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Related Manuals for Cantel Medical MEDIVATOR DSD EDGE
Summary of Contents for Cantel Medical MEDIVATOR DSD EDGE
- Page 1 DSD EDGE ™ Automated Endoscope Reprocessor USER MANUAL USER MANUAL REPROCESSING...
- Page 2 DSD EDGE™ is a trademark of Medivators Inc. ACTRIL™ is a trademark of Medivators Inc. INTERCEPT™ is a trademark of Medivators Inc. RAPICIDE™ is a trademark of Medivators Inc. All other company or product names referenced in this document are trademarks of their respective owner. NOTE TO ALL PARTIES: This manual is only suitable for use in the US.
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Page 3: Table Of Contents
CONTENTS CHAPTER 1 – INTRODUCTION ....5 CHAPTER 3 – DISINFECTION CYCLE OVERVIEW Using this Manual ..........6 ..23 Indications for Use ..........7 Automated Leak Tester ........24 Safety ..............7 Reprocessing Cycle ........... 25 Facility Requirements ........... 7 CHAPTER 4 –... - Page 4 CONTENTS CHAPTER 6 – ADDITIONAL APPENDIX ............ 67 OPERATION FUNCTIONS......45 User Prompts ............ 68 Set Up Function Code Checklist ......46 Error Messages ..........70 Set System Date ..........47 Log Messages ........... 73 Set System Time ..........47 Glossary of Terms ..........
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Page 5: Chapter 1 - Introduction
C H A P T E R 1 INTRODUCTION... -
Page 6: Using This Manual
USE OF THE MANUAL This manual is for the DSD EDGE™ Automated Endoscope Reprocessor. The manual describes the features of the reprocessor, how to operate the reprocessor, and how to perform general maintenance to keep the reprocessor in good operating order. Throughout the manual are notes, service notes, cautions, and warnings. -
Page 7: Indications For Use
INDICATIONS FOR USE DSD EDGE™ Reprocessor tests, washes, disinfects and rinses flexible endoscopes, such as fiberoptic and video endoscopes, between patient uses. The DSD EDGE Reprocessor is indicated to provide high-level disinfection, using RAPICIDE™ PA High-Level Disinfectant, of heat-sensitive semi-critical endoscopes. Manual cleaning of endoscopes is required prior to placement in the DSD EDGE Reprocessor. -
Page 8: Moving The Reprocessor
MOVING THE REPROCESSOR Before moving the DSD EDGE™ Reprocessor, ensure the electrical cord, drain line and water supply line are either disconnected or are appropriate lengths to accommodate the relocation of the machine. Failure to do so may result in damage to the machine. Before moving, the leveling feet must be raised to place the unit on the wheels. -
Page 9: Installation And Maintenance
INSTALLATION AND MAINTENANCE Proper maintenance will ensure effective disinfection and prolong the life of the reprocessor: • The disinfectant immersion period (contact time) is fixed at five (5) minutes. • All pressure regulators are factory-preset. Do not adjust the settings. Contact your Technical Support representative for assistance. -
Page 10: Chemicals
CHEMICALS The DSD EDGE™ Reprocessor is intended for use with RAPICIDE™ PA High-Level Disinfectant to reprocess endoscopes. Refer to the American National Standard recommended practice titled, Chemical Sterilants and High Level Disinfectants: A Guide to Selection and Use (AAMI TIR7:1999) and/or Safe Handling and Biological Decontamination of Reusable Medical Devices in Health Care Facilities and in Nonclinical Settings (AAMI/ANSI ST35:2003). -
Page 11: Detergent Solution
DETERGENT SOLUTION If the user decides to utilize the AER pre-wash function in the reprocessing cycle, Medivators recommends the use of a detergent solution that has bacteriostatic properties to inhibit bacterial growth in the detergent reservoir and detergent line. The detergent should be low foaming, free-rinsing and neutral in pH. Note: Medivators recommends the use of INTERCEPT™... -
Page 12: Monitoring Peracetic Acid Level In Disinfectant
MONITORING PERACETIC ACID LEVEL IN DISINFECTANT The RAPICIDE™ PA High-Level Disinfectant (HLD) Peracetic Acid (PA) concentration should be tested after each disinfection cycle. The RAPICIDE™ PA High-Level Disinfectant Test Strips are intended for use with RAPICIDE PA High-Level Disinfectant. The use of a chemical indicator after the disinfection cycle ensures that the RAPICIDE PA High-Level Disinfectant Solution is above the minimum recommended concentration (MRC) of 850ppm peracetic acid. -
