Beckman Coulter UniCel DxC 800 Manuals

Manuals and User Guides for Beckman Coulter UniCel DxC 800. We have 2 Beckman Coulter UniCel DxC 800 manuals available for free PDF download: Instructions For Use Manual, Daily Start Up

Beckman Coulter UniCel DxC 800 Instructions For Use Manual (499 pages)

UniCel DxC Synchron Clinical Systems

Brand: Beckman Coulter | Category: Medical Equipment | Size: 20.52 MB

Instructions for Use
1
CHAPTER 9: Maintenance

3
- Revision History
  3
- Safety Notice
  5
  - Summary of Hazards
    5
  - Summary of Precautions
    8
  - Hardware Symbols and Labels
    15
  - Keyboard Connection
    16
  - Documentation Symbols
    25
  - Table of Contents
    27
  - Intended Use
    33
- Introduction
  33
  - Manual Conventions
    33
  - How to Use this Manual
    35
  - Manual Format
    35
  - Installation
    37
- Operational Conditions
  37
- Shipping Damage
  37
CHAPTER 1 System Description

37
CHAPTER 2 Preparing Samples for Analysis

91
- Routine Operation Overview
  91
- Minimum Sample Volume
  92
- Preparing Samples for Analysis
  92
  - Sample Racks
    92
  - Sample Preparation by Container Type
    93
  - Bar Code Label Placement
    94
  - Bar Code Labeling
    94
  - Closed Tube Sampling (CTS)
    95
  - Sample Tubes Validated for CTS
    95
- How to Use Reserved Racks
  97
CHAPTER 3: System Setup Options

99
- Overview
  99
- Password Setup
  100
  - Setup Screen (Scrolled to the Bottom)
    100
  - Defining/Editing Password Setup
    101
- Auto Serum Index/Ordac
  102
  - Configuring a Beckman Coulter Chemistry
    103
  - Configuring a User Defined Chemistry (UDR)
    103
- Configuring the Chemistry Menu
  103
- Date/Time Setup
  111
- Setting the Default Sample Type
  111
- Demographics Setup
  112
- Immediate Patient Results Reporting to Host And/Or Printer
  112
- Patient Results - Immediate Reporting Setup
  112
- Defining, Editing and Deleting Panels
  113
- Panels
  113
- Selecting a Default Panel
  113
- Replicates
  114
- Report Setup
  114
  - Analytical Range
    115
  - Instrument Printable Range
    115
- Reportable Ranges Setup
  115
  - Reportable Range
    116
  - Suppress Results Option
    116
- Reference/Critical Ranges Setup
  117
- Sample Comments Setup
  117
- Special Calculations Definition
  118
- Timed Urine and Creatinine Clearance Results
  121
- Version Information
  121
- Units/Precision Setup
  122
- User Defined Chemistries Setup
  122
- Bar Code Setup
  123
- Maximum Sample Program Age
  124
- Reserved Racks/Obstruct Detect
  124
- Disable Service Monitor
  125
- DXC Host Communications Parameter Options for ASTM, Lx20/DXC, CX7 Compatible
  126
- Host Communications
  126
- Language/Keyboard Setup
  127
  - Disabling Service Setup
    128
  - Enabling Service Setup
    128
- Printer Setup
  128
- Service Setup
  128
- System Configuration
  129
- Version Upgrade
  129
- View/Edit System Configuration
  129
- Chemistry Update
  130
- Status Alarm/Annunciator
  130
- Auto Generation of Control
  131
CHAPTER 4 Reagent Load/Calibration

