Product Description
Our business ha designed an exceptional range of low temperature bath that offers controlled temperature or low temperature source of chilled fluid for various applications. As this system is automatically refrigerated, there is zero requirement for replaceable refrigerants, for example, liquid nitrogen or dry ice. This bath system is additionally accessible without and with temperature control while the temperature varies from -80°C-100°C. In addition, the provided low temperature bath has vortex breaker and magnetic stirrer that ensures effective isothermal conditions throughout its temperature scope. Using a fluid medium, Our bath maintains elevated heat loads substantially bigger than its fluid nitrogen counterparts. Our low temperature bath does not use expendable refrigerant. This bath is obtainable with off and on control or an automated controller offering +/- 0.1C stability.
- Digital proportional controller / Micro controller for precision control of Temperature within + 0.10C
- Electrical Stirrer / Circulatory pump for uniformity of temp. within bath. Booster heater provided.
- Front / Back toughened / safety glass viewing window optional.
- Low Temperature Bath 50C, 00C, -150C, -250C available.
- Oil bath with higher temperature upto 3000C also available.
This low temperature bath utilizes a magnetic stirrer for thorough mixing, ensuring even temperature distribution throughout the stainless steel chamber. The advanced PT-100 sensor and digital temperature controller maintain precise control, achieving high accuracy of 0.5C, making it ideal for sensitive experiments.
Robust Construction and Energy EfficiencyCrafted with a durable, corrosion-resistant stainless steel interior and a powder-coated exterior, this bath is built for longevity. The double-walled design incorporates high-density polyurethane foam insulation, reducing energy consumption and providing stable thermal conditions.
Versatile and Convenient Design FeaturesThe bath offers a 12-litre capacity, user-friendly LED display, over-temperature protection, and an easy drainage facility. Castor wheels provide effortless mobility, while its CFC-free cooling system ensures environmental responsibility. Its rectangular shape and compact dimensions are suited for various laboratory layouts.
FAQs of Low Temperature Bath:
Q: How does the magnetic stirrer contribute to uniform temperature distribution in the bath?
A: The integrated magnetic stirrer circulates the bath fluid continuously, ensuring heat or cold is evenly spread throughout the chamber. This uniform mixing eliminates temperature gradients, which is crucial for precise results in laboratory and industrial processes.
Q: What materials are used in the construction of this low temperature bath and why?
A: This bath features a stainless steel inner chamber and a powder-coated outer body, offering durability, corrosion resistance, and easy cleaning. The double-walled chamber with high-density polyurethane foam further enhances insulation and energy efficiency.
Q: When should I use this low temperature bath in laboratory or industrial settings?
A: This equipment is ideal whenever precise temperature control is needed, such as in chemical analysis, biological research, or industrial testing that requires cooling and heating between -20C and +100C.
Q: Where can this refrigerated bath be installed and what are its space requirements?
A: The compact dimensions (44 cm x 35 cm x 33 cm) and castor wheels make it suitable for most laboratory benches or industrial workspaces, allowing easy placement and mobility as needed.
Q: What safety features does the bath include during operation?
A: The bath is equipped with an over-temperature protection system to prevent overheating, a drain facility for safe liquid removal, and a robust design for operator safety during usage.
Q: How is temperature accuracy achieved and displayed on the device?
A: Temperature is regulated using a PT-100 sensor and monitored via a digital temperature controller, which displays real-time readings on a bright LED screen, maintaining accuracy within 0.5C.
Q: What are the primary benefits of choosing this low temperature bath for laboratory or industrial applications?
A: Users benefit from high-temperature accuracy, energy efficiency, robust construction, uniform temperature distribution, environmental friendliness (CFC-free system), and practical features like easy mobility, drainage, and digital controls.
Send Inquiry
Send Inquiry
Send SMS
