from PMS (If the device is connected to PMS).
If the device is connected to PMS, you can obtain patient IDs and test requests from PMS by using the WORK LIST
button. (For details, refer to Section 3.8.2.)
5. Load an ISE slide in a slide cartridge.
Place an ISE slide, the arrow indications facing up and
pointing to the right, in a slide cartridge. Be sure to put a
slide weight on top of the slide cartridge.
NOTE: The arrows on the ISE slide point in the opposite direction
to the movement of the slide transfer.
NOTE: Two or more ISE slides cannot be tested for one sample.
6. Place the slide cartridge in the analyzer.
Place the slide cartridge properly with the label side facing
the 2 SET POSITION (indicated by the label) in the analyzer.
NOTE: Be sure to set the slide cartridge firmly in place so that it is
not lifted. Otherwise, a reading error may occur.
7. Put tips into holes “c” and “d” on the sample rack.
8. Set a sample tube in the sample rack.
IMPORTANT
If the sample tube is set in the reference fluid setting position,
wrong test results will be obtained. Be sure to set in the sample
position on the sample rack.
Remove the cap from the sample tube which contains sample.
Put the tube in the sample rack.
To avoid an error, make sure there are no bubbles in the sample.
Use a centrifuge to remove bubbles.
9. Prepare the reference fluid.
Pour at least 100 µL of reference fluid into the 0.5 ml plain
tube (red cap) and insert it into the set position just before
the test. Do not put a cap on the tube.
Hole d
Hole c
d
c
RE
0.5
0.3
0.1
MIX CUP
b
Required reference
fluid volume
At least 100ǴL
a
IMPORTANT
If the reference fluid is set in the sample setting position,
wrong test results will be obtained. Be sure to set in the
reference fluid position.
NOTE: There is a 50 µL dead volume for reference fluid, which
cannot be aspirated.
38
d
c
MIX CUP
b
RE
RE
a
Page 44
NOTE: Do not use a heparin tube (green cap).
NOTE: As reference fluid evaporates gradually, dispose of remaining liquid after the tests.
10. Input or select sample information.
Input or select sample information (No., ID, Animal, Sample
type and Dilution) at the test preparation dialogue.
For further information of the settings of the test preparation
dialogue, refer to Section 2.2.2.
Refer to Section 2.3 for input at the screen keyboard dialogue.
IMPORTANT
The sample type and the sample type setting of the Element DC must be same. Otherwise, the wrong test result will
be obtained.
IMPORTANT
For further information of the reference interval settings, refer to the Reference interval settings of MODE FUNCTION.
IMPORTANT
Be careful not to input wrong No. or ID.
11. Close the sampler cover.
12. Lock the sampler cover with the key.
13. Start the test.
14. After the tests are completed, dispose of the remaining reference fluid and remove the remaining sample.
WARNING
During sample processing, ensure the LCD under cover and sampler cover are closed to prevent injuries and
biohazard. When the display reads [Ready to test], the sampler cover can be opened.
IMPORTANT
When discarding reference fluid, always follow chemical procedures (e.g., wearing gloves, lab coat, and safety
goggles), referring to the chemical handling rules at your facility. If any part of the body comes in contact with
reference fluid, immediately rinse the contaminated body part thoroughly under running water.
IMPORTANT
Dispose of reference fluid in compliance with chemical handling rules at your facility and any applicable regulations in
your country.
3.8.4 Tests That Require Dilution
There are 2 ways to perform tests that require dilution. One is using the dilution buttons to set a dilution factor. Another is
using the [Dilution factor] in the MODE FUNCTION to preset dilution factors for each test name and its sample type. Using
the dilution buttons is explained in this section.
NOTE: When setting a dilution factor using the dilution buttons in the test preparation dialogue, the dilution factor setting
by the [Dilution factor] of MODE FUNCTION is ignored.
NOTE: In case of tests that require dilution, the test results are multiplied by the dilution factor before printing; no
recalculation will be necessary. The printed result values can be reported to the doctors directly.
NOTE: One dilution factor can be set for one sample.
NOTE: Maximum number of dilution tests for one mixing cup is 3.
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1. Make sure [Ready to Test] is displayed.
a
2. Open the sampler cover.
3. Set a sample rack.
Set a specified sample rack for the test tube to be used at
the 1 SET POSITION (indicated by the label) on the analyzer.
NOTE: Be sure to set the sample rack down to the bottom.
4. Obtain test information from PMS (If the device is
connected to PMS).
If the device is connected to PMS, you can obtain patient
IDs and test requests from PMS by using WORK LIST in the
test preparation dialogue. (For details, refer to Section 3.8.2.)
5. Load slides in a slide cartridge.
Place slides to be tested, printed test name facing up, in a
slide cartridge. Be sure to put a slide weight on top of the
slide cartridge.
6. Place the slide cartridge in the analyzer.
Place the slide cartridge properly with the label side facing
the 2 SET POSITION (indicated by the label) in the analyzer.
1
Slide weight
NOTE: Be sure to set the slide cartridge firmly in place so that it
is not lifted. Otherwise, a reading error may occur.
7. Put tips into holes “a” and “b” on the sample rack.
8. Set a sample tube in the sample rack.
Remove the cap from the sample tube which contains the
sample. Place the tube in the sample rack.
NOTE: To avoid an error, make sure there are no bubbles in the
sample. Use a centrifuge to remove bubbles.
9. Place a DRI-CHEM MIXING CUP (henceforth, mixing cup)
into sample rack.
Place a mixing cup on the sample rack (MIX CUP) and
pour in 300–400 L of diluent into the left-hand hole
(indicated “D”) of the mixing cup.
IMPORTANT
Be sure to set a mixing cup. Otherwise, sample will be
dropped directly onto the sample rack as this may cause
contamination.
Hole b
d
c
Diluent volume
Ǵ./#:
Ǵ./+0
d
Hole
MIX CUP
b
RE
Pour into the left hole
OO
c
MIX CUP
b
RE
a
a
NOTE:
Do not pour liquid into the right-hand hole of the
mixing cup.
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10. Input or select sample information.
Input or select sample information (No., ID, Animal, Sample
type and Dilution) at the test preparation dialogue.
For further information of the settings of the test preparation
dialogue, refer to Section 2.2.2.
Refer to Section 2.3 for input at the screen keyboard dialogue.
IMPORTANT
The sample type and the sample type setting of the Element DC must be same. Otherwise, the wrong test result will
be obtained.
IMPORTANT
For further information of the reference interval settings, refer to the Reference interval settings of MODE FUNCTION.
IMPORTANT
Be careful not to input wrong No. or ID.
IMPORTANT
Select [None], [1], [2], [3], [4], [5] or [10] for a dilution factor.
NOTE: A Dilution factor of 1 means no dilution will be performed.
(The [Dilution factor] of MODE FUNCTION is ignored.)
NOTE: [None] means no dilution usually, but if the dilution is
preset by the [Dilution factor] of MODE FUNCTION, the dilution
will be performed.
NOTE: Touch X at the top right of the dialogue to cancel a
dilution setting.
11. Close the sampler cover.
12. Lock the sampler cover with the key.
WARNING
During sample processing, ensure the LCD under cover and sampler cover are closed to prevent injuries and
biohazard. When the display reads [Ready to test], the sampler cover can be opened.
13. Touch START to start testing.
The tests start with a set dilution factor.
IMPORTANT
The disposal box must remain closed during testing. Otherwise, the results may be affected by opening them.
14. After the tests are completed, the test result dialogue is
displayed.
NOTE: When performing the next test with the same No., ID,
Animal and Sample type as those of the previous test, touch
RERUN. Only the setting of the Dilution field can be changed.
NOTE: When performing a new test by changing the test factors,
touch NEW TEST.
41
Test result display area
Page 47
15. After the tests are completed, dispose of the used mixing cup and remove the remaining sample.
WARNING
When discarding used mixing cups, always follow biohazard procedures (e.g., wearing gloves, lab coat, and safety
goggles), referring to the sample handling rules at your facility. If any part of the body comes in contact with samples,
immediately rinse the contaminated body part thoroughly under running water and then use ethyl alcohol as a
disinfectant. Seek medical assistance if necessary.
WARNING
As used mixing cups are infectious waste, process the waste correctly in compliance with any applicable regulations
in your country, such as by incineration, melting, sterilization or disinfection.
3.8.5 Setting Slides
Be sure to follow the slide stacking rules as shown below.
IMPORTANT
Complete the measurement within 30 minutes after unwrapping the individual package.
CM: Colorimetric test that does not require dilution
NOTE:
CM (Dil): Colorimetric test that requires dilution
NOTE: Always put an ISE slide first or last.
NOTE: A maximum of 20 slides can be loaded in a slide cartridge.
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Inappropriate slide stacking orders
Avoid performing tests with more than one dilution factor
setting for one sample.
9
&KNHCEVQT'44
NOTE: One dilution factor can be set for one sample.
The example shows 2 ISE slides stacked on the slide cartridge.
When performing an ISE test, tips are disposed of each time an
ISE slide is measured. As a result, the warning will occur before
starting the test for the second ISE slide to stop the sampling
process.
ISE
ISE
When the warning occurs, the analyzer has already finished the
measurements for the sample and an ISE slide is remaining on
the slide cartridge. When performing the ISE test, perform the
test from the beginning.
:
1RWLS
NOTE: Avoid performing 2 or more ISE tests for one sample.
3.8.6 Rerunning Tests
To rerun tests, touching RERUN will run the test using the previous sample No., sample ID, sample type settings and
reference interval settings. Using RERUN can help avoid entering the test information and running the test again if an error
occurs and the test could not be run.
IMPORTANT
Only use the RERUN button for automatically entering the previous sample No. and sample ID.
1. Check that the display reads [Ready to Test].
2. Open the sampler cover.
d
3. Check the sampler cover.
c
RE
MIX CUP
b
Check that the sample rack is set in 1 SET POSITION and that the
amount of the sample is sufficient.
4. Set the slide into the slide cartridge.
Insert the slide cartridge above the name of the slide to be
tested. Be sure to put a slide weight on top of the slide cartridge.
NOTE: Slide cartridges must be set in the correct slide order for each
sample when testing dilution or testing electrolyte.
5. Set the slide cartridge.
Align orientation of the cartridge and set in 2 SET POSITION.
