Product Description
- Highly accurate designed bath.
- Double walled inner 304 S.S. mirror finish and exterior also made of S.S.304 matt finish.
- High grade PUFF insulation to minimize the heat exchange.
- Microprocessor based PID temperature controller with dual DIGITAL indicator for SET & process value.
- Consist with pump cum stirring assembly for model of viscometer.
- Selection for heating or cooling model
| Cat.No. | Size capacity L X W X D | Temp. Range | Temp. Accuracy |
| AEI -7/ A | 7L X 13 WX 5D 600 ML BEAKER | Ambient To 250 c | 0.01 c |
| AEI -7/ B | 7L X13WX6D 600ML BEAKER | -20 c to +150 c | 0.01 c |
| AEI -7/ C | 7 L X 13WX6 D 600ML Beaker | -50 c to +100 c | 0.01 c |
| AEI -7/ D | 10 DIA X 6 Depth | Above Ambient to 75 c | 0.1 c |
| AEI -7/ E | 12dia x 6 depth | Above Ambient To 75 c | 0.1 c |
Uniform Heating for Precise ResultsThe built-in magnetic stirring mechanism and internal circulation system deliver exceptional uniformity in temperature distribution throughout the 20-liter bath. This prevents temperature gradients, ensuring all samples experience identical conditions for accurate and reproducible laboratory results crucial in viscosity and evaporation tests.
Durable and Safe Laboratory PerformanceCrafted with a mirror-polished stainless steel inner tank and an epoxy powder coated external finish, this temperature bath resists corrosion and stands up to rigorous laboratory environments. Safety is enhanced by over-temperature cut-off protection, a lift-off stainless steel lid, and a water level indicator to safeguard both samples and users during operation.
User-Friendly Digital Control and SetupOperation is streamlined using a microprocessor-based digital controller paired with a bright digital LED display, offering 0.1C temperature accuracy. With its compact tabletop design, integrated overflow outlet, drain plug, and fixed rubber feet, the bath is convenient for labs of any size, providing precise control and easy maintenance.
FAQ's of Temperature Bath For Viscometer/Evaporator :
Q: How do I operate and set the desired temperature in the Temperature Bath for Viscometer/Evaporator?
A: Simply use the microprocessor-based digital controller to set your target temperature. The digital LED display allows you to monitor the real-time temperature, and the system maintains settings with 0.1C accuracy. The unit is plug-and-play with a standard AC 220V, 50Hz power supply.
Q: What laboratory devices are compatible with this temperature bath?
A: This bath is designed to accommodate standard viscometers and evaporation glassware. Its 20-liter capacity and rectangular shape provide ample space for most laboratory setups, supporting a wide range of applications in viscometry, distillation, and evaporation testing.
Q: When is the integrated magnetic stirring mechanism especially beneficial?
A: Integrated magnetic stirring is particularly valuable when consistent and uniform temperature is critical for experimental accuracy, such as in viscosity or evaporation tests. It ensures the heat is evenly distributed throughout the bath, eliminating temperature gradients and enhancing test reliability.
Q: Where should the temperature bath be installed in a laboratory?
A: With its compact tabletop design and fixed rubber feet for stability, the bath is ideal for placement on any sturdy bench or work surface in the laboratory. Ensure the area is well-ventilated and near a suitable power source for safe operation.
Q: What safety features are included to protect users and samples?
A: Safety is prioritized with an over-temperature cut-off mechanism that prevents overheating, a water level indicator to avoid dry operation, an overflow outlet, and a lift-off stainless steel lid. These features protect both your samples and the laboratory staff during use.
Q: How does the high-density PUF insulation benefit laboratory operations?
A: High-density PUF insulation minimizes heat loss, ensures faster temperature stabilization, and reduces energy consumption. This results in less frequent heating cycles and more consistent temperature maintenance, benefitting both efficiency and accuracy in laboratory experiments.