133
- Pre-Run Checklist
  134
- Reagent Load/Calibration Screen
  134
- Reagent Status Messages
  134
- Rgts/Cal Screen Overview
  134
- Sort Reagent Status
  135
- Load/Unload Reagent
  136
- MC Reagent Information
  136
- DXC 600 Leftmost Compartment
  137
- DXC 800 Leftmost Compartment
  137
- DXC 600/800 Center Compartment
  138
- Load/Unload Modular Chemistries (MC)
  138
- No Foam Container (DXC 800 Shown)
  139
- CC Reagent Information
  140
- Load/Unload Cartridge Chemistries (CC)
  141
- Reagent Carousel
  142
- Reagent Parameters
  142
- Load a Calibrator Diskette
  144
- System Calibration
  144
- Calibrator Assignment
  145
- Calibration Status
  146
  - Calibration Status Messages
    146
  - Conditions that Cause a Calibration Status Warning
    147
- Reagent and Calibration Status Warnings
  147
- Calibrate DXC Chemistries with Bar Code Labels
  148
- Request a Calibration
  148
- Calibrate DXC Chemistries Using Assigned Calibrator Racks
  149
- Calibration Failure Messages
  150
  - Cancel a Calibration Request
    150
  - CC Subsystem Calibration Failure
    150
  - Enable Within-Lot Calibration
    151
  - MC Subsystem Calibration Failure
    151
- Within-Lot Calibration
  151
  - Within-Lot Calibration Frequency
    151
  - Within-Lot Calibration Dialog Box
    152
  - Within-Lot Calibration Status Screen
    153
  - Within-Lot Calibration Limitations
    154
  - Within-Lot Designations
    154
- Enzyme Validator
  155
- Calibration Override
  156
- Remove Cal Overridden Status
  156
- Chemistry Bypass
  157
- Remove a Bypassed Status
  157
- Extend Calibration Time
  158
- Remove an Extended Status
  158
- Calibration Acceptance Limits
  159
- Calibrator Set Point Modifications
  160
- Slope Offset Adjustment
  161
- Slope Offset Recommendations
  162
- Reprint Calibration Reports
  163
- Reprint Previous Calibration Reports
  164
CHAPTER 5 Quality Control

165
- Quality Control Program
  165
- Accuracy and Precision Flags
  166
- Additional QC Precision Rules
  167
- Flags Generated on Printed QC Reports
  167
- QC Accept/Reject Chart Using Westgard Rules
  167
- Control Description
  168
- Define a Control
  168
- Control ID Assignments
  171
- Introduction to Assignment of QC Bar Codes
  171
- Run Control Samples
  171
  - Manually Programming Control Samples
    172
  - Run Control Samples with Bar Code Labels and Auto Generationof Control Enabled
    172
- Edit a Control Definition
  173
  - Edit Precautions
    173
  - Add Chemistry(Ies)
    174
  - Modify Assigned Mean, Assigned SD or Constituent Code
    174
  - Remove Chemistry(Ies)
    175
- Delete a Control
  176
- Review a Control Definition
  176
- Print QC Ranges
  177
  - Display QC File Lists
    178
  - QC File Definition
    178
- QC File List
  178
- Accessing the QC Summary
  179
- QC Summary
  179
- Accessing QC Charts
  180
- QC Chart (Levey-Jennings)
  180
- Accessing QC Logs
  182
- QC Log
  182
  - Delete a Data Point
    183
  - Add a QC Action Log Comment
    184
  - Create a QAP Disk
    185
- Quality Assurance Program (QAP) "Copy to Disk" Feature
  185
- Archive QC
  187
- Review Archived Data
  188
- Determination of QC Flags
  165
CHAPTER 6: Sample Programming and Processing

191
- Overview
  191
- Prior to Programming
  192
  - Program Sample Screen
    192
  - Rack Status
    193
- Identify Samples
  194
  - Sample Status Designations
    194
  - Verify Sample Carousel Status: Main Screen
    194
  - Limitations
    195
  - Sample ID
    195
  - Valid Characters for Entries
    195
  - Create Sample Ids
    196
  - Processing Bar Coded Samples
    196
- Sample Programming and Processing
  196
  - Manually Assigning Rack and Position
    197
  - Processing Samples Manually
    197
  - Add Tests or Rerun a Sample
    199
- Additional Programming Information
  200
  - Chemistry Identifiers
    200
  - Enter a Dilution Factor
    200
  - Programming a Manual ORDAC
    200
  - Batch Programming
    201
- Clear Samples
  202
  - Range of Sample Ids
    203
  - When to Clear Samples
    203
  - Procedure for Clearing Samples
    204
CHAPTER 7: Results Recall

205
- Overview
  205
- Recall Results by Sample ID
  206
- Recall Results by Rack and Position
  207
- Recall Results by Patient ID
  208
- Recall Results by Run Date/Time
  208
- Date and Time Formats with Recall Results
  209
- Display Recalled Results
  209
- Delete Critical Rerun Result
  210
- Edit Critical Rerun Result
  210
- Print Recalled Results
  211
- Absorbance Versus Time
  212
  - Recall Data
    212
  - Send Data
    212
- Send Results to the Host
  212
  - Additional Information
    214
  - Display Statistical Summary
    214
- Statistical Summary Report
  214
CHAPTER 8: User Defined Reagents

