Product Description
Specially designed for continuously use for cooling and heating cycles combined Triple walled in construction with inner made of 316 S.S and exterior 304 S.S matt finish PUF insulation minimize heat exchange Choice for temp. controller with eight segment programmable ramp and soak function Combine use for cooling temperature - 50 c to + 150 c Unit consist with pump cum stirring assembly for internal as well external circulation RS 232/ RS 485 port for computer interface , data storing and documentation purpose CFC free cooling system having hermetly sealed compressor , fan motor ,condenser cascadeetc. and are safely placed below the chamber.
Advanced Temperature Control for PrecisionEquipped with a digital PID controller and LCD display, the Circulator Low Temperature Bath maintains precise temperatures within 0.5C. The integral circulation pump provides uniformity, making it perfect for experiments or processes requiring stable and accurate temperature control from -20C up to 100C.
Robust Construction and User-Friendly DesignConstructed from stainless steel with powder-coated elements for maximum corrosion resistance, this circulator bath is designed for longevity and frequent laboratory use. Features such as the easy-clean bath, bath cover inclusion, and castor wheels offer added convenience and easy handling, while polyurethane foam insulation enhances energy efficiency.
Safety and Support You Can Depend OnLaboratory safety is prioritized with an over-temperature alarm and overheat protection, ensuring reliable operation. The product comes with on-site warranty service throughout the warranty period, offering peace of mind and seamless support should any issues arise during use.
FAQ's of Circulator Low Temp. Bath:
Q: How does the Circulator Low Temp. Bath ensure uniform temperature throughout the bath?
A: This bath features an integral circulation pump, which continuously circulates the bath fluid. This ensures uniform temperature distribution and maintains consistent conditions across the entire 10-liter volume, which is especially important for sensitive laboratory applications.
Q: What are the main applications of this circulator bath in the laboratory?
A: The Circulator Low Temp. Bath is designed for laboratory cooling and temperature control processes, including reaction kinetics studies, material testing, sample incubation, and general cooling of lab equipment where temperature precision between -20C and +100C is needed.
Q: When should I use the bath's over-temperature alarm feature?
A: The over-temperature alarm is an essential safety feature that activates automatically if the bath exceeds the preset temperature limit. It is particularly useful during unattended operations or when working with heat-sensitive materials, alerting users to potential risks and preventing damage.
Q: Where can the bath be set up and operated safely?
A: The bath is designed for use in laboratory environments with ambient temperatures between 5C and 35C. Its compact dimensions (600 x 470 x 610 mm) and castor wheels make it easy to place and relocate near benchtops or laboratory workstations.
Q: What is the process for controlling and monitoring the temperature?
A: The bath uses a microprocessor-based digital PID controller with an LCD display, allowing users to set and monitor temperatures accurately. The PID algorithm automatically adjusts heating and cooling to maintain the target temperature within a tight 0.5C accuracy.
Q: How do I maintain the equipment for optimal performance?
A: Regularly check the water level, use distilled or deionized water to minimize scaling, and clean the interior and drainage system as needed. Periodically inspect all seals and the circulating pump to ensure proper function, and utilize the bath cover to reduce contamination and evaporation.
Q: What benefits does the CFC-free refrigerant and polyurethane foam insulation provide?
A: The CFC-free refrigerant minimizes environmental impact while delivering efficient cooling performance, and the polyurethane foam insulation maximizes heat retention, improving energy efficiency and maintaining bath stability during operation.