About Water To Water Turbulent Flow Heat Exchanger
HEAT EXCHANGER SERVICE UNIT WITH WATER TO WATER TURBULENT FLOW HEAT EXCHANGER
- Heat Exchanger Service Unit is bench mounted, fully instrumented and operates from conventional single phase electrical supply and mains water.
- The unit provides services for any of the optional heat exchangers.
- The hot water system is equipped with a safety temperature limiting device.
- The instrumentation consists of up to 12 type T thermocouples, displayed on a digital panel meter, and two flow-meters for hot and cold fluids.
- A Computerized Data Acquisition Upgrade provided with the unit and a Water to Water Turbulent Flow Heat Exchanger
- Determine the heat transfer rate, logarithmic mean temperature difference, and overall heat transfer coefficient and 4 point hot and cold stream temperature profiles.
- determination of surface heat transfer coefficient inside and outside the tube, and of the effect of fluid velocity.
- Comparison of performance in concurrent and in counter-current flow
- Investigation of the relationship between Nusselt (Nu), Reynolds (Re) and Prandtl (Pr) Numbers for Reynolds Numbers up to 65000 and for Prandtl Numbers between 2.5 and 5.0
Precision Engineered for Industrial PerformanceThe TurbEx300SS is built to deliver maximum heat transfer efficiency in demanding conditions. Suitable for both heating and cooling, this heat exchanger provides reliable service across HVAC, process circulation, and other industrial sectors. Its mechanical, display-free unit guarantees stable operation, while a 0.5C accuracy ensures precise temperature management. Customizable passes and robust gasketed plate construction buffer against corrosion, promoting outstanding service longevity.
Flexible Cleaning and Easy MaintenanceOperators benefit from both Clean-in-Place (CIP) and manual cleaning options, streamlining maintenance routines and reducing downtime. The stainless steel build and state-of-the-art surface finish (mirror or matte) simplify hygiene procedures and resist build-up, supporting consistent high performance. With proper preventive upkeep, you can expect over a decade of reliable service and enduring operational efficiency.
FAQs of Water To Water Turbulent Flow Heat Exchanger:
Q: How does the TurbEx300SS ensure high heat exchange efficiency?
A: The TurbEx300SS uses a turbulent flow mechanism within its stainless steel heat transfer plates. This design promotes optimal energy transfer between fluids, minimizing temperature differentials and maximizing efficiency, even at high flow rates and variable load conditions.
Q: What cleaning methods are recommended for this heat exchanger?
A: This model supports both Clean-in-Place (CIP) and manual cleaning. CIP enables fast, effective sanitation without disassembly, while manual cleaning allows for deeper maintenance when required, ensuring consistent performance and hygiene.
Q: When should I perform maintenance on the TurbEx300SS?
A: Regular maintenance schedules depend on application severity and fluid quality. Generally, periodic inspections, cleaning (using CIP or manual methods), and gasket checks every six months help sustain peak efficiency and extend unit service life beyond 10 years.
Q: Where can this heat exchanger be installed?
A: Thanks to its robust and compact design, the TurbEx300SS can be oriented horizontally or vertically, making it adaptable to various industrial or HVAC settings where floor space or installation orientation might be a concern.
Q: What are the main benefits of using a turbulent flow type heat exchanger for industrial processes?
A: A turbulent flow heat exchanger provides superior heat transfer rates, reduced fouling, greater process control, and higher durability. It is ideal for facilities requiring reliable, energy-efficient heating or cooling with minimal maintenance.
Q: How is fluid connection managed in this model?
A: The TurbEx300SS comes with DN 40/50/65 flanged inlet and outlet ports, ensuring leak-proof connections compatible with standard industrial piping configurations.