Novel streamlined design, high-end atmosphere, otherworldly.
The maximum three-layer stacking combination method takes up small space and can effectively use the laboratory space; each layer is independently controlled, and different temperatures and rotation speeds can be set.
Using the upside-down door opening method and the pull-out tray, it is convenient to load and unload the shaker bottle.
Hollow tempered glass door, easy to observe the internal situation. The elastic pressure ventilation hole design meets the oxygen demand of the sample.
Imported fluorine-free refrigeration compressor is adopted, and the refrigeration working mode is novel in design.
The refrigeration system is designed with a dust-proof filter, which is convenient for cleaning and dust removal.
The control system integrates lighting and ultraviolet sterilization functions, which is convenient for observation and sterilization.
The mirror-surface stainless steel one-piece molding studio is used, and the corners are excessively rounded without dead ends, which are waterproof and prevent the growth of bacteria.
The forced convection of the cross-flow circulating fan is adopted, and the temperature is more uniform; and the circulating wind speed is steplessly adjustable, which fully meets the user's experimental environment needs.
The design has the function of dehumidification inside the studio to prevent the experiment process from being affected by excessive humidity during the respective experiments;
The operating system is designed with a password lock function;
It is controlled by high-quality servo motor, the rotation number is measured accurately, the service life is long, and it is maintenance-free.
Using high-precision 16-bit true color touch screen computer control system. All function displays and set values are displayed on the same interface, making observation more intuitive.
The control system has fixed value operation mode and program operation mode, and one machine is multi-purpose.
Real-time curves and historical curves can be drawn, and screenshots can be printed; historical data can be saved for up to 1 year.
The backup or printout can be exported by U disk; the measurement data can be printed in real time in the form of data or curve.
Especially equipped with an external ambient temperature probe, the ambient temperature is displayed on the panel in real time, which is convenient for precise control of the temperature inside the box.
With timing function, the time setting range is 0~999.9 minutes (hours).
Specifications
Model | PY-ZOD228 |
Standard control system | LCD(16-bit true color touch screen) 7-inch touch screen |
Oscillation frequency | 30-300rpm |
Oscillation frequency accuracy | ±1rpm |
Rocker amplitude | Ф26mm |
Temperature control range | 4~65℃ |
Temperature resolution | 0.1℃ |
Temperature uniformity | ±0.3(at 37℃) |
Control method | PID microprocessor |
Shaker size (mm) | 930X530 |
The maximum capacity of a single layer (ml × branch) | 100×106 or 250×65 or 500×45 or 1000×24 or 2000×15 or 3000X11 |
Single-layer standard capacity (ml × branch) | 100×60 or 250×45 or 500×28 or 1000×18 or 2000×15 or 3000X8 |
Timing range | 0~999.9 minutes (hours) |
Single layer power (kw) | 1.5 |
Power supply | AC220±10% 50~60Hz |
Single layer dimensions | 1450×920×600 |
Net weight of single layer (kg) | 220 |
CO2 sensor | Imported far infrared |
CO2 control range | 4-60°C |
CO2 temperature control range | 4~60℃ |
CO2 distribution uniformity | 0.001 |
O2 control accuracy | 0.001 |
