Overview
YIHENG TS-030 Perspective Circulating Sink is a precision heating temperature control device with a Temperature range of RT + 5~ 70 ° C, a volume of 27L, and an input Power of 1100W. Designed for Universities & colleges, industrial and mining enterprises, and R & D institutions, this product is suitable for precision thermostatic and auxiliary heating applications.
Features
1. Stainless steel liner. Appearance is novel and beautiful.
2. Digital display, microcomputer controlled temperature, with timing function.
3. Over-temperature sound and light tracking alarm to ensure reliable protection of the sample.
4. Optional multi-stage programmable controller, support microcomputer program control time and heating rate, to achieve rapid thermostatic test.
5. Multi-stage programmable control, Menu Operating interface, simplifies the complex experimental process, realizes automatic control and operation.
6. Can be preset 7 sections 63 steps programmable, each section 9 steps, each section setting time 1~ 99 hours 59 minutes, support preset boot shutdown time, circulating pump Rotation speed adjustable.
Principle
The Thermostatic water bath precisely adjusts the temperature through the microcomputer Control system, combined with the internal/external circulation mode, to ensure that the temperature in the Tank is stable within the set range. When the temperature exceeds the preset value, the over-temperature sound and light alarm mechanism is triggered to protect the sample.
Applications
Universities & colleges, industrial and mining enterprises, R & D institutions
Steps
1. Connect the power supply and ensure that the voltage is AC220V 50Hz.
2. Set the required temperature, timing time, and Miscellaneous parameters (e.g. using programmable functions, preset program steps).
3. Start the equipment, monitor the operating status, and ensure that the temperature is stable.
4. After use, turn off the power and perform cleaning and maintenance.
Notice
• Power supply voltage check before use meets AC220V 50HZ requirements.
• Avoid overheating to prevent damage to equipment or samples.
• Regularly clean the liner and keep the equipment hygienic.
• Pay attention to safety during operation to prevent electric shock or burns.
• In case of failure, stop using it immediately and contact a professional for repair.