Page 13: Cleaning And Disinfecting
CLEANING AND DISINFECTING Always follow established professional guidelines while cleaning and disinfecting endoscopes. The following organizations have published recommended guidelines. Society of Gastroenterology Nurses and Associates Association for Professionals in Infection 401 North Michigan Ave. Control and Epidemiology, Inc. Chicago, IL 60611-4267 1275 K Street, NW, Suite 1000 TEL: (800) 245-7462 Washington, DC 20005-4006... -
Page 15: Chapter 2 - Components
C H A P T E R 2 COMPONENTS This chapter provides labeled diagrams for the DSD EDGE™ Reprocessor, including: • External component diagrams • Internal component diagram • Control panel diagram and overview of control panel functions... -
Page 16: External Components
EXTERNAL COMPONENTS Station “A” Lid Station “B” Lid Printer Station “B” Basin Station “A” Basin Endoscope Hookup Connector Control Panel Endoscope Leak Test Connector Station “A” Basin Level Sensor Disinfectant sampling port Station “B” Disinfectant Process sampling port Indicatiors Figure 2.1 - External Overhead View... - Page 17 EXTERNAL COMPONENTS Floating Lids Figure 2.2 - Basin with Floating Lid 3/8” NPT water connection (water PSI 35 min., 40 max.) Figure 2.3 - External Side View 1” NPT facility drain coupling (right angle hose connector supplied) Main power entry module Figure 2.4 - External Rear View...
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Page 18: Internal Components
INTERNAL COMPONENTS RS-232 (Service only) Basin Valve Assembly Blue-Handled Air Bleed Valve Disinfectant Filter Water Filter Air Valve Detergent Assembly Reservoir Dosing Pump Alcohol Assembly Reservoir Regulator Air Filter Air Compressor Disinfectant Pump Disinfectant Drawer Purge Line Figure 2.5 - Internal View... -
Page 19: Control Panel Overview
CONTROL PANEL OVERVIEW The control panel allows the operator to specify settings, operate the reprocessor, and monitor system messages, errors and warnings. LED indicators LCD panel Keypad Function Keys Figure 2.6 - Control Panel... -
Page 20: Led Indicators
LED INDICATORS The LED indicators alert the operator to active system functions and errors. The control panel has four types of indicators: Station Indicators: Phase Indicators: Station indicators identify Phase indicators identify whether disinfection stations which cycle phase the system A and B are in use. -
Page 21: Lcd Screen
LCD SCREEN The LCD screen displays system messages and prompts that help guide the operator. Note: See Appendix for a list of user prompts and error messages. Date and Time: The current time, day of week and date display on the right side of the screen. -
Page 22: Numeric Keypad
NUMERIC KEYPAD The keypad allows the operator to enter numeric information, such as selecting a Set Up function, entering ID data, or entering date and time information. The key can be used for function CANCEL or BACKSPACE. The # can be used for function ENTER. Figure 2.9 - Numeric Keypad FUNCTION KEYS The function keys are used to control operation... -
Page 23: Disinfection Cycle Overview
C H A P T E R 3 DISINFECTION CYCLE OVERVIEW The DSD EDGE™ Reprocessor reprocessing cycle is comprised of a number of phases designed to ensure proper endoscope disinfection. This section provides a general overview of the cycle phases. -
Page 24: Automated Leak Tester
Note: Some settings can be adjusted to create a custom program. For more information, see ‘Create a Custom Cycle Program’ under the Additional Operation Functions chapter. Note: An air purge occurs each time endoscope channels are flushed. During an air purge, air is flushed through the endoscope channels and internal fluid lines. -
Page 25: Reprocessing Cycle
REPROCESSING CYCLE • If monitored sensors are not satisfied during startup, the cycle is halted until the issue is resolved or cycle is cancelled. STARTUP Automated Leak Tester (Optional). If enabled, a 40 second leak test is • performed before starting the Flush phase. •... - Page 26 REPROCESSING CYCLE • Basin is completely filled with fresh water as scope channels are flushed with fresh water. RINSE 2 (Optional) • Basin is drained while the channels are purged with fresh water. • Concludes by purging scope channels with air. •...