NOTE: Firmly set the slide cartridge so that it is not raised. Failure to
do so may result in the slide being read incorrectly.
6. Set the tip into hole a of the sample rack.
a
Slide weight
NOTE: When testing dilution, set the tip into hole b of the sampler
rack and the mixing cup into the MIX CUP position of the sample
rack, and inject the diluent into the hole (highlighted with arrow D)
on the left side of the mixing cup.
NOTE: When testing the electrolyte, set the tip in holes c and d, and
reference fluid in the set position.
43
hole a
d
c
RE
MIX CUP
b
a
Page 49
7. Touch RERUN.
The rerun test mark is displayed
Touching RERUN displays the previ-ous test information
of sample ID, sample No., Animal, Sample type, excluding
Dilution, in the rerun test preparation dialogue.
NOTE: When testing dilution, touch the Dilution field to set the
dilution factor.
8. Close the sampler cover.
9. Lock the sampler cover with the key.
WARNING:
During sample processing, ensure the LCD under cover and
sampler cover are closed to prevent inju-ries and biohazard.
When the display reads [Ready to test], the sampler cover can
be opened.
10. Touch START to start testing.
IMPORTANT
The disposal box must remain closed during testing.
Otherwise, the results may be affected by opening it.
NOTE: By touching CANCEL RERUN, the test preparation
dialogue for a new test is displayed.
11. After the test is completed, the test result dialogue is
displayed.
NOTE: When performing the next test with the same No., ID,
Animal and Sample type as those of the previous test, touch
RERUN. Only the setting of the Dilution field can be changed.
NOTE: When performing a new test by changing the test factors,
touch NEW TEST.
12. After the tests are completed, remove the sample container
Test result display area
3.9 Sample Barcode Reader
By using the sample barcode reader, the sample ID can be easily input.
Prior to using the sample barcode reader, it is necessary to set the communicating configuration by using the barcode
reader of mode function. (Refer to Section 6.8.4)
CAUTION
The sample barcode reader specified for the Element DC can be used.
Do not connect a barcode reader other than specified for the Element DC. Otherwise, physical damage or danger of
fire may result.
IMPORTANT
Depending on the printing quality of barcode labels or malfunction of the sample barcode reader, wrong barcode
data may be read. Make sure that the barcode data (sample ID) printed on the test results are correct.
44
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NOTE: Please carefully read the instruction included with the sample barcode reader before using it. A maximum of 13
alphanumerical characters can be input for a sample ID. Always use the sample barcode reader below 3,000 cd/m
2
(lux),
avoiding direct sunlight.
NOTE: Turn on the analyzer after connecting the sample barcode reader to the analyzer.
NOTE: The sample barcode reader is an optional accessory.
3.9.1 Operating Procedures
1. Touch ID FIELD to display the screen keyboard.
2. Read a barcode labeled on the sample tube by pressing the
sample barcode reader button.
NOTE: Position the sample barcode reader properly facing to the
barcode label. Otherwise, a wrong reading may occur.
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Sample ID scanned by the barcode reader
3. After completing the reading, a beep will be heard and the
To transmit to host computer
Sample ID will be displayed.
IMPORTANT
Make sure that the barcode data (sample ID) displayed in the
test result dialogue is correct. Wrong reading will cause an
incorrect report to doctors.
NOTE: When re-inputting barcode by the barcode reader, touch
the ID FIELD in the test preparation dialogue, and then read the
barcode again.
4. Touch OK to confirm the Sample ID. The display returns to
the test preparation dialogue.
3.10 Editing Sample No. and Sample ID
This is used to edit sample No. and sample ID of test results. The
edited data can be sent to host computer.
1. To edit a sample No., touch NO. on the test result dialogue.
NOTE: It can be edited from the result search dialogue.
ᵏᵐᵑᵒᵓᵔ
2. Enter the administrator password.
3. Edit a Sample No.
IMPORTANT
Be careful not to input wrong No.
4. Touching OK returns to the previous dialogue.
5. Editing a Sample ID can be edited in the same manner.
6. Using RETRANSMISSION, the edited data can be sent to host
computer.
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Element DC
Section 4: Periodic Maintenance
Veterinary Chemistry Analyzer
Periodic Maintenance
In order to keep the Element DC performance at its best, perform the periodic maintenance by users and the specific
maintenance by technical support (dealer).
WARNING
When performing maintenance (cleaning the analyzer), always follow biohazard procedures (e.g., wearing gloves,
lab coat, and safety goggles).
If any part of the body comes in contact with contaminated parts or swabs, immediately rinse the contaminated
body part thoroughly under running water and then use ethyl alcohol as a disinfectant. Seek medical assistance if
necessary.
WARNING
Before cleaning the analyzer, always be sure to unplug the AC power cable.
WARNING
As contaminated swabs or cloths used for cleaning the analyzer are infectious waste, process the waste correctly
in compliance with any applicable regulations in your country, such as by incineration, melting, sterilization or
disinfection.
CAUTION
Before performing cleaning and maintenance of the analyzer, get training from technical support.
IMPORTANT
After cleaning the analyzer, plug in the AC power cable, and be sure to check the operation of the analyzer by
turning on the power switch.
IMPORTANT
If you do not perform the periodic maintenance in the manual, the analyzer’s performance and specifications will
not be maintained, and adverse effects on test results may occur.
IMPORTANT
Be sure to reassemble the parts removed for maintenance and tighten thumbscrews securely. Otherwise, adverse
effects on test results may occur.
CAUTION
Refer to each section for information about usable solvents for cleaning and decontamination. For further
information, please contact your technical support (dealer) for assistance.
CAUTION
Do not use alcohol for cleaning the sampler cover (translucent), otherwise the surface will be damaged.
NOTE: When cleaning the outer covers of the equipment, wipe using a soft cloth moistened with water or ethyl
alcohol for disinfection (excluding the sampler cover).
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4.1 User Daily/Periodic Maintenance
According to the following table, please perform daily/periodic maintenance and replacement of parts by users.
Check points Cleaning interval Replacement interval Procedure
Air filter Once a month - Refer to Section 4.2
Incubator Once every 3 months or
when inaccurate test
results occur
Spotting part When slide transfer error or tip ejection error
etc. occurs
Slide reader When reading errors occur frequently Refer to Section 4.4
Recording paper
Light source lamp
Sampler O-ring
ISE unit Once every 3 months or when inaccurate
test results occur
-
-
- Once a year Refer to Section 4.7
Appearance of red lines (both sides
of paper)
When a photometer gain setting
error occurs, or the lamp’s cumulative
illumination time exceeds 1000 hours
IMPORTANT
After maintenance, plug in the AC power cable, and be sure to check the operation of the analyzer by turning on the
power switch.
- Refer to Section 4.3
- Refer to Section 4.3
Refer to Section 4.5
Refer to Section 4.6
- Refer to Section 4.3
4.2 Cleaning the Air Filters
The air filter should be checked and cleaned at least once a month.
IMPORTANT
If the air filter is not cleaned, the temperature inside the analyzer will increase resulting in adverse effects on test
results.
4.2.1 Cleaning procedures
1. Turn off the power of the Element DC.
2. Remove the louver, and then take out the air filter.
Louver
48
Page 54
A
ir filter
3. Remove dust adhering to the filter with a vacuum cleaner or
Louver
running water.
If washing the filter with running water, make sure it is dried
well before putting it back.
4. Set the filter in the louver and close cover.
IMPORTANT
If the analyzer is used without setting the filter, adverse effects
on test results may occur.
4.3 Cleaning the Incubator, Spotting Part, and ISE Unit
Test results are affected by stains (e.g., blood sample) inside of the incubator and ISE unit. These parts should be checked
and cleaned at least once every three months.
When a slide transfer error or a tip ejecting error occurs, clean the spotting part.
IMPORTANT
If the incubator, spotting part and ISE unit are dirty with specimens such as blood, adverse effects on test results may
occur.
1. Execute the Reference plate level check.
a. Touch MAINTENANCE in the MODE FUNCTION menu
dialogue. The MAINTENANCE menu dialogue is displayed.
b. Touch REFERENCE PLATE LEVEL CHECK in the
MAINTENANCE menu dialogue to execute the check.
After the check is complete, the check result dialogue is
displayed.
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Check result:
[1(0%) OK]
Check result:
[2(50%) OK]
Check result:
[3(80%) NG]
2. Confirm the results displayed in the Reference plate level
check dialogue.
a. If the result is [1 (0%) OK], cleaning is not needed.
Touch to return to the TOP dialogue.
b. If the result is [2(50%) OK] or [3(80%) NG], cleaning is
needed.
Touch OK to return to the maintenance menu dialogue.
IMPORTANT
Perform cleaning according to the procedures starting with
step 3 below.
NOTE: When touching Result details, the check result details
dialogue is displayed.
By touching OK, the check result details dialogue disappears.
NOTE: By touching
3. Cleaning the Incubator.
Before cleaning the following parts, always be sure to turn the
power switch off and unplug the AC power cable.
, the check results are printed out.
WARNING
a. Unplug the connector of the incubator cable by turning
it counterclockwise.
Connector
50
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b. Remove the incubator cover.
c. Unscrew 5 screws on upper incubator and remove
the incubator.
Incubator cover
Thumbscrew
d. Wipe off 13 pressure plates on the underside of the incubator
with soft gauze-like cloth or cotton swab moistened and
tightly wrung out with sterilizing ethyl alcohol or isopropyl
alcohol.
e. Dry the pressure plates by facing the incubator backside
(pressure plate surface) up.
IMPORTANT
Do not touch the surface of the pressure plates with bare hands.
Otherwise, adverse effects on test results may occur.
f. Clean the incubator cells in the same way.
g. Unscrew 2 screws fixing the reference plate and remove the
plate from the body.
Pressure plate
51
Thumbscrew
Reference plate
Page 57
h. Turn over the reference plate and clean the white plate
Reference
Reference
Thumbscrew
and the black plate with a dry cotton swab.
IMPORTANT
Do not touch the surface of the black plate and the white plate
with bare hands. Otherwise, adverse effects on test results may
occur.
black plate
white plate
i. Clean the photometer head with a dry cotton swab.
j. Remount the reference plate.
