Used POLYSCIENCE AD15R-40-A11B #9292004 for sale

POLYSCIENCE AD15R-40-A11B is a high performance laboratory equipment and accessories designed to provide accuracy and reliability in a wide range of scientific applications. AD15R-40-A11B features a combination of features including dual temperature control, a RS485 Interface, an optional stir bar, and a wide range of temperature probes. The dual temperature controller allows users to set two separate temperature settings in order to control the temperature of various components and materials. The RS485 Interface allows easy remote monitoring and control of the system, allowing users to view multiple temperature readings as well as adjust settings. An optional stir bar is available to shift temperatures rapidly or to keep them constant. This feature allows researchers to make fast and accurate experiments. POLYSCIENCE AD15R-40-A11B also comes with a variety of probes, including a contact thermistor, a general purpose temperature probe, a high accuracy probe, a cryo-temperature probe, and a high speed temperature probe. These probes can be used for a wide range of applications depending on the user's requirements. AD15R-40-A11B has a wide range of monitoring and control capabilities. It can be programmed for both automatic and manual control, giving users the flexibility to adjust settings to fit their needs. The system also has alarm and fault detection to alert users when the temperature reaches a specified limit. Other features include a fail-safe mode and various levels of security. POLYSCIENCE AD15R-40-A11B features a rugged aluminum housing, making it resistant to corrosion and shock and providing long term reliability. It has a low profile design which allows it to fit easily into cramped laboratory settings, and it comes with mounting brackets for convenient installation. In conclusion, AD15R-40-A11B is a reliable and durable laboratory equipment and accessories that provides accuracy and control in various scientific applications. Its combination of features and probes, programmable control, and rugged design give users the confidence to make accurate experiments in the laboratory.