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Page 27: Chapter 4 - Daily Start Up
C H A P T E R 4 DAILY STARTUP This chapter covers procedures that should be performed at the beginning of each day to properly inspect and prepare the reprocessor for operation: • Check System Time • Check Pre-Filters •... -
Page 28: Check System Time
Note: The personnel responsible for these tasks varies by location. Verify your location’s policies and procedures before performing any of the tasks in this chapter. Note: When performing maintenance activities on the DSD EDGE™ Reprocessor, ensure there is adequate ambient illumination to prevent against hazards during maintenance. CHECK SYSTEM TIME 1. -
Page 29: Check Alcohol And Detergent Levels
CHECK ALCOHOL AND DETERGENT LEVELS Note: This procedure is applicable if alcohol or detergent are utilized. Caution! For the alcohol and detergent bottles; remove, refill and replace each bottle (alcohol and detergent) separately to ensure the correct fluid is in the reservoir. Note: Allow 1 inch of space at the top of the detergent and alcohol reservoirs to accommodate the reservoir sensors. -
Page 30: Check Disinfectant Containers
CHECK DISINFECTANT CONTAINERS Disinfectant is supplied in two separate 5-liter containers. Part A is the Peracetic Acid component, Part B is the buffer. Both containers fit into the disinfectant drawer located on the left-hand side of the reprocessor. Warning! Avoid possible chemical burns. Always wear personal protective equipment (gloves, goggles) when handling disinfectant. - Page 31 2. Check the expiration date of Part A and Part B. If either dates are in the past, replace both containers. 3. To load new containers, do the following: a. Place the Part B container in the drawer. b. Remove the bottle cap. c.
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Page 32: Check Incoming Dynamic Water Pressure And Temperature
d. Place the Part A container in the drawer. e. Remove the bottle cap. Insert the Part A Uptake Tube (blue cap) and fully secure to the container. g. Close the disinfectant drawer ensuring that the tubing is not restricted. Figure 4.6 - Part A Uptake Tube (blue cap) CHECK INCOMING DYNAMIC WATER PRESSURE AND TEMPERATURE... - Page 33 On the control panel, press SETUP. Type 41 on the keypad, then press ENTER. “Water temp test?” displays on the LCD screen. Press ENTER to initiate water flow. As water flows into the basin, verify the dynamic water pressure. Dynamic water pressure at the inlet to the reprocessor must be 35-40 psi (2.4-2.75 BAR).
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Page 34: Check The Leak Test Connector O-Rings
CHECK THE LEAK TEST CONNECTOR O-RINGS Caution! Lubrication should be applied to the O-rings on a weekly basis. Lubrication will reduce O-ring wear and allow a better seal. Note: This procedure is applicable if the automated Leak Test function is enabled. Inspect the leak test connector O-rings to determine if lubrication is required. -
Page 35: Chapter 5 - Operation
C H A P T E R 5 OPERATION This chapter provides instructions for daily operation of the reprocessor, including: • Preparing the endoscope for disinfecting and loading the endoscope into the reprocessor basin • Starting the disinfection cycle • Manually interrupting a cycle if necessary •... -
Page 36: Prepare Endoscope For Disinfecting
PREPARE ENDOSCOPE FOR DISINFECTING 1. Pre-clean the endoscope to remove any organic debris. Follow the endoscope manufacturer’s instructions for pre-cleaning or refer to established professional guidelines. 2. If the automated leak test function is enabled, install the waterproof caps and leak test adapters on the endoscope. Follow the endoscope manufacturer’s instructions. - Page 37 1. Connect the ports with the appropriate hookup. For help on hookup selection, refer to the Interactive Hookup Guide (Hookup Lookup) on the Medivators website (www.medivators.com). 2. Do the following to correctly position the endoscope in the basin: a. Position the control section of the endoscope in the right rear of the basin.
- Page 38 6. Place the floating lid on the basin. 7. Verify the endoscope or hookup does not protrude from the basin or contact the floating basin lid (the endoscope must be completely submerged when basin is filled). 8. Close the reprocessor lid. Figure 5.2 - Place Floating Lid on Basin...
