Overview
YIHENG HZQ-X300 (double-decked) thermostatic Shaker combines more than ten years of design and manufacturing experience, introduces and digests foreign technologies, and is guided by user requests. It is widely used in cell fostering, fermentation, hybridization, biochemistry and cell tissue research that have high requirements for temperature and Oscillation Frequency. It can move or statically foster microbial cells and various strains, especially suitable for laboratory pilot production.
Features
1. Humanized design: set incubator, Shaker in one, small footprint, large bottle load; oscillation experiment can be automatically converted to incubator; large-screen LCD screen, menu Operating interface; quiet operation; fluorine-free design; large-screen tempered thermal insulation observation window; a variety of special cradles and fixtures, easy to replace; cabinet liner, Shaker Table and shelf are made of 304 stainless steel; the left side of the box is equipped with 25mm test hole.
2. Quality assurance: Parameters are automatically stored in the event of a power outage and restored after power on; Microcomputer PID controls temperature and Oscillation Frequency with timing function; key components such as Compressor and circulating fan use brand products, environmentally friendly without fluorine refrigerant.
3. Continuous operation guarantee: low heat dissipation DC motor, large starting torque, wide speed regulation, maintenance-free, can run continuously for a long time.
4. Safety function: door switch design, automatic stop breeze circulation, heating and Shaker when the box door is opened; unique control Rotation speed circuit to ensure smooth start; independent temperature limit alarm system, automatic cut off heating over temperature; automatic control of circulating fan speed; optional RS-485 and USB interface.
5. Self-diagnosis function: The LCD screen displays fault information when the fault occurs.
6. Multi-stage programmable control (optional): multi-stage temperature, speed, time synchronization programming, normal and programming mode optional.
7. Convenient data processing (optional): Can be connected to a printer or 485 Communication interface to record temperature and time Linear dispersion.
8. Ultraviolet sterilization system: Ultraviolet sterilization lamp on the back wall of the box, regular disinfection to prevent cell fostering pollution.
Principle
The thermostatic Shaker uses microcomputer PID control technology to precisely adjust the temperature and Oscillation Frequency. The Shaker is driven by a DC motor to achieve smooth oscillation, and the temperature in the box is maintained uniformly by combining a circulating fan and heating system. During operation, parameters can be automatically monitored and adjusted to ensure a stable foster environment.
Applications
Cell fostering, fermentation, hybridization, biochemistry, cell tissue research, microbial cell and strain fostering, laboratory pilot production
Steps
1. Connect the power supply and turn on the power switch of the device.
2. Set Temperature, Oscillation Frequency and Timing Parameters through Large Screen LCD and Menu Operating interface.
3. Install special cradles and fixtures as required to place samples.
4. Start operation, and the device automatically controls temperature and oscillation.
5. After the experiment, you can choose to automatically switch to incubator mode or turn off the device.
6. Optional functions: use multi-stage programming mode to set complex parameters, or connect computers and printers for data recording.
Notice
• When the box door is opened, the equipment automatically stops breeze circulation, heating and Shaker to avoid temperature overshoot.
• Power supply voltage AV220V 50HZ before use to avoid improper operation.
• Regularly clean the cabinet liner, Shaker Table and shelf, and clean it in time after use.
• Pay attention to the independent temperature limit alarm system, automatically cut off heating when overheating to ensure safety.
• Avoid forced interference during equipment operation to prevent damage caused by liquid splashing.
• Optional functions such as RS-485 interface, USB interface or multi-stage programming need to be used according to the instructions.
• When using the UV sterilization system, pay attention to safety and avoid direct exposure.
• When running continuously for a long time, check the status of the motor and key components.
