The Lab Companion AAH57041K RW3-0525 5L Refrigerated & Heating Circulator Bath is a high-performance laboratory instrument designed to provide reliable temperature control in a variety of applications. With a temperature range from -25°C to 150°C, this circulator bath offers precise temperature control for your experiments and processes.
Featuring microprocessor PID control, the RW3-0525 ensures accurate and stable temperature regulation. It also offers three-point temperature calibration, automatic tuning, and automatic run for added convenience and ease of use. The five-speed adjustable pump and built-in cooling coil reduce turbulence, making it suitable for both internal and external bath environments.
The bright VFD display and quick-adjustable dial knob allow for easy temperature adjustments with a resolution of 0.1°C. Dual wait on/off timer modes give you more flexibility in programming your experiments. The circulator bath also has a memory function that can store up to three frequently set temperatures, saving you time and effort.
The stainless steel bath is corrosion-resistant, leak-proof, and round-cornered, making it easy to clean and maintain. It features an easy access drain valve for quick drainage. The detachable condenser air-filter ensures efficient refrigeration and can be easily cleaned for optimal performance. The circulator bath uses CFC-free refrigerant and has a double service valve to prevent leakage.
For external control and data collection, the RW3-0525 comes with an RS-232 / USB interface. Side handles allow for easy handling and transport.
Safety is a top priority with the RW3-0525. The agitator, heater, and sensor are isolated by a baffle plate to minimize turbulence and protect users and samples. It also has a complete safety protection system with warning alarms for low fluid level, dry-running, over-temperature, and over-current situations.
With a bath volume of 5L and a working temperature range from -25°C to 150°C, the Lab Companion AAH57041K RW3-0525 is a versatile and reliable circulator bath for your laboratory needs. Its advanced features, convenience, and safety measures make it an essential tool for temperature-controlled experiments and processes.
Featuring microprocessor PID control, the RW3-0525 ensures accurate and stable temperature regulation. It also offers three-point temperature calibration, automatic tuning, and automatic run for added convenience and ease of use. The five-speed adjustable pump and built-in cooling coil reduce turbulence, making it suitable for both internal and external bath environments.
The bright VFD display and quick-adjustable dial knob allow for easy temperature adjustments with a resolution of 0.1°C. Dual wait on/off timer modes give you more flexibility in programming your experiments. The circulator bath also has a memory function that can store up to three frequently set temperatures, saving you time and effort.
The stainless steel bath is corrosion-resistant, leak-proof, and round-cornered, making it easy to clean and maintain. It features an easy access drain valve for quick drainage. The detachable condenser air-filter ensures efficient refrigeration and can be easily cleaned for optimal performance. The circulator bath uses CFC-free refrigerant and has a double service valve to prevent leakage.
For external control and data collection, the RW3-0525 comes with an RS-232 / USB interface. Side handles allow for easy handling and transport.
Safety is a top priority with the RW3-0525. The agitator, heater, and sensor are isolated by a baffle plate to minimize turbulence and protect users and samples. It also has a complete safety protection system with warning alarms for low fluid level, dry-running, over-temperature, and over-current situations.
With a bath volume of 5L and a working temperature range from -25°C to 150°C, the Lab Companion AAH57041K RW3-0525 is a versatile and reliable circulator bath for your laboratory needs. Its advanced features, convenience, and safety measures make it an essential tool for temperature-controlled experiments and processes.