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Page 39: Start The Disinfection Cycle
START THE DISINFECTION CYCLE 1. On the control panel, verify the correct station is selected. If necessary, press STATION SELECT to choose the station (A or B). 2. Press ID DATA. 3. Follow the prompts on the LCD screen to enter the ID data. Use the keypad to enter ID numbers, or if equipped with a barcode scanner, scan the bar codes. -
Page 40: Manually Interrupt The Cycle
MANUALLY INTERRUPT THE CYCLE If necessary, a cycle can be manually interrupted at any time. 1. On the control panel, verify the correct station is selected. If necessary, press STATION SELECT to choose the station (A or B). 2. Press STOP. COMPLETE THE DISINFECTION PROCESS Note: Intended to be used with RAPICIDE™... -
Page 41: How To Proceed When A Leak Is Detected
4. Open the reprocessor lid. 5. Remove the basin floating lid. 6. Verify the hookups are securely connected to the endoscope. 7. Disconnect the hookup connectors from the endoscope. 8. Remove the endoscope from the basin. Warning! If any scope hookup connections were disconnected during the cycle, the endoscope was not properly disinfected and is not patient ready. -
Page 42: Minor Leak Detected
Minor Leak Detected If a minor leak was detected, the cycle continues until completion. At the end of the cycle, the control panel’s Warning LED indicator blinks and a “Leak Fail” error message displays on the screen. 1. On the Control Panel, press STOP to clear the warning message. 2. -
Page 43: Continue A Cycle After An Operator Interruption
CONTINUE A CYCLE AFTER AN OPERATOR INTERRUPTION 1. On the control panel, verify the correct station is selected. If necessary, press STATION SELECT to choose the station (A or B). 2. Press START. The cycle proceeds as normal. TERMINATE A CYCLE AFTER AN INTERRUPTION 1. -
Page 45: Chapter 6 - Additional Operation Functions
C H A P T E R 6 ADDITIONAL OPERATION FUNCTIONS This chapter covers additional operator functions. These functions are accessed using the SETUP function key on the control panel. -
Page 46: Set Up Function Code Checklist
SET UP FUNCTION CODE CHECKLIST Below is a list of the functions available using the SETUP function key. To access a SETUP function, do the following: On the control panel, press SETUP. Type the number of the function on the keypad, then press ENTER. Upon completing the function, press SETUP again to exit Set Up mode. -
Page 47: Set System Date
SET SYSTEM DATE This setting changes both the control panel LCD display and the internal system clock. 1. On the Control Panel, press SETUP. 2. Type 2 on the keypad, then press ENTER. 3. “Day” displays on the screen. Type the two-digit day (01-31) on the keypad, then press ENTER. 4. -
Page 48: Disinfect Water Lines
DISINFECT WATER LINES Caution! Ensure the restrictor adapter provided with the installation kit is connected in both basins before performing this procedure. Note: The disinfectant will remain in the lines for the pre-programmed water line disinfection time. Upon completion of a water line disinfection cycle, purge the on-board .2 micron water filter housing of air. -
Page 49: Display Log
DISPLAY LOG The entire log can be displayed one entry at a time, starting with the most recent entry. 1. On the control panel, press SETUP. 2. Type 8 on the keypad, then press ENTER. The most recent log entry displays. 3. -
Page 50: Display Temperatures
DISPLAY TEMPERATURES View the basin and incoming water temperature for both stations. Note: For the incoming water temperature reading to be accurate, water must be flowing into the basin being checked. 1. On the control panel, press SETUP. Basin Incoming Water Temperature Temperature 2. -
Page 51: Display State Time
DISPLAY STATE TIME A cycle is comprised of a number of states. Use the following procedure to view the state number and time for both stations. 1. On the control panel, press SETUP. 2. Type 18 on the keypad, then press ENTER. “State Time Display”... -
Page 52: Print Last Run
PRINT LAST RUN Print a copy of the log for the last disinfection cycle run. 1. Verify the printer is ON. 2. On the control panel, verify the correct station is selected. If necessary, press STATION SELECT to choose the station (A or B). -
Page 53: Enable Automatic Printing
ENABLE AUTOMATIC PRINTING Settings can be modified to print 1, 2 or 3 copies of the log after each cycle. 1. Verify the printer is powered ON. 2. On the control panel, verify the correct station is selected. If necessary, press STATION SELECT to choose the station (A or B). -
Page 54: Enable Delayed Start Time
ENABLE DELAYED START TIME 1. On the control panel, verify the correct station is selected. If necessary, press STATION SELECT to choose the station (A or B). 2. Press SETUP. 3. Type 29 on the keypad, then press ENTER. “Start Enable” displays on the screen. -
Page 55: Open Internal Water Supply Valve
OPEN INTERNAL WATER SUPPLY VALVE This function is typically used as part of procedures for disinfecting water lines and changing water filters. 1. On the control panel, press SETUP 2. Type 43 on the keypad, then press ENTER. This opens the incoming water supply solenoid valve providing a water supply to the on-board .2 micron filter housing. - Page 56 1. On the control panel, press SETUP. 2. Type 5 on the keypad, then press ENTER. 3. “Program 1” displays on the screen. Type the number of the program (1-9) on the keypad, then press ENTER. 4. “Flush” displays on the screen. To set the desired flush time, do the following: a.
