What to do if the Getinge WD15 CLARO machine is overfilling?
If the Getinge Laboratory Equipment machine is overfilling, you should: 1. Check the hoses for leaks. 2. Check the drainage system to ensure drainage water doesn't overflow the chamber. 3. Check the function of the level sensor. 4. Check that the water level in the condenser does not increase and form a water lock.
What to do if there is overfilling in the condenser of Getinge WD15 CLARO Laboratory Equipment?
If there is overfilling in the condenser of the Getinge Laboratory Equipment, you should: 1. Check the function of the condenser’s drainage pump. 2. Check that water can be pumped out of the drainage system. 3. Check the function of the level sensor.
What to do if there is an unlocked door on Getinge WD15 CLARO?
If the door on the Getinge Laboratory Equipment remains unlocked, you should: 1. Check that nothing is trapped in the door. 2. Check that the door locking switch (-S01) is activated on door locking.
What should I do if the Getinge WD15 CLARO Laboratory Equipment chamber empties slowly?
If the chamber of the Getinge Laboratory Equipment empties slowly: 1. Check the function of the drainage pump. 2. Check the function of the level sensor. 3. Check that water can be pumped out of the drainage system.
What should I do if the Getinge WD15 CLARO chamber fills slowly?
If the chamber of the Getinge Laboratory Equipment fills slowly: 1. Check that the cover inside the chamber opens for incoming water. 2. Check the function of the level sensors. 3. Check the function of the filling pump for the water softener.
What to do for water leakage in the Getinge WD15 CLARO Laboratory Equipment dryer?
If you observe water leakage in the dryer of the Getinge Laboratory Equipment, you should: 1. Check the check valves in the drying channels. 2. Check the function of the sensor.
What to do if Getinge WD15 CLARO Laboratory Equipment shows an incorrect temperature indicator?
If the Getinge Laboratory Equipment shows an incorrect temperature indicator, check the temperature sensor for an open-circuit or short-circuit.
What to do if Getinge Laboratory Equipment shows a faulty independent temperature sensor?
If the Getinge Laboratory Equipment indicates a faulty independent temperature sensor, check the temperature sensor for an open-circuit or short-circuit.
What does it mean if there is high temperature in wash chamber of Getinge WD15 CLARO Laboratory Equipment?
If there is a high temperature in the wash chamber of the Getinge Laboratory Equipment, it means the temperature in the chamber is more than 5°C above the highest reference point.
What to do if there is low pump pressure in Getinge WD15 CLARO Laboratory Equipment?
If there is low pump pressure in the Getinge Laboratory Equipment, you should: 1. Check that the shut-off valves for the water are open and that water is reaching the machine. 2. Check the function of the sensor.
General| Type | Washer-disinfector |
|---|---|
| Cleaning Performance | Complies with EN ISO 15883 |
| Power Supply | 230V, 50/60Hz |
| Washing levels | 2 levels |
| Temperature Range | Up to 93°C |
| Programs | Multiple programmable cycles |
| Water Consumption | Approx. 15 L per cycle |
| Control System | Microprocessor-controlled with touch panel |
| Application | Cleaning and disinfection of laboratory glassware and utensils |
Explains symbols used for warnings and hazards in the manual.
Lists crucial safety and operational guidelines for users.
Specifies the need for a lockable isolating device for the machine's power supply.
Outlines emergency actions like switching off the main switch and closing valves.
Defines the machine's purpose and fields of application.
Describes general functionality and accessories.
Details buttons, indicators, and their functions.
Explains standard and optional dosing systems for detergents and rinse-aid.
Important checks for detergent flow, recalibration, and handling.
Specifies salt type, container capacity, and usage.
Details steps for filling the salt container.
Warning about running a process to remove salt residue after long non-use.
Conditions and procedure for opening the door.
Guidelines for loading items onto the trolley and into the machine.
Methods for choosing and confirming a program.
Need for a fine filter to prevent blockages.
Explains results of interrupting an active program.
Visual cues and door unlocking upon completion.
Warning to handle items carefully due to heat.
Emphasizes complete emptying to prevent cross-contamination.
Rules for loading to ensure water reach and prevent blockages.
How to load sharp utensils, vessels, and endoscopes.
Lists incompatible materials and endoscope preparation.
Emptying acids, solvents, etc., before washing.
Safe handling and recalibration for new detergents.
Follow instructions, avoid domestic types, handle chemicals safely.
Check for objects, spray arms rotation, and strainers.
Verify levels in containers and trolley dockings.
Visual inspection of accessories and cleaning outcomes.
Daily check of spray arm journal and cleaning bellows.
Steps for removing, cleaning, and re-installing spray arms.
Removing limescale using a descaling program.
Cleaning exterior surfaces and control panel.
Location and use of the test port for validation purposes.
Notes on changing parameters and reference to Technical manual.
Illustration of a program printout with a printer.
Explanation of how handling alarms appear on the screen.
Details on low detergent/salt level alarms.
Clarification on detergent alarms allowing partial completion.
How error codes are shown when the red lamp is active.
Steps to acknowledge, enter password, and unlock.
Warning about items not being clean and needing re-washing.
List of error codes (A00, A01, etc.) and their meanings.
Step-by-step guide for paper roll replacement.
Machine tested with Getinge detergents per EN ISO 15883.
Usage of chemicals and manufacturer's liability.
Compatibility of detergents with materials.
Table showing detergents and compatible hose materials.
Why water quality affects cleaning and disinfection.
Impact of hardness, ions, microbes, and chemicals.
Typical parameters for RO water quality.
No household waste, disinfect before recycling.
Taking machines to recycling plants, proper sorting.
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