High precision full temperature cultivation shakerdetailed description:

1High precision full temperature cultivation shakerIntroduction:

Suitable for oscillating cultivation of liquid microorganisms at a certain temperature, in order to ensure the stability of the cultivation environment and the reliability of experimental results, the temperature control system and speed control system of this product are all equipped with microcomputer thermometers, which have precise temperature control, stable oscillation speed, and digital display functions for temperature and speed. The operating status is clear and intuitive, and it is one of the commonly used instruments in the laboratory.

IIMain technical parameters:

1. Temperature control range: 0-50 ℃

2. Temperature fluctuation: ± 0.1 ℃

3. Temperature control accuracy: ± 0.1 ℃,

4. Vibration amplitude: 20mm

5. Vibration frequency adjustment range: 30-300 times/minute

6. Heating power: 600W

7. Cooling power: 300W

8. Oscillatory timing: 1 minute -24 hours, 59 minutes or normally open

9. Tray working size: 450 × 380 × 350mm

10. Maximum bottling height: ≤ 320mm

11. Studio size: 520 × 420 × 450mm

12. Bottling capacity: 2000ml x 4 or 1000ml x 6 or 500ml x 12 or 250ml x 12

Or 100ml x 24

13. Dimensions: 850 × 540 × 850mm

IIIusage method:

1. Firstly, place the reagent bottle on the oscillation rack and clamp it with a spring. At this point, turn on the power supply, turn on the power switch, and the temperature controller will light up. Click the SET function button on the temperature controller to set the temperature. The upper row will display the set temperature, and the lower row will display sp. Click↑perhaps↓Key to adjust the required working temperature, if quick adjustment is needed, it can be done through←Press the key to quickly set. After setting, click the function key SET again. The timing time will be displayed in the upper row and st will be displayed in the lower row. Click↑perhaps↓Press the key to select the timer time. If no timer is needed, set the time to 0. Click the set key again to exit the setting state, and the temperature inside the box will run at the set temperature.

2. Turn on the oscillation switch and click on the speed/time controller︽perhaps︾Select the oscillation speed with the key, and then clickMandHKey selection for timed time（Mminute,HHour), click after setting is completerunPress the key to start running. To stop, click on itstopJust press the key.

3. After use, turn off the power. If not in use for a long time, please unplug the power. If there are water droplets inside the box, please clean and wipe them clean in a timely manner to extend the service life.

4characteristic

1. Motor type: Permanent magnet DC motor, small size, high power, long service life, and also has the characteristics of low noise.

2. Speed regulation mode: stepless speed regulation, or microcomputer closed-loop control speed regulation mode (speed display, speed deviation of 0) can be selected.

3. Safety category: equipped with leakage protection, automatic power-off function, over temperature protection, and sound and light alarm.

4. Inner liner material: high-quality stainless steel, universal spring clamp, and different clamps can also be designed according to requirements.

5. Shell material: High quality cold plate surface with electrostatic spraying, rust prevention, and extended service life.

6. There are three oscillation modes: rotary, reciprocating, and dual function.

7. Optional 485 interface or USB interface or printing function

5matters needing attention:

1. There should be a 3-minute interval between the cooling stop and restart work.

2. When the power is turned on but the instrument does not operate, it may be due to fatigue elongation or aging fracture of the belt, which should be replaced.

3. This instrument uses a 220V 50Hz power supply and must be reliably grounded.

For users with special requirements, we can produce customized products according to their needs, such as capacity, temperature control accuracy, lighting, oscillation speed, oscillation amplitude, etc.