215
- Minimum Requirements for Operation
  215
- Overview
  215
- Requirements and Precautions
  215
- User-Defined Reagent Setup
  217
- Chemistry Parameters
  218
  - Define a Chemistry Test Name
    218
  - Edit a User-Defined Reagent
    218
  - Reaction Type
    218
  - Options for Units
    219
  - Precision
    219
  - Reaction Direction
    219
  - Units
    219
  - Math Model
    220
  - Options for Math Models
    220
  - Primary Wavelength
    220
  - Secondary Wavelength
    220
  - Allowable Entries for a Calculation Factor
    221
  - Calculation Factor
    221
  - Number of Calibrators
    221
  - Options for the Number of Calibrators
    221
  - Calibration Time Limit
    222
  - Calibrator Values
    222
  - First Inject: Component
    222
- Processing Parameters
  222
  - Allowable Entries for Add Time for the Second Inject
    223
  - Second Inject: Add Time
    223
  - Second Inject: Component
    223
  - Second Inject: Dispense Volume
    223
  - DXC 600/800 Timing Chart
    224
  - Third Inject: Component
    224
  - Blank Read Times
    225
  - Sample Volume
    225
  - Third Inject: Add Time
    225
  - Third Inject: Dispense Volume
    225
  - Initial Read Times
    226
  - Reaction Read Times
    226
- Error Detection Limits
  227
- Wavelength Selection
  229
- Determination of Extinction Coefficients
  230
  - Option 1
    230
  - Summary
    230
  - Calibration
    231
- Exit Check Criteria
  231
  - Option 2
    231
  - Wavelengths
    231
  - Blanking
    232
  - Measurement
    232
  - Volumes
    232
  - Remove a User Defined Reagent
    233
- User Defined Reagent Removal
  233
- Cal Save
  234
- Expanded User Defined Chemistry Feature
  234
  - Ordac
    235
  - On Board Dilution
    236
  - Basic Laboratory Practice
    237
  - Maintenance
    237
Utilities