The arrow mark on the reference plate should point away
from the center. Screw the 2 thumbscrews evenly.
IMPORTANT
Tighten the two thumbscrews securely. Otherwise, adverse
effects on test results may occur.
4. Cleaning the spotting part.
a. Unscrew 2 thumbscrews and pull the spotting part cover
frontward to remove.
Photometer
Thumbscrew
Reference plate
b. Remove 2 slide transfer weights of the spotting part.
Wipe off the slide transfer weights with soft gauze-like
cloth or cotton swab moistened with water.
NOTE:
There are 2 types of the slide transfer weight (for CM/ISE).
Make sure to set properly when reassembling.
For CM
For ISE
Slide transfer weight
52
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c. Wipe off the spotting part with soft gauze-like cloth or
cotton swab moistened with water.
Spotting part
5. Cleaning the slide transfer bar.
Wipe off the slide transfer bar with soft gauze-like cloth or
cotton swab moistened with water.
NOTE: For the slide transfer bar left edge, move the slide transfer
bar to the right.
6. Cleaning the ISE probe unit.
Press on the black plastic piece to make probes accessible.
Make sure there is no dust on the six ISE probes. When
cleaning the ISE probes, wipe off the dust using a dry cotton
swab.
NOTE: Do not use solvents, such as methyl alcohol or isopropyl
alcohol.
CAUTION
ISE probes are needle-shaped parts. Do not touch directly by
hands. Be careful not to bend the probes.
7. Reassembly
Transfer (slide feed) bar
Probe
a. Reassemble the upper incubator.
Align the arrow mark on the upper incubator with the
arrow mark on the analyzer. Screw 5 thumbscrews in the
order (1 to 5) evenly.
IMPORTANT
Tighten the five thumbscrews securely. Otherwise, adverse
effects on test results may occur.
b. Reassemble each part as shown in the figure to the right.
Set the slide transfer weights.
Set the spotting part cover and screw the
thumbscrews.
Set the incubator cover.
Positioning the connector of the incubator cable in
the groove, plug it into the incubator, turn it to the
right and tighten securely.
cover
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IMPORTANT
Tighten the thumbscrews securely. Otherwise, adverse effects
on the test results may occur.
IMPORTANT
Be sure to set incubator cover. If the analyzer is used without
setting the cover, adverse effects on test results may occur.
Incubator cable
Incubator cover
NOTE: To avoid stressing the cable, ensure that the incubator
Incubator cable
cable is not twisted. Otherwise, the cable will be damaged in a
short time.
c. After reassembly, re-execute Reference plate level check,
and confirm the results.
4.4 Cleaning the Slide Reader
When the slide reader is dirty, reading errors may occur frequently. Perform cleaning to avoid these errors.
IMPORTANT
If the analyzer is used without cleaning the slide reader, adverse effects on test results may occur.
4.4.1 Cleaning procedure
1. Remove the slide cartridge and the sample rack.
2. Shift the slide transfer bar beneath the cover on the righthand side.
3. Clean the slide reader.
Clean the glass window of the slide reader with a cotton
swab moistened with water, ethyl alcohol or isopropyl
alcohol for disinfection.
Immediately dry the window with a clean cotton swab.
Ensure there are no streaks present by inspecting the lens
using a flashlight or other light source.
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e
4.5 Replacing the Recording Paper
(5)Cut corners
(6)Insert core
and set paper roll
OK Incorrect
A red line appearing along the sides of the recording paper means that the printer is nearly out of paper. Replace the
recording paper roll with a new one.
NOTE: Use specified recording paper for the Element DC.
4.5.1 Replacement procedure
1. Open the printer cover.
CAUTION
Do not touch the edge of the paper cutter with bare hands.
2. Cut off the remaining paper to remove.
Lift the remaining paper roll and cut it off before the
insertion opening to remove.
3. Lift the lever to release the paper lock.
(1)Open cover
4. Pull the remaining paper out in the advancing direction.
5. Cut off the left-hand and right-hand corners of the end of
the new paper.
6. Insert the core into the paper roll and put the paper roll into
its loading space.
NOTE: Set the paper roll so the paper is pulled from under the
paper roll as shown below.
NOTE: Set the paper roll so the paper is pulled from under the
paper roll as shown below.
7. Insert the paper under the rubber roller.
(2)Cut off to remov
(4)Pull out
(3)Lift lever
8. Turn the finger grip to advance the paper and remove
any slack.
(7)Insert paper
(8)Turn finger grip to feed
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(10)Pass paper through
9. Lock the lever.
lamp cover
opening and close cover
Make sure that the paper will advance straight and then
lower the lever to lock the paper.
10. Close the printer cover.
Pass the paper through the cutter opening on the printer
cover and close the cover.
11. Press FEED to check that the paper is fed normally.
(9)Lock lever
4.6 Replacing and Cleaning the Light Source Lamp
The average life of the lamp is 1000 hours. It is necessary to replace the light source lamp if a photometer gain error occurs
or if the lamp’s cumulative illumination time has exceeded 1,000 hours.
CAUTION
The light source lamp gets very hot. Before replacing the lamp, turn off the power and wait for at least five minutes.
The lamp can be safely replaced once it has cooled down.
4.6.1 Replacement and cleaning procedures
1. Remove disposal box and front under cover. Then, open the
cover of the light source lamp located on the bottom left
side of the analyzer.
2. Unscrew a thumbscrew as shown in the left figure and
remove the lamp unit.
3. Unplug the connector of the light source lamp and remove
the lamp unit.
Light source
Thumbscrew
Lamp unit
Connector
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4. Wipe off the light source unit lens in the analyzer using a dry
cotton swab.
NOTE: If cleaning with alcohol, always wipe off the lens using a dry
cotton swab to dry it well.
5. Unscrew the thumbscrew of the lamp unit and replace the lamp
with a new one.
Lens
IMPORTANT
Tighten the thumbscrew securely. Otherwise, adverse effects on
test results may occur.
NOTE: When replacing the lamp, hold it by its base. Do not touch the
glass surface with bare hands.
6. Remount the lamp connector and insert the lamp unit into the
analyzer with thumbscrew facing up. Screw in thumbscrew
securely.
IMPORTANT
Tighten the thumbscrew securely. Otherwise, adverse effects on
test results may occur.
7. Close the lamp source unit cover, replace the front under cover
and the disposal box. Then turn on the analyzer.
IMPORTANT
Be sure to set the disposal box. Otherwise, adverse effects on test
results will occur.
8. After the analyzer has started up, reset the lamp’s cumulative
illumination time to 0 using the Lamp configuration of MODE
FUNCTION. (Refer to Section 6.6)
Thumbscrew “A”
Thumbscrew
Make sure to fix the lamp
housing by attachments of
the unit so as not to move.
Thumbscrew “B”
Connector
Lamp base
IMPORTANT:
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4.7 Inspecting and Replacing the Sampler O-ring
The sampler nozzle O-ring wears with use. Periodic inspection (once a month) and replacement (once a year) is necessary.
IMPORTANT
If the analyzer is used without inspecting and replacing the sampler O-ring, spotting volume may be inaccurate to
cause adverse effects on test results.
4.7.1 Inspecting the Sampler O-ring
Inspecting procedures
1. Execute the Sampler Leak Check.
a. Touch MAINTENANCE in the MODE FUNCTION menu
dialogue. The maintenance menu dialogue is displayed.
b. Touch SAMPLER LEAK CHECK in the MAINTENANCE
menu dialogue.
The sampler leak check dialogue is displayed.
2. Perform the leak check for the sample tip.
a. Touch SAMPLE TIP.
The dialogue that prompts the setting of a leak check
tool appears.
b. Put the sampler leak check tool into hole “a” on the
sample rack.
c. Close the sampler cover.
d. Lock the sampler cover with the key.
WARNING
During sample processing, ensure the LCD under cover and
sampler cover are closed to prevent injuries and biohazard.
When the display reads [Ready to test], the sampler cover can
be opened.
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e. Touch OK.
The sampler leak check is executed, and the leak check
proceeding dialogue is displayed.
After the leak check is complete, the leak check result
dialogue is displayed.
NOTE: By touching
, the check results are printed out.
NOTE: When touching RESULT DETAILS, the check result details
dialogue is displayed.
By touching OK, the check result details dialogue disappears.
f. Remove the leak check tool from the nozzle by hand.
Open the sampler cover and remove the leak check tool
from the nozzle by hand.
NOTE: Touch OK to return to sampler leak check dialogue.
3. Perform leak check for the dilution tip.
a. Touch DILUTION TIP.
The dialogue that prompts the setting of a leak check
tool appears.
b. Put the sampler leak check tool into hole “b” on the
sample rack.
c. Close the sampler cover.
d. Lock the sampler cover with the key.
e. Touch OK.
The sampler leak check is executed, and the leak check
proceeding dialogue is displayed.
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After the leak check is complete, the leak check result dialogue is
displayed.
NOTE: By touching
, the check results are printed out.
NOTE: When touching RESULT DETAILS, the check result details
dialogue is displayed.
By touching OK, the check result details dialogue disappears.
f. Remove the leak check tool from the nozzle by hand.
Open the sampler cover and remove the leak check tool
from the nozzle by hand.
NOTE: Touch OK to return to sampler leak check dialogue.
4. Replace the sampler O-ring when an error occurs.
4.7.2 Replacing the Sampler O-ring
Replace the sampler O-ring once a year.
Replacement procedure:
1. Open the sampler cover.
2. Turn the sampler nozzle toward you.
3. Cut off the used O-ring to remove.
Cut off the used O-ring (bring the razor blade knife into
contact with the vertical notch on the end of the nozzle).
4. Mount a new O-ring.
Mount a new O-ring in the groove around the nozzle by
sliding it from the end of the nozzle.
5. Perform leak check for O-ring.
After completing the replacement, perform leak check.
(Refer to Section 4.7.1)
O-ring
End of nozzle
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Element DC
Section 5: Troubleshooting
Veterinary Chemistry Analyzer
Troubleshooting
WARNING
When performing troubleshooting, always follow biohazard procedures (e.g., wearing gloves, lab coat, and safety
goggles).
If any part of the body comes in contact with contaminated parts, immediately rinse the contaminated body part
thoroughly under running water and then use ethyl alcohol as a disinfectant. Seek medical assistance if necessary.
