About WATER BATH HIGH PRECISION WITH STIRRER
WATER BATH HIGH PRECISION WITH STIRRER
APPLICATIONS :
"SSI High precision water bath is a versatile equipment to handle highest level of performance, flexibility and control for most demanding applications.
High precision water bath is best options for Biotechnology, Clinical, Environmental, Medical, Petroleum, Pharmaceutical or Industrial Applications.
SALIENT FEATURES & CONSTRUCTION :
Double walled construction.
Inner Tank and lid made of Stainless Steel (SS-304 grade).
Outer chamber is made of Mild Steel duly powder coated.
Flat Stainless Steel Lid prevents Evaporation.
Heating by immersion heaters.
Fitted with glass window one side to see samples placed in bath.
Temperature range up to 95oC.
Controls temperature within an accuracy of 0.1C.
Microprocessor Based PID Digital Temperature Indicator-cum-Controller maintains maximum temperature accuracy .
Thermal loss is prevented by filling mineral wool (Insulation) in space between the outer body & stainless steel tank.
Fitted with drain plug for easy cleaning.
The unit is supplied with stirring arrangement.
The stirring arrangement consists of a FHP motor with SS stirring shaft for continuous stirring and thus maintaining a uniform
temperature throughout.
Speed regulator is provided on the front panel to control the stirrer
To work on 220/230 Volt AC supply .
Precision Temperature ControlThe microprocessor-based PID controller allows fine-tuned temperature adjustments with a resolution of 0.1C. This ensures highly accurate conditions for sensitive experiments requiring stable thermal environments, such as enzyme reactions and incubation processes.
Reliable and Efficient StirringWith both magnetic and motorized stirring mechanisms, this water bath ensures consistent mixing across sample volumes up to 500 ml per beaker. The variable speed from 100 to 1500 RPM supports a wide range of laboratory applications requiring uniform agitation.
Comprehensive Safety and ComplianceSafety is paramount, with features such as over-temperature protection, a low water level alarm, and durable components. Certified to CE, RoHS, and ISO 9001 standards, the unit guarantees secure operation and quality assurance in professional laboratory settings.
FAQs of WATER BATH HIGH PRECISION WITH STIRRER:
Q: How do I operate the High Precision Water Bath with Stirrer for laboratory applications?
A: Simply fill the inner chamber with water or buffer solution, place your samples in beakers (up to 500 ml each), and set the desired temperature and stirring speed on the digital display. You can program time intervals from 1 minute to 99 hours using the digital timer.
Q: What safety features are included in the WB-HPS-12 model?
A: This water bath incorporates over-temperature protection, a low water level alarm, and a stainless steel lift-off lid. These features minimize risk and ensure safe use during prolonged laboratory processes.
Q: When should I use the stirring function, and what are its benefits?
A: The stirring function is ideal during enzyme reaction studies, sample incubation, or any application requiring homogeneous mixing. Adjustable speeds from 100 to 1500 RPM provide consistent agitation for accurate results.
Q: Where can the High Precision Water Bath with Stirrer be installed?
A: This equipment is designed for benchtop mounting in laboratory environments. It is easy to set up and transport, thanks to its shock-resistant packaging and compact dimensions (400 x 290 x 230 mm).
Q: What is the process for draining the unit after use?
A: After completing your experiments, utilize the provided drain plug to safely remove bath liquids from the inner chamber. This feature allows for quick and efficient maintenance without disassembling the bath.
Q: Is the WB-HPS-12 suitable for various environmental conditions in India?
A: Yes, the unit operates reliably in environments ranging from 10C to 40C, with humidity levels up to 80%%. It is CE, RoHS, and ISO 9001 certified to meet international environmental and safety standards.
Q: What are the key benefits of using this water bath for laboratory research?
A: Users benefit from precise temperature control, efficient sample mixing, quick start-up (<15 minutes), digital programmability, and robust safety features. These advantages improve accuracy and reproducibility in critical experiments.