237
- Chassis Ground
  238
- Common Abbreviations
  238
- Maintenance Schedule
  238
- Monthly Maintenance
  239
- Twice Weekly Maintenance
  239
- Two-Month Maintenance
  239
- Weekly Maintenance
  239
- Electronic Maintenance Log
  240
- Feature Summary
  240
- Four-Month Maintenance
  240
- Six-Month Maintenance
  240
- Access the Scheduled Log Feature
  241
- Help
  241
- Procedure
  241
- Screen Description
  241
- Clean Sample and Reagent Probes, Mixers, EIC, and Flow Cell
  243
- Check Reagent Levels
  246
- Replace Cuvette Wiper
  246
- Cuvette Wash Station Cover
  247
- Clean Total Protein and Albumin Cup Modules (DXC 800 Only)
  248
- Cleaning Preparation
  249
- Cleaning Procedure
  249
- Clean Probes (Exterior)
  250
- Clean Flow Cell, Cups and CC Probes/Mixers (Automated)
  252
- Materials Required
  252
- Check Chloride Calibration Span
  253
- Replace Alkaline Buffer
  253
- DXC 800 ISE Module
  254
- Adjust the Fluid Level of the Alkaline Buffer Damper Assembly
  257
- Clean All Cup Modules
  259
- Cup Cleaning Preparation
  259
- Bunm/Uream Electrode Maintenance (DXC 800 Only)
  261
- Calibrate Lamps and Sensor
  265
- Reassemble the MC Components
  266
- CC Sample and Reagent Mixers
  267
- Clean Mixers
  267
- Cap Piercer Blade
  268
- Replace CTS Blade (1-Blade Narrow CTS Option)
  268
- Cap Piercer Blade with CTS Auto-Gloss Wick
  272
- Replace CTS Blade/Wick (1-Blade Thick CTS Option)
  272
- Change/Clean Air Filters
  277
- CC Reagent Syringe (500 Μl)
  279
- Replace Syringe Plungers
  279
- MC and CC Sample Syringes (100 Μl)
  280
- Prepare for Maintenance Mode and Remove the Plunger
  280
- Install the Syringe
  282
- Prime the Syringes
  283
- Return to Home Position
  283
- Clean the MC Reagent Lines
  284
- Cleaning the MC Lines, Cups, and Stir Bars
  284
- MC Line Cleaning Preparation
  284
- Replace Calcium and Potassium Electrode Tip
  288
- ISE Service
  290
- Removal and Installation of the Electrodes
  291
- Replace Glucose Sensor
  294
- Drain the Reaction Cup for Sensor Maintenance or Replacement
  296
- Sensor Replacement and Stir Bar Cleaning
  296
- As-Needed/As-Required Maintenance
  299
- Action Log
  300
- ISE Service Procedure
  300
- Replace the Chloride Electrode Tip
  300
- Replace the Chloride Electrode
  301
- Replace the Sodium Measure/Reference Electrode
  304
- Removal and Installation of the Sodium Electrode
  305
- Prime the Flow Cell
  308
- Remove the Old CO2 Membrane
  309
- Replace the CO2 Membrane
  309
- Replace the ISE Module Cover
  309
- Prepare the New CO2 Measuring Electrode Membrane
  312
- CO2 Measuring Electrode Reinstallation
  315
- Reinstall the CO2 Measuring Electrode
  315
- Clean the EIC Port
  316
- Clean the CO2 Alkaline Buffer Lines
  322
- Clean the ISE Drain
  324
- Flush the Flow Cell (Manual)
  327
- Clean the ISE Flow Cell Using Clenz Solution
  330
- Flow Cell Cleaning Procedure
  331
- Flush the Sample and Reagent Probe
  333
- Weekly Maintenance
  334
- Replace the Old Probe
  335
- Replace the Sample and Reagent Probe
  335
- Additional Procedures
  336
- Install the New Probe
  336
- CC and MC Sample Probe
  338
- Confirm Instrument Performance
  338
- Reagent Probe a and B
  338
- Clean the CC Sample Probe, Reagent Probes and Mixers
  339
- Clean the MC Sample Crane and Collar Assembly
  340
- Clean the Precipitate in Phosm (DXC 800 Only)
  341
- Inspect the Cuvette Washer Probe
  342
- Wash All Cuvettes with System Wash
  345
- Wash the CC Reagent Cuvettes with CCWA
  346
- Clean the Work Surfaces
  347
- Decontaminate the Instrument
  348
- Decontaminate the Sample Racks
  348
- Replace the CTS Wick
  352
- Remove the Cap Piercer Cover
  353
- Remove the Blade Assembly and Wick Clip Assembly
  354
- Clean the Blade
  357
- Lubricate the New Wick
  359
- Install the Wick Clip Assembly and Blade Assembly
  360
- Replace ISE Drain Pump Tube
  361
CHAPTER 10: System Status and Commands

365
- Possible Status Messages
  365
- Show Status Summary
  365
- Return to Status Summary
  366
- Show Cycle Count
  366
- Status-Cycle Count
  366
- What to Do if There Is an Error
  366
- Counters
  367
- Cycle Count Description
  367
- Show Temperature Status
  367
- Temperatures
  367
  - Hydropneumatics Subsystem
    368
  - Power Subsystems
    368
  - Show the Power Subsystem Status
    368
  - Ics/Smart Modules
    369
  - Show the Hydropneumatics Subsystem Status
    369
  - Show the Ics/Smart Module Status
    369
  - What to Do if a Parameter Is out of Limits
    369
  - Show the Cuvette Water Blank Status
    370
  - What to Do if a Cuvette Is Dirty
    370
  - CTS Tracking
    371
  - Do Not Clear the Sample ID Manually
    371
  - Show the CTS Tracking Status
    371
  - Home
    372
  - Instrument Commands
    372
  - Why Use Home
    372
- Pause
  373
  - When NOT to Use Pause
    374
  - When to Use Pause
    374
  - How Stop Print Works
    375
- Shutdown
  376
  - DC Output Power Supplies
    377
  - Line Converter Device
    377
  - ON/OFF Switch
    377
  - Uninterruptible Power Supply (UPS)
    377
  - Full Boot
    378
  - Power Cord Connections
    378
  - Power up Sequence
    378
  - System Power On/Boot
    378
  - After Boot-Up
    379
  - Pause Waste B
    379
  - Pause/Resume Waste B
    379
  - Reset
    379
  - Enable/Disable Modules
    380
  - Resume Waste B
    380
  - Disable Modules
    381
  - Enable Modules
    381
  - Unload All
    382
  - Unload All Racks
    383
CHAPTER 11 Utilities

