Cantel Medical MEDIVATORS DSD-201 User manual

This In-Service training session is of vital importance to you and your staff. It is the
only method of ensuring staff competency in the operation and understanding of this
equipment. The level of understanding gained during this In-Service can have a direct
effect on patient and staff safety.
Please afford the time and attention required to ensure that you and your staff fully
understand the training provided.
Daily Maintenance
1. Check and rell detergent reservoir if used.
2. Clean detergent reservoir if using diluted solution.
3. Rell alcohol reservoir if necessary.
4. Wipe basins with lint-free cloth.
5. Drain condensation from air tank (pull ring on tank).
Weekly Maintenance
1. Lubricate the connector O-ring in the leak test
hookup with silicone oil.
Three Months
1. Replace air lter.
Six Months
1. Replace 0.2 micron water lter every 6 months or
if below 40 psi and run waterline disinfection.
2. Replace 1 micron and 0.45 micron water lter
every 6 months or if below 40 psi.
3. Replace vapor management lter (if applicable).
MAINTENANCE TROUBLESHOOTING
Error Reports
1. Review interruptions caused by sensors: Lid, uid,
air ow, basin level, reservoir levels.
2. Error Messages - See troubleshooting guide in
DSD User Manual.
Run the Reprocessing Cycle
1. Place oating lid on the basin. Verify endoscope or hookup does not contact oating lid and close reprocessor lid.
2. Test HLD with test strips to conrm potency.
3. Press “STATION SELECT” and choose Station A or B.
4. Press “ID DATA” button and enter ID data: serial number, operator ID, patient ID, physician ID.
5. Select disinfection program and press START.
6. DSD Prompts: LCG Test Pass? “PRESS ENTER,” if test strip passed. Press “CANCEL” if failed; dump and replace HLD.
7. Verify uid ows through hookups, endoscope channels and from distal end and that there are no leaks.
Complete the Reprocessing Cycle
1. Open reprocessor lid when LCD Screen displays “Completed”. Conrm endoscope ID number on print out is correct,
and “Completed” is documented.
2. Remove oating lid, disconnect hookup and remove endoscope. If any hookup component connection is loose or
disconnected during the cycle, endoscope must be reprocessed.
3. Store hookup and reprocessed endoscope with all removable parts detached.
End of Day Shutdown
1. Close incoming water line.
2. Sanitize upper basins and basin lids with an EPA-registered sanitizer.
SYSTEM OPERATION
Endoscope Reprocessing System
DSD-201
© 2019 Medivators Inc. All rights reserved. 50097-064 Rev F
Medivators Customer and Technical Support Toll Free: Phone: [phone] ·www.medivators.com
This Medivators guide, form, checklist or procedure is designed for use solely as a customer education tool, and is not intended to replace or in any way modify the Medivators User and Service
Manuals. While Medivators training may be used in support of a facility’s overall competency program, it shall not constitute certication of facility personnel. Medivators shall in no event,
be held responsible for a facility’s proper performance of endoscope reprocessing protocols or a facility staying current and compliant with ongoing instructional changes or corresponding
training updates. Facility owners and operators of Medivators equipment are fully responsible for complying with industry standards and manufacturer’s proper use instructions.
INTERCEPT™ and RAPICIDE™ are trademarks of Medivators Inc.
All other company or product names referenced in this document are trademarks of their respective owner.
FOR FACILITY USE ONLY
Staff Name:
Training Date:
Trainer:
IN-SERVICE GUIDE
DSD-201 & DSD201LT

Intended Use
1. Intended Use - High level disinfection of exible immersible endoscopes.
2. Operator Safety Overview - Appropriate PPE - mask, gown, gloves, eye protection.
Guidelines for Reliable Disinfection
1. Detergent Solution - (Optional) used in the pre-wash cycle. Must be low-foaming, free-rinsing, neutral in pH and used
according to label instructions.
2. Disinfectant Solution - Required for high-level disinfection cycle.
3. OLYMPUS, PENTAX, FUJIFILM, KARL STORZ - Endoscope cleaning and disinfection guidelines.
4. SGNA, ASGE, ASTM, APIC and AORN - Endoscope cleaning and disinfection guidelines.
5. SGNA approved reprocessing steps - Endoscope bedside pre-cleaning, leak testing, manual cleaning,
high-level disinfection, nal drying and storage standards and guidelines.
