BANDELIN SONOREX TECHNIK RM 16.2, Инструкция пользователя

Страница: 17 / 34

23726a GB/2020-07 17 / 34
1 electronic GmbH & Co. KG • Heinrichstraße 3-4 • 12207 Berlin • Deutschland • info@bandelin.com
• When using with a liquid circuit (with FA, OX, WA or cascade pipes) the additional fi ll
volume of the peripheral devices must be taken into account:
Fill the ultrasonic bath with water and cleaning concentrate (in the appropriate dose!)
up to the weir's toothed edge

Follow the dosing instructions for the concentrate
used. Also fi ll all additional tanks up to the weir with municipal or DI water.
• Do not use any combustible, explosive, non-aqueous liquids or azeotropic mixtures
directly in the stainless steel oscillating tank (e.g. benzine, solvents). Furthermore,
chemicals that contain or that separate chloride ions (some disinfectants, household
cleaners, and dish detergents), may not be used directly in the stainless steel tank.
• When using strongly acidic preparations, the hard chromium plating of the ball valve
may become corroded and the ball valve start to leak.
If the use of a strongly acidic cleaning agent cannot be avoided, the use of a
stainless steel ball valve is recommended.
• When using preparations, the safety instructions included in the product lea fl ets must
strictly be adhered to.
• Replace used sonication fl uids, do not refresh by adding fl uids.
Notes - Inserting objects
• Fully remove air bubbles
from cavities (e.g. blind
holes).
Notes - Temperature and heating
• Heated fl uids intensify the ultrasound e ff ect. Experience has shown that the best
results are obtained with a bath temperature of 50 to 60 °C. At higher temperatures,
the e
ff ect of the ultrasound cavitation decreases again, however
/1
.
• In order to save time during use, the bath fl uid may be preheated during degassing.
• Ultrasound energy warms up the sonication fl uid (even without additional heating).
- In case of continuous sonication and/or covering the oscillating tank, the fl uid
temperature will increase, even rising above the value set on the thermostat.
For this reason, check the temperature when treating temperature-sensitive
components.
- Non-aqueous fl uids can heat up many times faster than water. A possible
fl ashpoint can be reached and/or exceeded after a very short sonication time.
In the case of high-boiling liquids (with and without a fl ashpoint), the bath
temperature can increase to >120 °C due to the energy input of the ultrasound.
This leads to irreparable damage to the ultrasonic bath.
• For an optimum bath temperature, observe the speci fi cations from the preparation
manufacturer!
• To protect the electronic components inside the ultrasonic bath, the ultrasound
output is reduced upon reaching a critical temperature in order to inhibit a further
increase in the interior temperature.
/1 MILLNER, R.: Wissenspeicher Ultraschalltechnik, Fachbuchverlag publishing house, Leipzig 1987