5.1 Error Indications
If analyzer errors are displayed or printed before/during test processing, or warning indications are printed out along
with test results, the test results may NOT be accurate. Refer to the related troubleshooting pages and rerun the test.
Printout Example
Error message
Error code
5.1.1 Error Codes Table
Error Code
E010 LCD under cover is open during test 5.2.13 88
E021 Disposal box is open during test 5.2.13 88
E035 Photometer controller malfunction 5.2.8 83
E036 Reference black plate error 5.2.5 80
E050 Burned-out light source lamp 5.2.5 80
E510 A/D controller malfunction 5.2.5 80
E0100 Tip sensor error 5.2.4 77
E0110–E0113 Clogging detected during sample sampling 5.2.4 77
Error Description Reference Section Reference Page
E0120 Failed to detect sample surface 5.2.4 78
E0121, E0122 Clogging detected during diluent sampling 5.2.4 78
E0123 Failed to detect diluent surface 5.2.4 77
E0124–E0128
Clogging detected during sampling (diluted sample,
reference fluid)
61
5.2.4 78
Page 67
Error Code
E0129 Failed to detect reference fluid surface 5.2.4 77
E0140–E0146 Liquid volume error 5.2.4 77
E0200–E0210 Errors related to slide transfer 5.2.6 81
E0300–E0302 Reference white plate read error during initialization 5.2.8 83
E0500, E0501 Date error 5.2.8 83
E0509, E0510 Circuit board malfunction 5.2.8 83
E0532 Circuit board malfunction 5.2.8 83
E0600–E0603 Incubator operation error 5.2.6 81
E0700–E0702 ISE unit operation error 5.2.6 81
E0900–E0903 Interference filter operation error 5.2.5 80
E1000–E1002 Sampler vertical operation error 5.2.4 79
E1100–E1103 Sampler rotational operation error 5.2.4 79
E1200–E1204 Syringe operation error 5.2.4 79
E1500–E1504 Temperature control error 5.2.7 82
E1510–E1514 Temperature control error 5.2.7 82
E1521 Room temperature error 5.2.7 82
Error Description Reference Section Reference Page
E1600–E1603 Sample disk operation error 5.2.6 81
E1700–E1703 Sample disk operation error 5.2.6 81
E30xx Circuit board malfunction 5.2.8 83
E5000–E5035 Circuit board malfunction 5.2.8 83
E5050 USB memory has not been set 5.2.8 83
E5100 Printer error 5.2.2 76
E5201–E5204 Slide reader control error 5.2.8 83
E5500 Circuit board signal error 5.2.8 83
E5510 Slide position error 5.2.5 80
E5600–E5603 Circuit board signal error 5.2.8 83
E9999 Controller malfunction 5.2.8 83
EFFxx Circuit board signal error 5.2.8 83
“x” means given value.
Error Code
W010 Keyboard is open 5.2.13 87
W020 Disposal box is open 5.2.13 88
Error Description Reference Section Reference Page
W022 Disposal box is full of slides 5.2.13 88
W030 Low light intensity 5.2.5 80
W040, W041 Sample type setting and slide sample type do not match 5.2.10 84
W060 Insufficient sample during sampling 5.2.4 77
W070 Interference filter malfunction 5.2.5 80
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Error Code
W090, W097, W099 Data communication error 5.2.12 87
W110 No tip has been set 5.2.4 76
W112 No tip for the next test 5.2.4 76
W115, W116 Tip eject error 5.2.4 77
W120 Tip sensor error 5.2.4 77
W140 An ISE slide is loaded in incorrect direction 5.2.10 84
W141, W142 Errors related to ISE tests 5.2.11 85–86
W150, W160 Errors related to dilution 5.2.4 78
W170 No QC card has been read 5.2.9 84
W173 Slide reader cannot read slide information 5.2.3 76
W175 No slides have been set 5.2.10 84
W200 Errors related to sample barcode reader 5.2.12 87
W210 Sample rack setting error 5.2.13 88
W220 LAN communication error 5.2.12 87
W500–W503 Faulty fan 5.2.13 88
W5110 No paper 5.2.2 76
Error Description Reference Section Reference Page
W5120 Wrong setting of printer head 5.2.2 76
5.1.2 Printout Indications Table
Printout Message
H Testing value exceeds the upper limit of the preset reference interval. -
L Testing value falls below the lower limit of the preset reference interval. -
> Testing value exceeds the upper limit of the measurement range. -
< Testing value falls below the lower limit of the measurement range. -
@
+OR Testing value for ISE test exceeds the upper limit of the measurement range. Refer to Section 5.2.11
-OR Testing value for ISE test falls below the lower limit of the measurement range. Refer to Section 5.2.11
+,–, $
Testing value is out of the measurement range.
IMPORTANT
The testing value may NOT be accurate. Rerun the test.
Temperature control error.
IMPORTANT
The testing value may NOT be accurate. Refer to the related troubleshooting
pages and rerun the test.
Fluctuation of light source intensity.
Description and status Solution
Refer to Section 5.2.7
-
*, ?
IMPORTANT
The testing value may NOT be accurate. Refer to the related troubleshooting
pages and rerun the test.
63
Refer to Section 5.2.5
Page 69
Printout Message
E
Description and status Solution
Impossible to calculate the concentration of the sample because of some
interruption (e.g., slide jam) of testing.
The test results will be printed out as “****”.
Check other errors previously
occurred, and perform the
necessary troubleshooting.
Rerun the tests.
& Abnormal high testing value.
The valid term of the slide has expired.
IMPORTANT
#
¥ Unspotted slide. Rerun the tests.
C Testing value is a result in control mode.
ERR = xxx
The testing value may NOT be accurate. Refer to the related troubleshooting
pages and rerun the test.
IMPORTANT
Expired slides cannot be used. Use valid slides for expiration date.
Errors related to ISE test results.
("x" indicates the numeric number from 0 to 8.)
IMPORTANT
The testing value may NOT be accurate. Refer to the related troubleshooting pages
and rerun the test.
Perform tests that require
dilution, following the directions
on the Instructions for Use of the
slides.
The control mode can be
canceled by the control mode in
MODE FUNCTION.
Refer to Section 5.2.11
-
(Supplement) About Measurement Range
The measurement range (determination range) and the reference interval differ in value for each test. The relation
between the measurement range and the reference interval is shown below. For details, refer to the Instructions for Use for
the slides.
NOTE: The values of the reference intervals can be set by using the [Reference Interval Settings] of MODE FUNCTION (Refer
to Section 6.9.3).
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5.2 Troubleshooting
NOTE: To stop beeping when an error occurs, touch STOP or BUZZER OFF.
NOTE: When an error occurs, the analyzer will terminate the measurements. When rerunning the sample, perform the
settings (sample No. sample ID, sample type, reference interval, and dilution factor) and the consumable’s loading (tip and
mixing cup) from the beginning to start the re-measurements.
NOTE: When an error occurs, the analyzer will terminate the measurements and reset the settings (sample No. sample ID,
sample type, reference interval, and dilution factor). In this case, RERUN is useful to input the previous sample’s settings
automatically.
5.2.1 Startup Errors
1. When the analyzer does not start after the power switch is depressed:
Check that the power cable is properly connected and the circuit protector is not turned off. Then try turning on the
analyzer again.
If the analyzer does not start, please contact Heska's Technical Support Services for assistance.
If the circuit protector is turned off (button protruding), contact Heska's Technical Support Services for assistance.
5.2.2 Display or Printer Trouble
1. White lines appear or certain parts of characters are not printed out:
• The printer head has malfunctioned. Please contact Heska's Technical Support Services for assistance.
2. Printer Errors
Error Code Error Message Error Status Solution
W5110 Printer ERR
No paper.
W5120 Printer ERR
Lower the printer head.
E5100 Printer ERR Paper jam Turn the power off and remove the jammed paper, referring
No paper Replace the recording paper, referring to Section 4.5.
Wrong setting of the
printer head
Check that the lever of the printer head is locked (down),
referring to Section 4.5.
to Section 4.5 and then turn the power on again.
If the error still occurs, please contact Heska's Technical
Support Services for assistance.
NOTE: The test results can be displayed after the tests
completed by Result Search. (Refer to Section 2.2.4)
5.2.3 Slide Reading Error
Error Code Error Message Error Status Solution
W173 Slide info read ERR
No slide information.
Check the slide.
Slide reader cannot read
slide information printed
on the reverse side.
Perform the following troubleshooting and rerun the tests.
a. After the measurements are completed, clean the slide
reader, referring to Section 4.4.
CAUTION
Be sure to turn the power switch off after the
measurements completed when cleaning the slide reader.
During the measurements, the slide transfer bar will move.
b. Check that the analyzer is not exposed to bright external
light.
c. Check that the dot-print part of the slide has no stain
or dust. If the error still occurs, please contact Heska's
Technical Support Services for assistance.
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5.2.4 Sampler Errors
Error Code Error Message Error Status Solution
W110 No tip WARNING
No tip detected. Check tips "a" to "d".
Set tips and rerun the tests from the
beginning.
During the tip detection
process, the analyzer could
not detect the tip.
Put a tip in the setting position and rerun the
tests from the beginning.
W112 Test condition WARNING
No tip detected. Check tips "a" to "d".
Set tips and rerun the tests from the
beginning.
W115
W116
E0100 Faulty tip detection sensor
W120 Tip eject WARNING
E0120 Sample surface detection ERR
W060 Sample shortage WARNING
E0140
E0142
E0123 Diluent surface detection ERR
E0143 Diluent is insufficient.
E0129 Reference fluid surface detection ERR
E0144 Reference fluid is insufficient.
Tip eject WARNING
Remove a tip from the nozzle.
Empty the disposal box.
Prior to tip detection, a tip has already
been detected.
Remove a tip from the nozzle.
Empty the disposal box.
Sample is insufficient. Check the
sample.
Sample is insufficient. Check the sample
rack and the tip. Check the sample
volume. Load a new DRI-CHEM
AUTO TIP and rerun the tests from the
beginning.
Sample surface detection ERR
Sample volume is too much.
Check the sample.
Diluent is insufficient. Check the diluent.
Check the diluent.
Reference fluid is insufficient.
Check the reference fluid.
Check the reference fluid.