INTENDED USE AND GUIDELINES
Endoscope Reprocessor Components and their Functions
1. Basin Components: Lid, basin/station A&B, uid inlet, basin connector, drain, overow.
2. Control Panel: Keypad, function keys, LCD and LED indicators.
3. Rear Components: Incoming water, water lters, drain line, external water pressure regulator.
4. Interior Components: Water regulator, temperature control, chemical loading switch, transfer pump, air tank.
5. Fluid Reservoirs: Alcohol reservoir, disinfectant reservoir, detergent reservoir.
6. Filters: Disinfectant lter, air lter, water lter internal: 0.2 micron, external: 0.45 micron and 1 micron lters.
7. Passive vapor management system (if applicable).
8. Active (charcoal) vapor management system (if applicable).
9. Printer, paper and ribbon (if applicable).
Fluids and Test Strips
1. High-Level Disinfectant (HLD): RAPICIDE™ OPA or Glutaraldehyde.
2. Detergent: Recommended detergent is INTERCEPT™ Detergent.
3. Alcohol (70% Isopropyl): Used to dry inside of endoscope channels.
4. Test Strips: Used to test the concentration of the HLD prior to each cycle.
PRODUCT FAMILIARIZATION
OPERATOR CONTROLS
Control Panel
1. LED Indicators - Alerts operator to system functions and errors. Status, Station, Cycle Phase, and Warning.
2. LCD Screen - Displays system messages and prompts during system set up.
3. Numeric Keypad - Allows operator to enter numeric information.
4. Function Keys - Control the operation of the reprocessor. ID Data, Program Select, Add Air, Heater On, Disinfectant Dump,
Set up, Enter, Station Select, Start, Stop, Cancel.
Program Set up and Functions
1. Program cycle time documentation.
2. Review time remaining function (Set up 17).
3. Display disinfectant cycle count (Set up 16).
4. Check basin temperature setting (Set up 13).
5. Printing set ups (Set ups 33, 21 & 25).
6. Clear printer log (Set up 10) Perform for both A and B Station.
7. Water line auto disinfection process (Set up 6).
High-Level Disinfectant (HLD), Detergent and Alcohol
1. Amount of HLD required: 4 gallons.
2. Load disinfectant from basin or internal transfer pump.
3. Disinfection cycle count (set-up 16) cycle warning/override (Set-up 7).
4. Draining HLD (dump) automatically or with internal transfer pump.
5. Cleaning of disinfectant reservoir tank with lint-free cloth and water.
6. Replacing disinfectant lters - at every disinfectant dump/load procedure.
7. Perform a Set-up 16 to verify cycle count has reset to zero. Clearing cycle count (Set-up 11).
8. Load detergent and alcohol (if applicable).
FLUID LOADING AND UNLOADING
Start-up
1. Verify power is on.
2. Open incoming water line and verify water supply pressure into pre-ltration system is minimum of 40 psi.
3. If heat is required for HLD, allow 2 hours for reservoirs to reach proper temperature.
Daily Service
1. Check external pre-lters when unit is in operation and review lter log. Verify external water pressure regulator is
delivering water at 35-40 psi during ush cycle. If not, check lters for replacement.
2. Check detergent and alcohol reservoirs uid levels and rell if necessary.
3. Check HLD expiration date and temperature.
4. Inspect hookups for wear.
Prepare Endoscope for Reprocessing
1. Place endoscope in basin with control section in right rear of basin, light guide in left front, distal tip tucked and knob up.
2. Locate proper hookup and connect-hookup to endoscope ports and basin connection.
3. Place accessory bag into basin away from drain.
4. Attach leak tester hookup (if applicable).
Endoscope Reprocessing Cycle Summary
1. Cycle Start-up Phase - Monitoring of system sensors. Leak tester will inate and monitor endoscope.
2. Soak Phase - Water and detergent (if applicable) ll basin for soak and ush through channels.
3. Disinfectant Phase - Endoscope is ushed and soaked with high-level disinfectant (HLD).
4. Rinse Phase - Basins ll with fresh water and channels are ushed with water, the number of rinses programmed is
based on the HLD manufacturer’s Instructions-For-Use.
5. Alcohol Phase - Alcohol is injected into channels, followed by air to assist in drying.
6. Air Purge Phase - Air is purged through channels to aid in drying.
SYSTEM OPERATION