Product Parameters:
Model: YTDC-5010N
Temperature range (° C): -50~100
2 digital display resolutions (° C): 0.1/0.01
Inner groove volume mm (length * width * height): 270x200x210
Circulating pump flow rate (L/min): 10
Working slot opening (mm): 180x140
Total capacity (L): 10
Net weight (kg): 62
Instrument dimensions (depth * width * height mm): 560x420x1080
*All specifications have internal and external circulation functions, and are equipped with stainless steel drainage valves
YTDC-5010N low-temperature constant temperature bath
Model: YTDC-5010N
Product Overview:
The YTDC series low-temperature constant temperature bath is an essential and commonly used equipment in laboratories. It is widely used in fields such as biotechnology, national defense, medicine, food, chemical engineering, metallurgy, chemical analysis, petroleum, etc., providing users with a high-precision, controlled, and temperature uniform constant field source. It is an ideal constant temperature bath for large, medium, and small research institutes, universities, factory laboratories, and quality inspection departments.
Product features of YTDC-5010N low-temperature constant temperature bath from Yetuo
High precision intelligent temperature control
Adopting microcomputer PID regulation technology, the fully digital system automatically corrects temperature deviation, and dual digital tubes display measured values and set values in color separation. The temperature control accuracy reaches a resolution of 0.1 ℃;
● Efficient and silent cooling
Optimizing the refrigeration architecture to achieve rapid cooling, with low operating noise, minimal vibration, and better performance than conventional products;
● Multiple security protections
The refrigeration system integrates overheat and overcurrent protection, as well as over temperature alarm functions. The anti-interference compressor ensures stable operation and eliminates experimental risks;
● Multi functional circulation system
Excellent support for internal and external circulation modes, external circulation can establish a second constant temperature field or serve as a cold/heat source, expanding the application scenarios of temperature control for external containers;