The tip has already been
used up and there is no tip
for the next sampling.
The analyzer has failed to
eject a tip.
Tip detection sensor is
faulty.
A tip remains on the nozzle. Remove the tip from the sampler nozzle by
No sample surface found. Perform the following troubleshooting.
Sample was found, but the
volume is insufficient.
Liquid volume is excessive. Check the liquid volume and rerun the
No diluent surface has been
found.
Diluent surface has been
found, but the volume is
insufficient.
No reference fluid surface
has been found.
Reference fluid surface
has been found, but the
volume is insufficient.
Put a tip in the setting position and rerun the
tests from the beginning.
Remove the tip from the sampler nozzle by
hand and empty the disposal box.
Turn the power off and empty the disposal box,
and then turn the power on.
hand and empty the disposal box.
a. Touch STOP or BUZZER OFF to stop the
beep.
b. Make sure that the appropriate sample rack
specified for the sample tube is used. Also,
check that DRI-CHEM AUTO TIPS are used.
c. Make sure that the sample volume is above
the aspiration limit. If it is below the limit,
add more sample.
Refer to Section 3.7.7 for allowable sample
volume.
d. Put a new DRI-CHEM AUTO TIP in the sample
rack to rerun the tests from the beginning.
tests from the beginning.
E0140 => Check the sample.
E0141 => Check the diluent.
E0142 => Check the reference fluid.
Check the diluent volume.
Replace the mixing cup, add diluent, and
set tips, and then rerun the tests from the
beginning.
Check the diluent volume.
Replace the mixing cup, add diluent, and
set tips, and then rerun the tests from the
beginning.
Check the reference fluid volume.
Set consumables (tips, etc.) and rerun the tests
from the beginning.
Check the reference fluid volume.
Set consumables (tips, etc.) and rerun the tests
from the beginning.
W150 Dilution test count over
Sampling from a mixing cup was
required more than 3 times. Set
consumables (a mixing cup, diluent
and reference fluid) and rerun the tests
from the beginning.
Sampling from a mixing
cup was required more
than 3 times.
66
Set tips, a mixing cup, diluent, and reference
fluid as required and rerun the tests from the
beginning.
Page 72
Error Code Error Message Error Status Solution
W160 Dilution factor mismatch
Different dilution factors were
programmed for a sample. Set
consumables (a mixing cup, tips, diluent
and reference fluid) and rerun the tests
from the beginning.
Spotting error When sample has not been
Tests that require different
dilution factors were
programmed for a sample.
Or, a test that does not
require dilution was
programmed after another
test that requires dilution
for a sample.
spotted onto slides, “<”
or “@” marks will appear
repeatedly.
Measured values with
“@” marks may NOT be
accurate. Rerun the tests
again.
Set tips, a mixing cup, diluent, and reference
fluid as required and rerun the tests from the
beginning.
Perform the following troubleshooting:
a. Make sure that a DRI-CHEM AUTO TIPS is
used.
b. Make sure that the tip has not been
previously used.
c. Make sure that there are no bubbles on the
sample surface of the tube.
d. Make sure that the appropriate sample rack
specified for the test tube or Sample Tube is
used.
e. Inspect the sampler O-rings. (Refer to Section
4.7.1)
If the error still occurs after the above
troubleshooting, please contact Heska's
Technical Support Services for assistance.
E0110
E0111
E0112
E0113
E0124
E0125
E0121
E0122
E0126
E0127
E0128
E1000
E1001
E1002 Sampler up/down motor operation ERR
E1100
E1101
E1103
E1102 Sampler rotation motor operation ERR
E1200
E1201
E1203
E1202
E1204
Sample aspiration ERR
Check the sample.
Diluent aspiration ERR
Check the diluent.
Reference fluid aspiration ERR
Check the reference fluid.
Sampler up/down motor ERR Motor drive error has
Sampler rotation motor ERR
Syringe motor ERR
Syringe motor operation ERR
Clogging error has been
detected during sample
aspiration. Fibrin deposition
in the sample may occur.
Clogging error has been
detected during diluent or
reference fluid sampling.
occurred.
Remove fibrin from the sample, and set
consumables (tips and/or a mixing cup, etc.)
and rerun the tests from the beginning.
If the error still occurs, the piping system may
be clogged. Please contact Heska's Technical
Support Services for assistance.
Check that the mixing cup with diluent or the
plain tube 0.5 ml with reference fluid is set
properly in the sample rack.
Replace the mixing cup and set consumables
(tips and diluent, etc.), and rerun the tests from
the beginning.
If the error still occurs, the piping system may
be clogged. Please contact Heska's Technical
Support Services for assistance.
Perform the following troubleshooting:
a. Turn the power switch off.
b. Make sure that no foreign matter (tips
or slides) is present around the sampler
movement area. Remove foreign matter if
exists.
c. Turn the power switch on.
d. If the error still occurs, please contact Heska's
Technical Support Services for assistance.
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5.2.5 Photometer Errors
When errors related to the photometer have occurred, perform the following and rerun the tests.
Error Code Error Message Error Status Solution
E036 Soiled black plate
Reference black plate soiled.
Clean the black plate.
W030 Lamp replacement WARNING
Low light intensity.
Clean photometer.
W070 Filter degradation WARNING
Filter degradation detected. Clean
the photometer.
[*]
[?]
The light source lamp unit, the
reference plates, or the photometer
may be dirty, or the lamp or
the interference filter may have
deteriorated.
When the disposal box is open
during testing, the "E021" will occur
and the "*" mark will appear on
the test results. Always close the
disposal box during testing.
Turn the power switch off, and perform
cleaning as follows:
1. Lens cleaning (in the lamp unit) ==>
(Refer to Section 4.6) Reference plate
cleaning ==> (Refer to Section 4.3)
2. Photometer cleaning ==> (Refer to
Section 4.3)
After the cleaning, turn the power switch
on. If the error still occurs, replace the light
source lamp. (Refer to Section 4.6)
If the error still occurs, please contact
Heska's Technical Support Services for
assistance.
E050 Lamp replacement ERR
Low light intensity.
Replace the lamp.
E510 Faulty A/D controller The circuit board has malfunction
E0900
E0901
E0903
E0902 Filter motor operation ERR
E5510 Slide slip ERR The slide is off position during
Filter motor ERR Interference motor drive error has
The light source lamp is burned out. Turn the power switch off, and replace the
(abnormal reference white plate
reading).
occurred.
measurement.
light source lamp. After the replacement,
turn the power switch on. (Refer to Section
4.6)
Turn the power switch off and on. If the
error still occurs, please contact Heska's
Technical Support Services for assistance.
Please contact Heska's Technical Support
Services for inspection of the incubator
pressure plates.
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5.2.6 Transfer Errors
Error Code Error Message Error Status Solution
E0200
E0205
E0208
E0209
E0206
E0207
E0210 Feed motor ERR
E0600
E0601
E0602 Incubator motor ERR
E0603 Incubator motor ERR
E0700
E0701
E0702 Probe motor operation ERR
Feed motor ERR The disposal box may be full of slides,
Feed motor ERR
Rerun the tests.
Incubator motor ERR
Check Disposal box.
Probe motor ERR
or slides may remain in the incubator
or the spotting part.
Turn the power switch off, and perform
the following:
1. Empty the disposal box.
2. Incubator cleaning (Refer to
Section 4.3).
3. Spotting part cleaning (Refer to
Section 4.3).
If the error still occurs, please contact
Heska's Technical Support Services for
assistance.
E1600
E1601
E1603
E1602 Transfer change motor ERR
E1700 Eject motor ERR
E1701 Eject motor ERR
E1702 Eject motor ERR
E1703 Eject motor ERR
Transfer change motor ERR
The sensor failed to turn ON.
The sensor failed to turn OFF.
Check Disposal box.
5.2.7 Temperature Control Errors
Error Code Error Message Error Status Solution
E1500 Temperature control ERR
Check room temperature.
Clean air filter.
E1501
E1512
E1504 ISE temperature control ERR
E1510
E1513
E1521 Room temperature WARNING
Temperature control ERR
Check room temperature.
Turn power SW OFF.
Check room temperature.
Clean air filter.
ISE temperature control ERR
Check room temperature.
Turn power SW OFF.
Check room temperature.
Clean air filter.
IMPORTANT
Measured values with “+“ or “–“ marks
may NOT be accurate. Perform the
following troubleshooting and rerun
the tests.
When “+” or “–” marks appear on test
results or the following errors occur:
E1500, E1501, E1512
(CM incubator temperature)
E1504, E1510, E1513
(ISE incubator temperature)
E1521 (Environmental temperature)
Incubator temperature is not within
the controlled range.
Perform the following troubleshooting.
a. Make sure the room temperature is
between 59–89°F (15–32°C). If it is out
of the range, air-condition or heat the
room.
b. Turn the power switch off.
c. Clean the air filter. (Refer to Section
4.2)
d. After the incubator has cooled down
(about 10 minutes), turn the power
switch on.
If the error still occurs, please contact
Heska's Technical Support Services for
assistance.
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Error Code Error Message Error Status Solution
E1502 Temperature control ERR
Incubator temperature sensor
disconnected.
Check the incubator cable.
E1503 Temperature control ERR
Incubator heater disconnected.
Check the incubator cable.
E1511 ISE temperature control ERR
When “$” marks appear on test results
or the following errors occur:
E1502, E1503, E1511
The incubator cable may not be
plugged in or disconnected.
Turn the power switch off, and reconnect
the incubator cord.
NOTE: Plug the connector of the
incubator cable to the analyzer and
lock it by turning it clockwise. (Refer to
Section 4.3)
If the error still occurs, please contact
Heska's Technical Support Services for
assistance.
E1514 Temperature control WARNING
Wait for ready to measure.
When starting the measurements, the
incubator temperature is not ready.
Wait a moment until the temperature
becomes ready.
5.2.8 Circuit Board Malfunction
Error Code Error Message Error Status Solution
E0500
E0501
E5050 No USB memory
E035 Light too intense The circuit board has
E0300
E0302
E0509 Faulty A/D controller
E0510 Faulty A/D controller
E0532 ISE A/D conversion ERR
Date ERR
Set date & time.
Cannot find USB memory.
Gain setting ERR
The built-in clock has
been reset.