385
- A Prime for CTS Auto-Gloss and Blade Wash
  386
- A Prime for Other Components of the MC Subsystems
  386
- A Prime for the Cups of the MC Subsystems
  386
- Accessing Prime
  386
- Priming All Subsystems
  387
- Stopping a Prime
  387
- Priming CC Subsystems
  388
- Priming Hydropneumatic Subsystems
  389
- Priming MC Subsystems
  389
- Event Log
  390
- Maintenance
  390
- Event Information
  391
- Event Log Classes
  391
- Select Specific Event Classes
  391
- Information Options
  392
- Show Events
  392
- Copy to a Disk
  393
- Specify the Date/Time
  394
- Clear Events
  395
- Print an Event Log
  395
- Alignment/Diagnostics/Pvts
  396
- Metering
  396
- Modem
  396
- Reagent Metering
  396
- Alignment Data
  397
- Backup the System
  397
- Backup/Restore
  397
- System Parameters
  397
- Restore the System
  398
- Parallax
  400
- Touch Screen Calibration
  400
- Index
  401
- Related Documents
  408
- Theory of Operation
  408
- Contents
  411
- Alignment/Diagnostics/Pvts
  416
CHAPTER 12 Troubleshooting Calibration and Result Errors

417
- Back-To-Back
  418
- MC Calibration
  418
- MC Calibration Checks
  418
- Calibrator Range (High/Low)
  419
- Dac
  419
- Digital-To-Analog Conversion (DAC) Check Limits
  419
- Calibration Reports
  420
- Maximum Allowable Sample/Reference Deviations by Chemistry
  420
- Sample/Reference Deviation
  420
- Span
  420
- Cup Module Calibration Report Field Definitions
  422
- Linear Calibration
  423
- CC Linear Calibration Report Field Descriptions
  424
- Linear Calibration Report
  424
- Multipoint Span
  426
- Non-Linear and Multipoint Calibrations
  426
- Non-Linear Calibration Checks
  426
- Recovery
  426
- Calibration Report
  427
- Math Errors
  427
- Sensitivity
  427
- Severe Recovery
  427
- Error Types and Description
  429
- Result Errors
  429
- Troubleshooting Result Errors
  429
- Error Codes and Definitions
  430
- Error Type and Description
  430
- Result Errors and Codes
  430
- Error Code – Definitions
  433
- Common Error Messages and Corrective Actions
  439
- Error Messages and Corrective Actions
  440
- Backup/Restore
  479
  - Glossary
    481
  - Index
    491
  - Theory
    492
  - Touch Screen Calibration
    495
  - A Prime for the CC Subsystems
    385
  - A Prime for the Hydropneumatics Subsystem
    385
  - Prime
    385
  - Calibration Error Checking
    417
  - Calibration Error Flags
    417
  - Calibration Errors
    417

Beckman Coulter UniCel DxC 800 Daily Start Up (15 pages)

Synchron Clinical System

Brand: Beckman Coulter | Category: Laboratory Equipment | Size: 0.57 MB

Table of Contents
3
Clear Manually Assigned Racks
5
Check Reagent Status
6
Load MC Reagents
7
Load CC Reagents
8
Unload CC Reagents
9
Check Calibration Status
10
Calibrate
11
Process Quality Control Using Auto Generation of Control
12
Manually Program/Process Quality Control
13
Sample Processing
14
Low Volume Sample Processing
15

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Beckman Coulter UniCel DxC 800 Manuals

Beckman Coulter UniCel DxC 800 Instructions For Use Manual (499 pages)

Table of Contents

CHAPTER 9: Maintenance

CHAPTER 1 System Description

CHAPTER 2 Preparing Samples for Analysis

CHAPTER 3: System Setup Options

CHAPTER 4 Reagent Load/Calibration

CHAPTER 5 Quality Control

CHAPTER 6: Sample Programming and Processing

CHAPTER 7: Results Recall

CHAPTER 8: User Defined Reagents

Utilities

CHAPTER 10: System Status and Commands

CHAPTER 11 Utilities

CHAPTER 12 Troubleshooting Calibration and Result Errors

Beckman Coulter UniCel DxC 800 Daily Start Up (15 pages)

Table of Contents

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