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Related Manuals for Miris SONICATOR
Summary of Contents for Miris SONICATOR
- Page 1 Miris SONICATOR™ USER MANUAL...
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Page 2: Preface
EMC 2014/30/EU © Copyright 2016 MIRIS AB, all rights reserved. This manual is protected by copyright. Distribution and copying in any form of the content is prohibited without the explicit and written consent of MIRIS AB. The trademarks mentioned in this manual are the property of the respective... -
Page 3: Table Of Contents
TABLE OF CONTENT PREFACE .................................. 2 TABLE OF CONTENT..............................3 IMPORTANT USER INFORMATION .......................... 4 INTENDED USE OF THE MIRIS SONICATOR™ ....................... 4 WARRANTIES AND DUTIES ..........................4 SAFETY INFORMATION ............................4 MIRIS SONICATOR™ USER GUIDE..........................5 Chapter 1 INSTALLATION ............................ 5 Chapter 2 SETTINGS ............................ -
Page 4: Important User Information
Always use input voltage 110/240 V @ 50/60 Hz, according to the settings of the voltage selector MIRIS AB can only guarantee the function and performance of the Miris SONICATOR™ when it is properly used and maintained as described in this manual. -
Page 5: Miris Sonicator™ User Guide
Miris SONICATOR™ User Manual MIRIS SONICATOR™ USER GUIDE Chapter 1 INSTALLATION THE MIRIS SONICATOR™ Figure 1. Front of the Miris SONICATOR™ Figure 2. Back of the Miris SONICATOR™ Door Input voltage selector 110 V/240 V Display On/off button Height adjustment screw... - Page 6 Never place the instrument in direct sunlight. THE START-UP PROCEDURE Plug the power cable into the power connector at the back of the Miris SONICATOR™ and connect it to a power source. Turn on the instrument by pressing the on/off button at the back.
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Page 7: Chapter 2 Settings
Spanish Figure 4. A schematic view of the Miris SONICATOR™ menu system. From the main menu on the right, use the right navigation button to move through the menu. Press the down navigation button to change the settings within each menu option. To set values for e.g. quantity, the underscore indicates which digit is active. - Page 8 Press the OK button when done to confirm the new setting. ELECTRICAL SETTINGS Set the correct voltage on the Input voltage selector at the back of the Miris SONICATOR™ (see Figure 2). Before changing the electrical settings, turn off the Miris SONICATOR™ and detach the power plug. Remove the...
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Page 9: Chapter 3 Operating The Miris Sonicator
SAMPLE PLACEMENT 3. Place the test tube with the milk sample in the Miris SONICATOR™ by moving the probe towards you and immerse the probe into the milk sample, see Figure 6. - Page 10 Cancel button . Opening the door at any time will also stop the processing. 10. When the processing is finished, open the door and remove the sample from the Miris SONICATOR™. 11. Wipe the probe with a tissue.
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Page 11: Chapter 4 Cleaning Routines
Use before: Expiry date for unopened tubes is 1 year from production date. Use solution within 3 months of preparation. Environment and health: Small spillages may be flushed away with plenty of water to a drain or sewer. Miris CLEANER™ is biodegradable. Ready biodegradability by OECD 301E (ISO method 7287 - 1986(E)). - Page 12 Miris SONICATOR™ User Manual CLEANING OF THE INSTRUMENT To maintain the homogenisation efficiency of the Miris SONICATOR™, it is important to clean and polish the probe after each use. Homogenisation efficiency is determined by the capability of the probe to transmit energy into the milk, and this capability will degrade in proportion to the degree of roughness of the tip surface.
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Page 13: Chapter 5 Troubleshooting And Problem Solving
MIRIS AB. When doing so, please include the serial number and software version of your instrument. The serial number is printed on the label placed at the back of the Miris SONICATOR™. Software version of the Miris SONICATOR™ is shown on the instrument display when the instrument is starting up. -
Page 14: About Miris Sonicator
WORKING PRINCIPLE OF THE INSTRUMENT PRINCIPLE OF OPERATION Miris SONICATOR™ is an ultrasonic device that creates a sound wave in the top of the titanium probe using clamped piezoelectric discs driven by a power amplifier. The waveform propagates through the tuned probe horn to finally make the probe tip oscillate in the length direction.
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