No USB memory has
been set.
malfunction.
Set the date and time using the Date & Time settings of
MODE FUNCTION. (Refer to Section 6.3)
If the error still occurs, please contact Heska's Technical
Support Services for assistance.
Turning the power on for the first time or turning the
power continuously off for a long time may cause the
date error.
Insert a USB memory into the terminal.
If the error still occurs, please contact Heska's Technical
Support Services for assistance.
If the error still occurs after turning the power off and
on, please contact Heska's Technical Support Services
for assistance.
E30XX Memory recovery error
E5000
E5014
E5020
E5035
E5201 Slide lot read unit ERR
E5202 Slide lot read unit ERR
E5203 Slide lot read unit ERR
E5204 Slide lot read unit ERR
E5500 Abnormal sample spreading on
E9999 Check errors which occurred before
EFFXX Calculation ERR
E5600−
E5603
USB memory read ERR
Failed to read USB memory.
slide
this error and then turn power SW
OFF and ON.
CAN communication ERR
Check the specification and the
connection of the communication
cable.
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5.2.9 QC Card/DI Card Read Error
Error Code Error Message Error Status Solution
E4000 QC card ERR
Read QC card again.
E4001 QC card ERR
Read QC card after the
measurement completed.
E4003−
E4009
E4010 QC card ERR
E4011 QC card ERR
E4012 QC card ERR
W170 No QC card info
QC card ERR
Read QC card again.
No type information corresponding
to the slide.
Read QC card corresponding to the
slide.
Cannot save data.
No DI info found. Cannot read this
card.
No QC information.
Read QC card.
The analyzer could not read QC card
information.
When reading a QC card for panel
slides, no standard curve information
for the Slide Type Number are
memorized in the analyzer.
There is no memory area for saving QC
information of the panel slide.
No DI card information for the slide. Contact Heska's Technical Support
The QC card corresponding to the
slide in the slide cartridge has not
been read.
Read the QC card again. (Refer to Section
3.7.8.)
If the error still occurs, please contact
Heska's Technical Support Services for
assistance.
Read the QC card corresponding to the
Slide Type Number in the panel slide
package.
A maximum of 10 panel data can be
memorized in the analyzer.
Services for assistance.
Read the QC card corresponding to the
slide code of the error printout.
5.2.10 Slide Loading Errors
Error Code Error Message Error Status Solution
W040
W041
W140 ISE slide direction ERR
W175 No slide
Incorrect sample WARNING
The sample type set in analyzer does
not correspond to the read sample
type.
Set the sample type by the SAMPLE
button and the slide's sample type
corresponding to the sample. Rerun
the tests from the beginning.
Incorrect loading direction of ISE slide.
Check the ISE slide.
Slides have not been set.
Rerun the tests from the beginning.
The sample type setting by the SAMPLE
button does not correspond to the slide’s
sample type loaded in the slide cartridge.
(Example)
A slide for plasma/serum has been
loaded while selecting [W] by the
SAMPLE button.
An ISE slide is loaded in incorrect
direction in the slide cartridge.
No slides are loaded in the slide cartridge. Load slides to be tested, and rerun the tests
The sample type setting by the SAMPLE
button and the slide’s sample type to be
used must correspond to the sample to
be measured. Rerun the tests from the
beginning.
Load the ISE slide in correct direction in the
slide cartridge and rerun the test from the
beginning.
from the beginning.
5.2.11 Errors Related to ISE Tests
1. When a self-test error has been detected
Error Code Error Message Error Status Solution
E0530
E0531
ISE self-test ERR A self-test error has been detected
before starting ISE tests.
Turn the power switch off and on, and
then rerun the tests from the beginning.
If the error still occurs, please contact
Heska's Technical Support Services for
assistance.
Without turning the power off and
on after “E0530” or “E0531,” the “W141”
will occur. In this case, turn the power
switch off and on.
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2. W141
Error Code Error Message Error Status Solution
W141 Unacceptable ISE test
ISE tests cannot run.
Turn the power SW OFF and ON.
Rerun the tests from the beginning.
E0530—E0532 occurred; analyzer has not
been turned off (reset).
Turn the power switch off and on, and
then rerun the tests from the beginning.
3. When an error code (ERR = xxx) is printed out along with the test results:
During ISE tests, the following will be checked.
Check Menu Description
Drift check Checks abnormal time course (voltage) during testing
Impedance check Checks the slide impedance after the test completed
Over range check Checks that the test results are within the measurement range
If any errors are detected, [ ERR = xxx ] will be printed out along with the test results. The 3-digit figures are error codes
for Na (sodium), K (potassium), and Cl (chloride).
ERR = x x x
Error code for Cl
Error code for K
Error code for Na
NOTE: “ x ” indicates a numeric number from 0 to 8.
Error code description
Code Description
0 No problem
1 Drift error
2 Impedance error
3 Outside of the measurement range (This is not an analyzer malfunction.)
4 Drift error and impedance error
5 Impedance error and outside of the measurement range
6 Drift error and outside of the measurement range
7 Drift error, impedance error, and outside of the measurement range
8 Impossible measurement
4. W142
Error Code Error Message Error Status Solution
W142 Unacceptable ISE test
ISE tests cannot run.
ISE probe unit not loaded inside
analyzer for attempted ISE slide
test.
—
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5.2.12 Errors Related to Data Communication or Sample Barcode Reader
a. When the error codes are other than 0 or 3:
Sample or reference fluid may not be sufficiently absorbed into a
slide.
Perform the following troubleshooting.
Perform the test once again and check the following:
Aspirated fluids (sample and reference fluid) in the tips are
almost equal in volume.
If the aspirated volume is not normal, perform inspection or
replacement of sampler O-ring. (Refer to Section 4.7)
Spotted fluids in the spotting holes on the slide are almost
equal in volume.
If the fluids are not spotted into the spotting holes normally,
contact Heska's Technical Support Services for assistance.
Clean the probes in the ISE unit and the spotting part. (Refer
to Section 4.3)
NOTE: If the error still occurs after the above troubleshooting is
performed, please contact Heska's Technical Support Services for
assistance.
0Q
=?
0C25O'SN
-25O'SN
%N25O'SN
'44
b.When the error code is displayed with number 3, it does not
mean the analyzer malfunction. This means the concentration of
the sample is outside of the measurement range.
NOTE: Refer to the Instructions for Use for the slide measurement range.
0Q
=?
0C25O'SN
-2514O'SN
%N25O'SN
'44
Error Code Error Message Error Status Solution
W090
W097
W099
W200 Barcode reader ERR
Serial communication ERR
Check the specification
and the connection of the
communication cable.
No response from the barcode
reader.
Serial communication has
malfunctioned.
The sample barcode reader
has not been connected to
the analyzer.
When data communication errors occur, perform the
following:
• Make sure that the communication cable has been
connected properly.
• Make sure that the status of the host computer is
ready to communicate.
• Make sure that the communication settings have
been set correctly. (See Section 6.8.3)
If the error still occurs, please contact Heska's Technical
Support Services for assistance.
Connect the sample barcode reader to the USB
Connector of the analyzer.
If the error still occurs, please contact Heska's Technical
Support Services for assistance.
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Error Code Error Message Error Status Solution
W220 LAN communication ERR
Check the specification
and the connection of the
communication cable.
LAN communication ERR When data communication errors occur, perform the
following:
• Make sure that the communication cable has been
connected properly.
• Make sure that the status of the host computer is
ready to communicate.
• Make sure that the communication settings have
been set correctly. (See Section 6.8.3)
If the error still occurs, please contact Heska's Technical
Support Services for assistance.
5.2.13 Other Errors
Error Code Error Message Error Status Solution
W010 Keyboard open
Close keyboard and then
touch START.
E010 Keyboard open
Keyboard opened during
measurement.
Close keyboard and run the
tests from the beginning.
W020 Disposal box open
Put Disposal box to the end
and then press START.
E021 Disposal box open
Disposal box opened during
measurement.
Close Disposal box and run the
tests from the beginning.
W022 Disposal box full
Disposal box became full of
slides and tips.
Discard slides and tips
to empty the box when
measurement is not in
progress.
W500 Faulty exhaust fan Fan has malfunctioned. Contact Heska's Technical Support Services for
W500 Faulty pressure fan for power
supply box
W501 Faulty incubator fan
W501 Faulty pressure fan for upper
rear panel
W502 Faulty pressure fan for lower
rear panel
W503 Faulty cooling fan for ISE
W210 Rack status was changed after
pressing START.
Start over the measurement.
The START button has been
touched when the keyboard
is open.
The keyboard is open during
testing.
The START button has been
touched when the disposal
box is open.
The disposal box is open
during testing.
The disposal box is full of
slides and tips.
A fan is faulty. Contact Heska's Technical Support Services for
Close the keyboard, and touch START.
Close the keyboard, and rerun the tests from the
beginning.
Close the disposal box, and touch START.
Close the disposal box, and rerun the tests from the
beginning.
Empty the disposal box when the measurements are
not in progress.
When the number of discarded slides in the disposal
box reaches 100, or when the number of used tips
reaches 50, W022 will occur. Once the disposal box is
pulled out, the count will be reset. Always empty the
disposal box every time it is pulled out.
assistance.
assistance.
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Element DC
Section 6: Mode Settings and Functions
Veterinary Chemistry Analyzer
6.1 Mode Setting Procedure and Description
There are 2 kinds of modes: one is the administrator mode, which can only be operated by administrators; another is the
normal mode, which can be operated by normal operators.
The important modes, which affect test results such as correlation coefficients settings, can only be operated in the
administrator mode. The administrator modes must be operated only by the administrators who have responsibility over
the analyzer. By touching FOR ADMINISTRATOR in the MODE FUNCTION menu dialogue and then inputting a password,
the ADMINISTRATOR MODE FUNCTION menu dialogue is displayed.
For information about how to display the MODE FUNCTION menu dialogue, refer to Section 2.2.3.