- Page 57 11. “Alcohol” displays on the screen. To set the alcohol air purge time, do the following: a. Type the two-digit number of minutes, then press ENTER. b. Type the two-digit number of seconds, then press ENTER. 12. “Alcohol Inject” displays on the screen. To set the alcohol inject time, type the two-digit number of seconds, then press ENTER.
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Page 58: Custom Program Reference Chart
CUSTOM PROGRAM REFERENCE CHART Use the chart below to record any custom program settings: Phase Program 1 Program 2 Program 3 Program 4 Program 5 Flush Soak 1 Soak Rinse 1 Soak 2 Soak Rinse 2 Detergent Inject Rinse 1 Rinse 2 Rinse 3 Alcohol... -
Page 59: Periodic Maintenance
C H A P T E R 7 PERIODIC MAINTENANCE This chapter provides instructions for daily operation of the reprocessor, including: • Inspect/Clean Disinfectant Filter • Replace Internal 0.2-Micron Bacteria-retentive filter • Replace Pre-Filters • Replace Air Filter • Purge air from the On-Board .2 Micron Water Filter Housing (required after disinfecting water lines and after replacing water filters) •... -
Page 60: Inspect/Clean Disinfectant Filter
Note: The personnel responsible for these tasks varies by location. Verify your location’s policies and procedures before performing any of the tasks in this chapter. Note: When performing maintenance activities on the DSD EDGE™ Reprocessor, ensure there is adequate ambient illumination to prevent against hazards during maintenance. INSPECT/CLEAN DISINFECTANT FILTER Warning! Personal Protective Equipment (PPE) must be worn when handling the filter. -
Page 61: Replace Internal 0.2-Micron Bacteria-Retentive Filter
REPLACE INTERNAL 0.2-MICRON BACTERIA-RETENTIVE FILTER Warning! Personal Protective Equipment (PPE) is required tomust be worn when handling the filter. Note: The reprocessor must be in idle state to perform this procedure. 1. Close the main (external) water supply valve. Figure 7.2 2. - Page 62 4. On the control panel, press SETUP to exit. 5. Disconnect the water filter inlet quick-connect from incoming water supply line. Figure 7.4. 6. Connect the accessory hose to the water filter inlet tube. Figure 7.5 7. Direct the hose into the container. 8.
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Page 63: Replace Pre-Filter
REPLACE PRE-FILTER Warning! Personal Protective Equipment (PPE) is required tomust be worn when handling the filter. Note: The reprocessor must be in idle state to perform this procedure. 1. Close the main (external) water supply valve. Figure 7.9 2. Do the following to open the internal water supply valve: a. - Page 64 5. Do the following to remove the filter housing: a. Slide the filter wrench onto the filter housing with the handle pointing to the right. b. Pull handle toward you to loosen the housing; then unscrew the housing by hand. Figure 7.11 Hold a container below the housing to catch any spills.
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Page 65: Replace Air Filter
REPLACE AIR FILTER 1. Disconnect the quick-connect fittings. Figure 7.14 2. Replace the old filter with a new filter. 3. Verify that the inlet of the filter faces the compressor. 4. Discard the old filter. 5. Record the date of change in the log. Figure 7.14 - Location of Air Filter PURGE AIR FROM THE ON-BOARD 0.2 MICRON WATER FILTER HOUSING... -
Page 66: Replace Printer Paper
REPLACE PRINTER PAPER Note: Only use Medivators supplied paper. 1. Raise the printer compartment cover on the reprocessor. 2. Remove the used paper spool. 3. Insert the new paper roll. Figure 7.16 4. Unroll several inches of paper from the new roll allowing the paper to lay over the front of the printer. -
Page 67: Appendix
A PP E N D I X... -
Page 68: User Prompts
USER PROMPTS Alcohol Prompts the user to enter the alcohol air purge time Alcohol Inject Prompts the user to enter the alcohol fluid inject time (3ml/ second) Prompts the user to ensure that a restrictor (Scope Simulator) is attached in Attach Restrictor place of a hookup Auto Line Dis. - Page 69 Log inhibit: Prompts the user to enter 1 to inhibit data logging Minute: Prompts the user to enter the current minute of the hour Month: Prompts the user to enter the current month Operator Prompts the user to enter the operator ID Patient Prompts the user to enter the patient ID Physician...
