Overview
SHA-B double-function water bath thermostatic Shaker (also known as water bath thermostatic Shaker) is a temperature-controlled thermostatic water bath and Shaker combination of biochemical instruments, with reciprocating and swirling two oscillation modes, plants, organisms, microorganisms, genetics, viruses, environmental protection, medicine and other scientific research and education and production departments for precision foster preparatory indispensable laboratory equipment.
Features
1. Temperature control accuracy, digital display.
2. Small waves when oscillating, no waves splashing.
3. Equipped with mechanical timing.
4. The spring test bottle holder is particularly suitable for fostering preparation of biological samples for various comparative tests.
5. Stepless speed regulation, smooth operation, easy and reliable operation.
6. The inner cavity is made of stainless steel with good corrosion resistance performance.
Principle
The device combines the functions of a thermostatic water bath and a Shaker to maintain the water bath temperature through a precise temperature control system, and provides reciprocating and swirling modes using an oscillation mechanism to achieve uniform mixing of samples and thermostatic fostering.
Applications
Plants, organisms, microorganisms, genetics, viruses, environmental protection, medicine
Steps
Connect the power supply and ensure that the voltage is 220V 50Hz.
2. Set Temperature range (RT +~ 100 ℃) and temperature accuracy （ +/- 1 ℃).
3. Select the oscillation mode (rotary or reciprocating) and the pendulum amplitude (25mm or 20mm).
4. Set the Timer Range (0~ 120min or ∞).
5. Adjust Oscillation Frequency (start~ 300rpm) for stepless speed regulation.
6. Use the spring test bottle clip to fix the testtube or flask (maximum configuration: testtube φ 16 * 200, 100ml * 15, 200ml * 9).
7. Start the device and monitor the running status.
Notice
• Power frequency 220V 50Hz to avoid voltage mismatch.
• Pay attention to the Oscillation Frequency setting during operation to prevent sample splashing.
• Regularly check the mechanical timing function to ensure accuracy.
• Clean the inner cavity after use to maintain the corrosion resistance performance of the stainless steel surface.
• When used at maximum configuration, avoid overloading to ensure smooth operation.