6.1.1 Mode Setting Procedure
Mode Function Menu Main Setting Menu Sub-Setting Menu Reference Section Operator
Control Start control measurement
Additional test
Rerun
Date & time settings - - 6.3
Display brightness - - 6.4
Buzzer volume Error sound - 6.5.1
Test end sound - 6.5.2
Lamp configuration - - 6.6
Display information Error log - 6.7.1
Display temperature & humidity - 6.7.2
Lot information - 6.7.3
DI card information - 6.7.4
Maintenance Sampler leak check Sample tip
Dilution tip
Reference plate level check - 4.3
For administrator Basic/External I/F settings Language setting 6.8.1
Date format setting 6.8.2
Host I/F settings 6.8.3
Barcode reader 6.8.4
For administrator Display settings
75
Unit conversion 6.9.1
Display method
for outside of
measurement range
Reference interval
settings
Result display setting 6.9.4
Sample No./ ID
settings
Work list selection
setting
- 6.2
4.7.1
6.9.2
6.9.3
6.9.5
6.9.6
Normal
Admin
Page 81
Mode Function Menu Main Setting Menu Sub-Setting Menu Reference Section Operator
Mode function menu dialogue
For administrator Coefficients/Test settings
Correlation coefficients 6.10.1
Lot compensation
coefficients
Dilution factor 6.10.3
Spotting count 6.10.4
Print sheets of test
results
6.10.2
6.10.5
Admin
6.1.2 How to Select Each Mode
In the MODE FUNCTION menu dialogue, touch a MODE FUNCTION to be set.
NOTE: When touching FOR ADMINISTRATOR, a password entry dialogue appears. Enter a password. If you do not know
the password, touch X to return to the MODE FUNCTION menu dialogue.
①
②
④
⑥
⑧
③
⑤
⑦
Display brightness
③
button pressed
Display information
⑥
button pressed
Control button pressed
①
Buzzer volume
④
button pressed
Maintenance
⑦
button pressed
Date & Time settings
button pressed
Lamp configuration
⑤
button pressed
For administrator
⑧
button pressed
76
Administrator mode
function menu dialogue
Page 82
6.2 Control Mode <Normal>
6.2.1 Execution of the Control Mode
This mode is only used for FUJI DRI-CHEM CONTROL QP-L or QP-H. This mode is not used for Heska Chemistry Control.
When the control mode is selected, the analyzer calculates the concentration with the correlation coefficients for all tests
reset to a=1 and b=0.
Correlation coefficients for all test names ==> Resets to (a=1, b=0)
Units ==> Resets to Unit (A)
Dilution factors ==> Resets to no dilution
In each test result dialogue, the indication [Control Mode] appears.
6.3 Date & Time Settings <Normal>
This mode is used to change date and time.
1. Touch DATE & TIME SETTINGS in the MODE FUNCTION
menu dialogue.
The date and time setting dialogue is displayed.
2. Touch or to change date and time.
3. Touch REGISTER.
The set date and time are registered, and then the display
returns to the MODE FUNCTION menu dialogue.
NOTE: To cancel setting, touch CANCEL.
6.4 Display Brightness <Normal>
This mode function is used to adjust the touch screen brightness.
1. Touch DISPLAY BRIGHTNESS in the MODE FUNCTION menu
dialogue.
The brightness setting dialogue is displayed.
2. Touch DESIRED BRIGHTNESS.
When touching desired brightness, the touch screen brightness
is changed accordingly.
77
Dim
Brightness buttons
Light
Page 83
3. Touch REGISTER.
The set screen brightness is registered, and then the display returns
to the MODE FUNCTION menu dialogue.
NOTE: To cancel setting, touch CANCEL.
6.5 Buzzer Volume <Normal>
This mode is used to change the beep sound settings (error warning,
end of a test).
6.5.1 Error Sound
1. Touch BUZZER VOLUME in the MODE FUNCTION menu
dialogue.
The buzzer volume dialogue is displayed.
IMPORTANT
There are 2 types of buzzer sound: one is error sound; another is
test end sound.
2. Touch ERROR SOUND.
The error sound dialogue is displayed
3. Touch DESIRED VOLUME.
When touching DESIRED VOLUME, a sound, which you have
selected, will be heard.
4. Touch DESIRED TONE.
When touching DESIRED TONE, a sound, which you have
selected, will be heard.
Low
Volume buttons
High
78
Tone buttons
Page 84
5. Touch REGISTER.
The set error sound is registered, and then the display returns to
the MODE FUNCTION menu dialogue.
NOTE: To cancel setting, touch CANCEL.
6.5.2 Test End Sound
1. Touch BUZZER VOLUME in the MODE FUNCTION menu
dialogue.
The buzzer volume dialogue is displayed.
IMPORTANT
There are 2 types of buzzer sound: one is error sound; another is
test end sound.
2. Touch TEST END SOUND.
The test end sound dialogue is displayed.
3. Touch DESIRED VOLUME.
When touching DESIRED VOLUME, a sound, which you have
selected, will be heard.
NOTE: To turn off the sound, touch MUTE.
4. Touch DESIRED TONE.
When touching DESIRED TONE, a sound, which you have
selected, will be heard.
LowOFF
Volume buttonMute button
High
79
Tone button
Page 85
5. Touch REGISTER.
The set test end sound is registered, and then the display returns to
the MODE FUNCTION menu dialogue.
NOTE: To cancel setting, touch CANCEL.
6.6 Lamp Configuration <Normal>
This mode is used to display and reset the cumulative illumination time of the lamp currently installed in the analyzer.
The illumination time will be counted up to 9,999 hours without reset.
When replacing the light source lamp, reset the cumulative illumination time using this mode.
This mode is used to select whether to turn off the light source lamp or not, if the analyzer has not been used for
20 minutes in the state of [Ready to Test] on the display.
The default setting turns the lamp off after 20 minutes.
NOTE: The average life of the lamp is about 1,000 hours if the lamp is continuously lit. If the power is continuously
switched on for 24 hours in the “Lamp on” selection, the lamp will be used up in about 40 days.
1. Touch LAMP CONFIGURATION in the MODE FUNCTION
menu dialogue.
The LAMP CONFIGURATION is displayed.
Display and reset of lamp’s cumulative illumination time: 2
To leave lamp ON: 3
To turn the lamp OFF: 4
2. Display and reset of lamp’s cumulative illumination time.
a. Check lamp’s cumulative illumination time (Lamp On
time) shown in the lamp configuration dialogue.
NOTE: The illumination time will be counted up to 9,999 hours.
If the time exceeds the maximum, the time is counted up from 0
hour.
b. Touch RESET.
Lamp’s cumulative illumination time is reset to 0 hours.
c. Touch REGISTER.
The resetting of cumulative illumination time is registered,
and then the display returns to the MODE FUNCTION
menu dialogue.
0
NOTE: To cancel setting, touch CANCEL.
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3. To leave the lamp ON
a. Touch NO in the [Lamp OFF:].
The [Lamp OFF Time:] field is grayed out and becomes
invalid.
b. Touch REGISTER.
The [Lamp OFF:] is set to “No”, and then the display returns
to the MODE FUNCTION menu dialogue.
NOTE: To cancel setting, touch CANCEL.
4. To turn the lamp OFF
a. Touch YES in the [Lamp OFF:].
The [Lamp OFF Time:] field becomes valid.
NOTE: To cancel setting, touch CANCEL.
b. Touch or in the [Lamp OFF Time:] to set the time.
NOTE: The time can be set within the range of 20 to 240 minutes
in units of 10 minutes.
c. Touch REGISTER.
The lamp OFF is set to “Yes”, and then the display returns
to the MODE FUNCTION menu dialogue.
NOTE: To cancel setting, touch CANCEL.
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6.7 Display Information <Normal>
This mode is used to display the following:
• Error log
• Display temperature & humidity
• Lot information
• DI card information
6.7.1 Error log
This mode is used to display error logs memorized in the analyzer.
1. Touch DISPLAY INFORMATION in the MODE FUNCTION
menu dialogue.
The display INFORMATION menu dialogue is displayed.
2. Touch ERROR LOG in the menu dialogue.
The error log dialogue is displayed.
If there are 6 or more error logs, you can see all error logs by
touching or .
NOTE: A maximum of 100 latest error logs can be displayed in
sequence beginning with newest log.
NOTE: Date and time of error, error code and error name are
displayed.
NOTE: When touching
By touching OK, the error detail dialogue disappears.
NOTE: When touching
registered, are printed out.
3. Touch BACK.
The display returns to the INFORMATION menu dialogue.
, the error detail dialogue appears.
, all error logs, which have been
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6.7.2 Display Temperature & Humidity
This mode is used to display CM & ISE incubator temperature and environmental temperature & humidity (inner body).
1. Touch DISPLAY INFORMATION in the MODE FUNCTION
menu dialogue.
The display INFORMATION menu dialogue is displayed.
2. Touch DISPLAY TEMPERATURE & HUMIDITY in the menu
dialogue.
The display temperature & humidity dialogue is displayed.
3. Touch BACK.
The display returns to the INFORMATION menu dialogue.
6.7.3 Lot Information
This mode is used to display or print out the slide lot numbers
presently recorded in the analyzer.
1. Touch DISPLAY INFORMATION in the MODE
FUNCTION menu dialogue.
The display INFORMATION menu dialogue is displayed.
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2. Touch LOT INFORMATION in the menu dialogue.
(Example) GLU
The lot information dialogue is displayed.
By touching or , you can see all lot information.
NOTE: Test name, test type, lot No. and expire date are displayed.
NOTE: Test names are displayed in ascending order of test code.
Sample types are displayed in order of: [P/S] and [W].
NOTE: When touching
, all lot information presently
registered are printed out.
NOTE: If the data of panel card is memorized, panel type is shown
with “[ ]”.
3. Touch BACK.
The display INFORMATION menu dialogue is displayed.
㩷㩷㩷㩷㩷㩷㩷㪣㪦㪫㩷㩷㩷㩷㩷㪜㪯㪧㩷
㪲㪧㪊㪈㪴㩷㩷㩷㩷㪊㪋㪌㪍㪎㪏㩷 㩷 㪉㪇㪈㪉㪄㪇㪏㩷
Panel
information
6.7.4 DI Card Information
This mode is used to display DI card information presently
recorded in the analyzer memory.
1. Touch DISPLAY INFORMATION in the MODE FUNCTION
menu dialogue.
The display INFORMATION menu dialogue is displayed.
2. Touch DI CARD INFORMATION in the menu dialogue.
The DI card information dialogue is displayed.
By touching or , you can see all test name buttons.
