M 5477 Series Thermoelectric Heating/Cooling Systems
Overview:
The M5477 Series Thermoelectric Heating/Cooling Systems provide precise and reliable temperature control for diverse chamber applications. Leveraging the inherent advantages of thermoelectric technology—rapid thermal response and dual heating/cooling functionality in a single device—the M5477 Series delivers efficient, refrigerant-free thermal management, making it an environmentally responsible choice.
These compact, lightweight systems offer 250 to 500 Watts of power and utilize integrated forced-air cooling for effective temperature regulation across a range of chamber sizes. Designed for seamless integration with ETS controllers, the M5477 Series also offers flexible implementation with other systems via standard 24 VDC signal and ground connections.
Features:
- Precise Temperature Control: Thermoelectric systems offer highly accurate temperature control, making them ideal for applications requiring precise thermal management, such as scientific instruments, medical devices, and certain electronics.
- Reliability and Longevity: With no moving parts, thermoelectric systems are highly reliable and require minimal maintenance, leading to lower long-term operating costs.
- Environmentally Friendly: Thermoelectric devices use no refrigerants or harmful chemicals, making them an environmentally friendly option for heating and cooling.
- Heating and Cooling in One Device: A single thermoelectric device can be used for both heating and cooling by simply reversing the direction of the current.
- Rapid Response: Thermoelectric systems can switch from heating to cooling quickly, enabling precise temperature control and rapid thermal cycling.
- Ideal for hazardous environments: Unlike traditional systems, thermoelectric devices don’t require flammable refrigerants, making them safer for use in hazardous environments.
- Reduced electromagnetic interference (EMI): Thermoelectric devices produce very little EMI, making them suitable for use in sensitive electronic equipment.
- Integrated thermal protection: A built-in lockout system prevents simultaneous heating and cooling operation and thermal protection shuts down the thermoelectric unit if internal temperatures exceed 100 degrees Celsius to ensure system longevity and prevent damage.
Applications:
- Moisture-Sensitive Materials: Ideal for handling hygroscopic materials (e.g., lithium-ion battery research, organic electronics) requiring ultra-low humidity. Precise temperature control enables low dew points and moisture condensation, preventing contamination.
- Controlled Atmosphere Experiments: Suitable for temperature-sensitive chemical reactions, material synthesis, and biological experiments. Rapid heating/cooling and precise temperature control ensure stable conditions for repeatable results.
- Electronics Manufacturing/Testing: Perfect for semiconductor manufacturing, circuit board assembly, and component testing under controlled temperatures. Compact size and vibration-free operation are ideal for sensitive electronics work.
- Pharmaceutical Applications: Ensures stability and integrity of APIs and other temperature-sensitive compounds in formulation development and stability testing. Refrigerant-free operation is beneficial for cleanroom environments.
- Biological/Medical Research: Maintains cell viability and experimental integrity in cell culture, tissue engineering, and handling of biological samples requiring specific temperature conditions. Compact size allows for integration into smaller gloveboxes.