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Page 70: Error Messages
ERROR MESSAGES Message Description Aborted Indicates a cycle was manually aborted and not completed Air Disabled Indicates that the air flow sensor was disabled Alarm indicating that the SSG Part A dosing reservoir has timed out and not all A Dose Error chemistry was delivered Bas Disabled Indicates that the basin level sensor was disabled... - Page 71 Message Description Low Det. Indicates that the detergent level is low No Air Flow Indicates that no air flow was detected No Fluid Flo Indicates that no fluid flow was detected (SSG only) alarm indicating that no fluid flow was detected by the 3.2 l/min chamber No Fluid Fl2 fluid sensor NVRAM Err...
- Page 72 Message Description Alarm indicating that the SSG Database was out of range. DSD and SSG data do not SSG Data Er match. Alarm indicating that the SSG is not indicating completion prior to DSD step advancing SSG Dose Err (SSG lost database or program step error) Alarm indicating that the DSD has advanced to the next step prior to SSG fill SSG Fill Err completion (program step error)
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Page 73: Log Messages
LOG MESSAGES Message Description Add Air Additional air cycle was run Add Air On Air cycle will be added at the end of the current cycle Add Air Off Air cycle will not be added at the end of the current cycle Indicates when the air portion of a cycle occurred Auto Dis Auto water line disinfectant cycle was run... - Page 74 Message Description Rinse 1 Indicates when the Rinse 1 portion of a cycle occurred Rinse 2 Indicates when the Rinse 2 portion of a cycle occurred Rinse 3 Indicates when the Rinse 3 portion of a cycle occurred Indicates the machine’s serial number Start Indicates when a cycle was started Stop...
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Page 75: Glossary Of Terms
GLOSSARY OF TERMS Term Definition chamber (typically referred to as basin) into which the endoscope is chamber placed for disinfection cleaning physical removal of organic debris from an endoscope control panel operator interface used to program and operate the reprocessor custom program disinfection program other than the default program sequence of phases in the disinfection process: detergent flush, basin fill, disinfection,... - Page 76 Term Definition stored record of recent disinfection cycles containing usage history, error status, and status log processed endoscope serial numbers operating state during which a disinfection protocol is in progress, but the current cycle stop state is suspended Single Shot Generator; the DSD subsystem used to dispense the correct amount of disinfectant...
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Page 77: Specifications
SPECIFICATIONS Chassis Dimensions 48x36x21 inches (height x width x depth) (122x91x53 cm) Height with lid open 64 inches (162.5 cm) Weight (approx.) 400 lbs. (181 kg) Power Cord Hospital grade – 6 feet Altitude <15,000 feet (4,572m) Humidity 20% to 80%, non-condensing Temperature 80°F ±... -
Page 79: Warranty
WA R R A N T Y... -
Page 80: Limited Warranty
LIMITED WARRANTY Subject to the terms below, Medivators Inc. (the “Company”) warrants that its products (the “Products”) will conform to the Company’s written specifications (where applicable) and will be free from defects in material and workmanship under normal use and service for the following periods (the “Warranty Period”): Reprocessors and associated equipment, and Irrigation Pumps: fifteen (15) months from date of shipment from the Company or one (1) year from the date of installation, whichever occurs first. -
Page 81: Warranty Disclaimer
WARRANTY DISCLAIMER THE WARRANTY ABOVE IS THE COMPANY’S ENTIRE WARRANTY OBLIGATION TO THE PURCHASER OF PRODUCTS. IT IS IN LIEU OF ALL OTHER WARRANTIES OF THE COMPANY, EXPRESS OR IMPLIED, INCLUDING, WITHOUT LIMITATION, WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, AND THE COMPANY DOES NOT REPRESENT OR WARRANT THAT ANY PRODUCT WILL MEET CUSTOMER’S REQUIREMENTS.
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