Digital heating plate
- Timer Function: Setting range: 1 minute to 99 hours 59 minutes (in 1-minute increments)
- Program Function: Number of steps: Up to 8 steps, Number of repeats: Up to 9999 times
- Setting resolution: Temperature 0.1°C/Time 1 minute
- Communication: PC output (USB)
- External temperature sensor support
- Upper and lower temperature limit alarms
- Alarm signal output
- Set value memory function
- Key lock function
- Auto-tuning function
Digital Hot Plate ND-1A - Tengyi Technology
- Microcomputer PID control is employed for high-precision temperature control.
- The LCD display provides excellent visibility.
- Four timer functions (ON, OFF, ON/OFF, and SET) are standard, and the program function allows you to enter temperature and time in eight steps.
- Dedicated software (CD-ROM) and a communication cable (optional) for data logging and communication allow easy data management on a PC.
- An external temperature sensor (optional) can be used to directly control the sample temperature.
- An alarm signal output is standard, allowing you to shut down other equipment or activate a backup system in the event of an abnormality.
- A safety light is installed between the front operation panel and the hot plate section (it remains on until the top plate temperature drops below 55°C).
- The safety device utilizes a double lock mechanism consisting of two independent circuits.
- Heating to maximum temperature takes approximately 30 minutes.
- The top plate temperature distribution width is highly accurate at 4°C (when set to 200°C).
Digital Hot Plate ND-1A - Tengyi Technology
Recommend
PROGRAM HOTPLATE
*it is a program control formula that can memorize up to 16-step programs.
*STABLE TEMPERATURE CONTROL IS POSSIBLE WITH PID TEMPERATURE CONTROL AND SSR OUTPUT.
*program control of the speed of temperature rise.
Enables often requested 600°C support.
There are two sizes to choose from depending on the work area and work size.
The top plate is a ceramic coated specification for increased chemical resistance.
Due to the annealed SUS304 top plate, the top plate will not crack.
Manual return bimetals are used to prevent overheating.
Sheathed heaters are used to achieve high temperature heating.
HIGH TEMPERATURE HOT PLATE
*chemical top-resistant top plate series with ceramic coating on top plate
*manual return type bimetal is adopted to prevent overtemperature
*a sheath heater is adopted, and heating at high temperatures is possible
water bath/oil bath
*it is full of useful functions in a compact body.
*sophisticated temperature control algorithms and low-error platinum temperature sensors enable high-precision temperature control.
*the easy-to-use jog dial input method is adopted for temperature setting and timer setting, and quick and reliable setting is possible.
*USES MICROCOMPUTER TYPE PID CONTROL FOR HIGH-PRECISION TEMPERATURE CONTROL.
*it is equipped with a buzzer that notifies you when the set temperature and setting time are reached.
*a double locking mechanism consisting of two independent circuits is adopted.
*FOUR TYPES OF TIMER STATES (ON, OFF, ON / OFF, SET) ARE STANDARD EQUIPMENT.
*BEAUTIFUL AND EASY-TO-SEE DISPLAY SCREEN. USES A NEGATIVE BACKLIGHT LCD WITH GOOD VISIBILITY.
it is also possible to display key lock settings, integrated operation time, timer, and the remaining time of the program.
* IQ/OQ SERVICE IS AVAILABLE FOR A FEE.
low speed vial stirrer
＊powerful stirring of multiple specimens
＊convenient for stirring small volume samples such as vials.
＊we have two types of high-speed and low-speed products to accommodate various applications such as mixing, elution, and culture.
＊the rotational speed of all stirring points is driven in perfect synchronization (toothed belt is adopted).
＊it uses a long-life motor that can withstand long-term continuous operation