Water bath constant temperature oscillatorAlso known as constant temperature oil bath shaker, it is mainly suitable for mixing, shaking and reacting liquid reagents and solid-liquid mixtures at high temperatures in petrochemical, pharmaceutical and health, scientific research institutions, and other units. This oscillating oil bath can be used as either an oscillating water bath or an oscillating oil bath, and is one of the constant temperature shaker commonly used in laboratories.
Features:
1. The fuel tank, fixtures, and heater are all made of high-quality stainless steel, with a long service life;
2. Test tube fixture, firmly clamped and easy to use;
3. Microcomputer temperature control system, Pt100 sensor, precise temperature control, LCD screen display;
4. Overtemperature protection, overtemperature alarm function, two-stage overtemperature protection device to ensure no temperature overshoot;
5. Constant temperature timing function, buzzer prompt function after the timing is completed;
6. Microcomputer speed control system, using photoelectric sensors, stable oscillation speed, dual screen LED display, simultaneously displaying oscillation speed and oscillation time;
7. The oscillation time countdown function and the buzzer prompt function after the timed time are completed;
8. Simple operation, reasonable structure, and convenient use;
9. It can also be customized according to user requirements, with customizable parameters such as heating/cooling rate, working size, oscillation amplitude, oscillation speed, temperature control range, etc.
Maintenance and upkeep methods:
Daily cleaning:
After each use, drain the water tank and dry the inner wall to prevent rust and corrosion.
Clean the condenser dust every month to maintain heat dissipation efficiency.
Regular inspection:
Replace the wet bulb test cloth every 3 months to ensure accurate humidity measurement.
Calibrate temperature sensors annually and check for circuit aging.
Long term disuse: Store in a dry place and regularly power on to prevent moisture.
Common problem handling:
Abnormal temperature: Check whether the sensor has poor contact or refrigerant leakage.
Unstable oscillation: Confirm whether the sample is overloaded or the fixture is loose.
Excessive noise: Check for bearing wear or motor malfunction.