1.ST60-4Microplate constant temperature oscillatorProduct Introduction and Features
Microplate thermostat is a thermostat that combines thin film heating and PID intelligent temperature control technology. Its PID fuzzy control technology can accurately ensure temperature control accuracy and automatically adjust heating rate to save waiting time. Greatly reducing the time required for experimental operations, it is an ideal automation tool for sample incubation, catalysis, and other reaction processes.
This product has the following characteristics:
- A simple and easy-to-use human-machine interface that displays all operational and setup information in real-time, making it convenient for users to observe the device's operating status.
- Can process 4 enzyme-linked immunosorbent assay plates or deep well plates at once.
- Adopting hot lid heating technology.
- Support automatic preheating function.
- Support automatic power outage recovery function.
- Comes with temperature calibration function.
- Built in software and hardware dual over temperature protection device, making it more reliable to use.
2.ST60-4Microplate constant temperature oscillatoroperational condition
Operating environment temperature: 0°C~ 35°C
Relative humidity: ≤ 70%
Power supply: AC220V/50-60HZ
3. ST60-4Microplate constant temperature oscillatorBasic Parameters
project |
parameter |
Temperature setting range |
0℃~80℃ |
Temperature control range |
Room temperature+5 ℃~80℃ |
Time Settings |
1min ~ 99h59min/∞ |
temperature control accuracy |
≤±0.5℃* |
display precision |
0.1℃ |
temperature uniformity |
≤±0.5℃* |
warm-up time |
≤10 minutes (Raise the temperature from 25 ℃ to 8 ℃)0℃)* |
Automatic preheating |
support |
Power off automatic recovery |
support |
sample capacity |
4 enzyme-linked immunosorbent assay plates or deep well plates |
input power |
300W |
voltage |
AC220V/50-60HZ |
melt sever device |
250V 3AФ5×20 |
Overall dimensions(mm) |
340x320x200mm |
weight |
6.5Kg |
*Test conditions: Room temperature 25 ℃±2℃Accuracy of thermometer±0.1℃
