Product Description
Applicaton:
Control by single chip microcomputer, self-tuning PID adjusting,
Lowering The temperature is fast and the temperature control
is accurate. Large screen backlight LCD, parameters Clear and
clear, with broken couple protection constant temperature liquid
level protection device, can effectively preventStop instrument ou
t of control and heating tube empty burning and other phenomena.
The instrument works stably and reliably,Easy to operate.
In the full range of temperature control, the temperature control is
accurate and linear.
The panel changed to the usual practice, without a mechanical
switch, waterproof effect Okay. The whole thermostat has only
one power switch on the back of the temperature control box.
Heating, refrigeration are fully automatic control, no human
intervention. Work more efficiently and use more reliably.
The viscosity of a liquid, whether Newtonian or non-Newtonian, is temperature dependent and usually decreases as temperature rises. In order to accurately measure the viscosity of the sample, it is necessary to first consider controlling the temperature of the sample. The viscosity of most samples is very sensitive to the change of temperature, and the precision of temperature control is required to reach 0.1 or higher (0.01).
The temperature of the controlled constant temperature liquid in the tank can be transferred to the measured sample by connecting the hose with the constant temperature cup by using the function of external circulation.
Using square opening, stainless steel beaker support, can be matched with Bolifei viscometer and our company's electrodeless speed regulating viscometer, because of the use of disc rotor, need a larger sample container. Can be placed 500 ml of large beaker or other containers, but also suitable for ordinary models of viscometer.
Precision Temperature Control for Viscometer TestingThe DCW Series Constant Temperature Bath delivers exceptional temperature uniformity, crucial for accurate viscosity measurements. Its advanced microprocessor and robust refrigeration system allow rapid and reliable stabilization, ensuring dependable results for both research and industrial applications.
Designed for Laboratory Efficiency and SafetyFeaturing a 15-liter stainless steel (304) bath, this equipment is built for extended laboratory use. Over-temperature and over-current protections are integrated for safety. The quiet operation and digital controls make workflow smooth and stress-free.
Versatility Across Viscometer TypesCompatible with rotational and glass capillary viscometers, this temperature bath is suitable for a variety of viscosity tests. Its benchtop design and front-panel button interface streamline setup and day-to-day use, adapting effortlessly to standard viscometer tubes.
FAQ's of DCW Series Low Temperature Constant Temperature Bath for Viscometer:
Q: How does the DCW Series bath maintain constant temperatures for viscometer testing?
A: The unit uses a microprocessor-controlled heating and cooling system alongside a high-efficiency internal circulation pump, achieving uniformity and accuracy of 0.05C. This ensures temperature stability across the entire 15-liter stainless steel bath for reliable viscosity measurements.
Q: What is the usable temperature range, and how quickly does it reach the set temperature?
A: The bath provides an adjustable temperature range from -40C to 100C and typically reaches the target temperature within 5 minutes, making it suitable for a variety of viscosity testing protocols.
Q: When should I use this bath with my viscometer?
A: Use the DCW Series bath whenever precise temperature control is critical to the accuracy of your viscosity testing results, especially for applications requiring strict temperature uniformity across the sample.
Q: Where is this constant temperature bath typically installed?
A: Its compact benchtop design enables easy installation in laboratory environments, including research labs, quality control departments, and industrial facilities performing viscosity measurements.
Q: What is the process for setting temperatures and starting a viscosity test?
A: Operators simply use the front-panel button interface to set the desired temperature via the digital LCD. After the bath reaches and stabilizes at the setpoint, viscometer tubes can be submerged, and viscosity testing can commence immediately.
Q: How does over-temperature and over-current protection enhance operational safety?
A: Integrated safety features automatically shut down or alert users in case of abnormal temperature or electrical currents, preventing device or specimen damage and ensuring safe operation at all times.
Q: What are the main benefits of this bath for viscosity testing?
A: Users benefit from rapid temperature stabilization, excellent accuracy, quiet operation, safe handling, and compatibility with various viscometer types-all contributing to efficient and repeatable viscosity measurements.