NOTE: A test name that DI card and QC card are read into the analyzer
is displayed as a button.
Display information on the selected test: 3
Display information on all tests: 4
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3. Display information on the selected test.
a. Touch desired test name.
The DI card information item dialogue is displayed.
By touching or , you can see all test information.
NOTE: Test name, sample type and DI value are displayed.
NOTE: Sample types are displayed in order of: [P/S] and [W].
NOTE: When touching
, all lot information presently
registered are printed out.
b. Touch BACK.
The display returns to the DI CARD INFORMATION menu
dialogue.
4. Display information on all tests
a. Touch ALL TESTS.
All tests are displayed in the dialogue.
By touching or , you can see all tests.
NOTE: Test name, sample type and DI value are displayed.
NOTE: Test names are displayed in ascending order of test code.
Sample types are displayed in order of: [P/S] and[W].
NOTE: When touching
, all lot information presently
registered are printed out.
b. Touch BACK.
The display returns to the DI CARD INFORMATION menu
dialogue.
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6.8 Basic/External I/F Settings <Admini.>
This mode is used to display the following.
• Language setting
• Date format setting
• Host IF settings
• Barcode reader
6.8.1 Language Setting
This mode is used to set a language to be used in the equipment.
1. Touch BASIC/EXTERNAL I/F SETTINGS in the ADMINISTRATOR MODE FUNCTION menu dialogue.
The basic/external I/F setting menu dialogue is displayed.
NOTE: For information about how to display the ADMINISTRATOR MODE FUNCTION menu dialogue, refer to Section 6.1.2.
2. Touch LANGUAGE SETTING in the menu dialogue.
The language setting dialogue is displayed.
NOTE: The following 9 languages are selectable.
• Japanese
• English
• French
• German
• Italian
3. Touch desired language.
4. Touch REGISTER.
The selected language is registered, and then the display
returns to the BASIC/EXTERNAL I/F SETTING menu dialogue.
NOTE: The registered language is reflected after rebooting the
equipment.
• Spanish
• Russian
• Portuguese
• Chinese
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6.8.2 Date Format Setting
This mode is used to set the order of the date (year, month and day).
1. Touch BASIC/EXTERNAL I/F SETTINGS in the ADMINISTRATOR MODE FUNCTION menu dialogue.
The BASIC/EXTERNAL I/F SETTING menu dialogue is displayed.
NOTE: For information about how to display the ADMINISTRATOR MODE FUNCTION menu dialogue, refer to Section 6.1.2.
2. Touch DAT E FO RMAT SET TING in the menu dialogue.
The date format setting dialogue is displayed.
NOTE: The following 3 formats are selectable.
[YYYY–MM–DD]
(e.g., 2012–08–31)
NOTE: In order for results to transmit to PMS, date format must
be set to [YYYY–MM–DD].
[MM-DD-YYYY]
(e.g., 08–31–2012)
[DD-MM-YYYY]
(e.g., 31–08–2012)
3. Touch DESIRED DATE FOR M AT.
4. Touch REGISTER.
The selected date format is registered, and then the display
returns to the BASIC/EXTERNAL I/F SETTING menu dialogue.
NOTE: The registered date format is reflected after rebooting the
equipment.
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6.8.3 Host I/F Settings
This mode is used to connect the Element DC to a host computer (PC) and to set communication parameters. Also, this
mode is used for turning the built-in printer ON/OFF.
NOTE: Do not connect the Element DC to the host computer, which has not been approved by IEC/UL60950−1.
NOTE: When connecting to the host computer, select either D−SUB 9-pin connector or 100BASE−T connector on the rear
panel. It is impossible to communicate through both connections at the same time.
NOTE: Perform the host I/F settings after connecting the communication cable to the D−SUB 9-pins or the 100BASE−T.
Host computer
LAN connector
(100BASE-T)
Serial connector
(D-SUB 9 pins)
1. Touch BASIC/EXTERNAL I/F SETTINGS in the ADMINISTRATOR MODE FUNCTION menu dialogue.
The BASIC/EXTERNAL I/F SETTING menu dialogue is displayed.
NOTE: For information about how to display the ADMINISTRATOR MODE FUNCTION menu dialogue, refer to Section 6.1.2.
NOTE: The USB connector is only for the barcode reader.
2. Touch HOST I/F SETTINGS in the menu dialogue.
The HOST I/F SETTINGS menu dialogue is displayed.
To not connect to the host computer: 3
To use the serial connection: 4
To use the LAN connection: 5
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3. To not connect to the host computer
a. Touch NO.
NOTE: Other buttons except for REGISTER and CANCEL are
grayed out and become unselectable.
b. Touch REGISTER.
The host I/F setting is set to [No], and then the display
returns to the BASIC/EXTERNAL I/F SETTING menu
dialogue.
NOTE: To cancel setting, touch CANCEL.
4. To use the serial connection
a. Touch SERIAL CONNECTION.
NOTE: LAN SETTINGS becomes unselectable.
b. Select a communication method.
The following 3 communication methods are selectable.
• Type 1: two-way communication
• Type 2: one-way transmission (bidirectional format)
• Type 3: one-way transmission (standard format)
c. Select ON or OFF for print output.
Select ON to use the printer. Select OFF to not use the printer.
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d. Touch REGISTER.
The host I/F setting is set to [Serial Connection], and then the display
returns to the BASIC/EXTERNAL I/F SETTING menu dialogue.
NOTE: To cancel setting, touch CANCEL.
5. To use the LAN connection
a. Touch LAN CONNECTION.
b. Select a communication method.
NOTE: The following 3 communication methods are selectable.
Type 1: two-way communication
Type 2: one-way transmission (bidirectional format)
Type 3: one-way transmission (standard format)
c. Select ON or OFF for print output.
Select ON to use the printer. Select OFF to not use the printer.
d. Touch LAN SETTINGS.
The LAN settings dialogue is displayed.
NOTE: The LAN settings’ defaults are as follows.
Element DC settings
IP address: 192.168.100.1
Port No.: 65535
PC settings
IP address: 192.168.100.2
Port No.: 65535
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e. Touch EDIT.
The screen keyboard to enter the IP address (Element DC)
appears.
For information about input method of the screen
keyboard dialogue, refer to Section 2.3.
NOTE: To cancel EDIT and return to the LAN settings dialogue,
touch X.
f. Enter the IP address (Element DC), and then touch OK.
The screen keyboard to enter the Port No. (Element DC) is
displayed.
g. Enter Port No. (FDC), and then touch OK.
The screen keyboard to enter the IP address (PC) is
displayed.
h. Enter the IP address (PC), and then touch OK.
The screen keyboard to enter the Port No. (PC) is
displayed.
i. Enter the Port No. (PC), and then touch OK.
The display returns to the LAN settings dialogue.
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j. Touch REGISTER.
The LAN settings are registered, and then the display
returns to the HOST I/F SETTINGS menu dialogue.
NOTE: To cancel setting, touch CANCEL.
k. Touch REGISTER.
The host I/F setting is set to [LAN connection], and then
the display returns to the BASIC/EXTERNAL I/F SETTING
menu dialogue.
NOTE: To cancel setting, touch CANCEL.
6.8.4 Barcode Reader
This mode is used to perform the setting to connect the sample barcode reader to the USB connector.
CAUTION
The sample barcode reader specified for the Element DC can be used. Do not connect a barcode reader other than
one specified for the Element DC. Otherwise, physical damage or danger of fire may result.
Barcode reader
USB
This USB connector is only for the barcode reader.
1. Touch BASIC/EXTERNAL I/F SETTINGS in the ADMINISTRATOR MODE FUNCTION menu dialogue.
The basic/external I/F setting menu dialogue is displayed.
NOTE: For information about how to display the ADMINISTRATOR MODE FUNCTION menu dialogue, refer to Section 6.1.2.
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2. Touch BARCODE READER in the menu dialogue.
The BARCODE READER SETTING menu dialogue is displayed.
To use the barcode reader: 3
To not use the barcode reader: 4
3. To use the barcode reader
a. Touch YES.
b. Touch REGISTER.
The barcode reader setting is set to [Yes], and then the
display returns to the BASIC/EXTERNAL I/F SETTING
menu dialogue.
NOTE: To cancel setting, touch CANCEL.
4. To not use the barcode reader
a. Touch NO.
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b. Touch REGISTER.
The barcode reader setting is set to [No], and then the
display returns to the BASIC/EXTERNAL I/F SETTING
menu dialogue.
NOTE: To cancel setting, touch CANCEL.
6.9 Display Settings <Admini.>
The following settings are possible in this mode.
• Unit conversion
• Display method for outside of measurement range
• Reference interval settings
• Result display setting
• Sample No./ID settings
• Work list selection setting
6.9.1 Unit Conversion
This mode is used to set Unit (A) and Unit (B) for each test name.
1. Touch DISPLAY SETTINGS in the ADMINISTRATOR MODE FUNCTION menu dialogue.
The display settings menu dialogue is displayed.
NOTE: For information about how to display the ADMINISTRATOR MODE FUNCTION menu dialogue, refer to Section 6.1.2.
2. Touch UNIT CONVERSION in the menu dialogue.
NOTE: Test names are displayed in order of new QC reading date.
NOTE: Touch
or to display the desired page of test names.
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3. Touch UNIT to be changed.
(e.g.,) Change the unit for GLU from [mg/dl] to [mmol/l].
4. Touch REGISTER.
The set unit conversion is registered, and then the display
returns to the DISPLAY SETTINGS menu dialogue.
NOTE: To cancel setting, touch CANCEL.
6.9.2 Display Method for Outside of Measurement Range
This mode is used to switch the display method for results outside of the measurement range for all tests.
1. Touch DISPLAY SETTINGS in the ADMINISTRATOR MODE FUNCTION menu dialogue.
The display settings menu dialogue is displayed.
NOTE: For information about how to display the administrator MODE FUNCTION menu dialogue, refer to Section 6.1.2.
2. Touch DISPLAY METHOD FOR OUTSIDE OF
MEASUREMENT RANGE in the menu dialogue.
The display method for outside of measurement range
dialogue is displayed.
To display a numeric value with “@” mark for the value
outside of the measurement range: 3
To print out the value outside of the measurement range
using the “<” or “>” mark: 4
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