AMETEK Professional Temperature Calibrator PTC-125 Cooler
The AMETEK PTC-125 Cooler is a high-performance device designed specifically for the field of temperature calibration and is part of the PTC Series of temperature calibrators manufactured by AMETEK, Inc. With a wide temperature range and high efficiency cooling capacity, this cooler is suitable for a wide range of precision temperature calibration scenarios. The PTC-125 cooler uses free-piston Stirling refrigeration technology, which is more efficient than traditional thermoelectric refrigeration technology, significantly shortening calibration intervals and reducing operating costs.
The core technical advantage of the PTC-125 cooler lies in its efficient refrigeration system. The free-piston Stirling refrigeration technology not only provides consistent cooling performance, but also excels in ramp and ramp rates, which is especially important for applications that require fast calibration. In addition, the cooler is designed with user experience and ease of operation in mind, with an intuitive color screen and a user-friendly interface that makes operation more intuitive and easy.
In terms of application benefits, the wide temperature range of the PTC-125 cooler enables it to meet a wide range of calibration needs, from heating to ultra-low temperatures, which is especially important for temperature calibration in the healthcare, medical, pharmaceutical, biological, and food industries. Its compact design and lightweight construction also make it ideal for on-site calibration, where space is limited.
In the market, the PTC-125 cooler occupies the high-end market share of professional temperature calibrators due to its performance and reliability. AMETEK is a well-known manufacturer of electronic instruments and electromechanical motors, and its products are generally known for their high quality and advanced technology, and the PTC-125 cooler is a reflection of this brand image. Compared with similar products, the PTC-125 cooler has a competitive advantage over similar products due to its fast calibration capability, energy-efficient refrigeration system, and user-friendly user interface, which make it highly competitive and attractive in the field of professional calibration.
2. Accuracy: The accuracy of this device can reach up to ±0.07°C (±0.013°F), which can be achieved when using high-precision external platinum resistors.
3. Stability: In low-temperature dry-body furnaces, the PTC-125 cooler exhibits excellent stability, with stability ± 0.03°C (±0.054°F) being one of its characteristics.
4. Cooling efficiency: The application of free-piston Stirling refrigeration technology brings a faster ramp and fall rate, which is more efficient than traditional thermoelectric refrigeration technology.
5. Portability: Designed with portability in mind, the PTC-125 cooler weighs only 15 kg (33.5 lb) for easy on-site calibration and mobile use.
6. Intelligent interface: The device is equipped with an intelligent reference probe interface, and the built-in chip saves calibration data (temperature correction parameters) and other information to achieve a plug-and-play calibration system.
User Interface: The PTC-125 cooler is equipped with a color screen for an intuitive and easy operation for easy calibration.
2. Environmental protection: This technology usually uses refrigerants that are non-polluting to the environment, reducing the damage to the ozone layer and the impact of global warming.
3. Compact structure: The design of the free piston Stirling refrigerator makes it have a small volume and weight, which is easy to install and move.
4. Fewer moving parts: Due to the use of gas bearings and linear motor drive, there are fewer moving parts, which reduces wear and maintenance needs, thereby prolonging the service life of the equipment.
5. Low noise and vibration: Due to the reduction of moving parts and optimized design, the free piston Stirling refrigerator produces lower noise and vibration during operation, which is suitable for use in a quiet environment.
6. High reliability: Due to the simple structure and no complex fluid system, the reliability of the free piston Stirling refrigerator is high, which reduces the possibility of failure.
7. Adjustable cooling capacity: This technology allows convenient adjustment of cooling capacity to adapt to different cooling needs.
Flexible: The free-piston Stirling chiller can operate in a wide range of temperatures and is suitable for a wide range of scientific and industrial applications, such as cryogenic experiments, medical refrigeration, electronic cooling, etc.
2. Cooling carriers and wearable medical devices: Thermoelectric coolers are used in medical practice to cool carriers and wearable medical devices, and they provide a more environmentally friendly, quiet, and reliable temperature control solution for medical applications as well as wearable technology.
Cryogenic refrigeration technology: In the medical cold chain, cryogenic refrigeration technology is used for the processing and storage of pharmaceutical products, as well as to maintain the active ingredient of pharmaceutical products during medical transportation, and the PTC-125 cooler can be a key component in these systems.
1. Self-regulating power consumption: The resistance of PTC material increases with the increase of temperature, which means that during the cooling process, once the set temperature is reached, the PTC cooler will automatically reduce the flow of current, thereby reducing power consumption, maintaining a stable cooling effect, and reducing energy waste.
2. Efficient Thermal Management: PTC coolers can effectively manage thermal energy, especially in applications that require precise temperature control, PTC coolers are able to provide fast response and stable temperature control, which helps to improve overall energy efficiency.
3. Reduced Maintenance Costs: Due to the self-regulating nature of PTC coolers, they typically require less maintenance because they are not as susceptible to overheating or damage as traditional coolers, which helps reduce long-term operating costs.
4. Environmental adaptability: PTC coolers are able to work at different ambient temperatures and maintain good performance even in low temperature environments, which makes them suitable for a wide range of industrial and commercial applications.
Energy Saving and Environmental Protection: In the current context of increasing emphasis on energy conservation and emission reduction, the energy-saving characteristics of PTC coolers make them an environmentally friendly cooling solution that helps reduce energy consumption and greenhouse gas emissions.
The AMETEK PTC-125 Cooler is a high-performance device designed to meet the needs of modern precision temperature calibration, demonstrating a clear competitive advantage in terms of technical features, application advantages, and market positioning. As industry and research continue to demand the accuracy and efficiency of temperature calibration, the PTC-125 cooler is expected to continue to play an important role in the professional calibration market.
The article is from the Temperature Calibrator.
The core technical advantage of the PTC-125 cooler lies in its efficient refrigeration system. The free-piston Stirling refrigeration technology not only provides consistent cooling performance, but also excels in ramp and ramp rates, which is especially important for applications that require fast calibration. In addition, the cooler is designed with user experience and ease of operation in mind, with an intuitive color screen and a user-friendly interface that makes operation more intuitive and easy.
In terms of application benefits, the wide temperature range of the PTC-125 cooler enables it to meet a wide range of calibration needs, from heating to ultra-low temperatures, which is especially important for temperature calibration in the healthcare, medical, pharmaceutical, biological, and food industries. Its compact design and lightweight construction also make it ideal for on-site calibration, where space is limited.
In the market, the PTC-125 cooler occupies the high-end market share of professional temperature calibrators due to its performance and reliability. AMETEK is a well-known manufacturer of electronic instruments and electromechanical motors, and its products are generally known for their high quality and advanced technology, and the PTC-125 cooler is a reflection of this brand image. Compared with similar products, the PTC-125 cooler has a competitive advantage over similar products due to its fast calibration capability, energy-efficient refrigeration system, and user-friendly user interface, which make it highly competitive and attractive in the field of professional calibration.
Technical Parameters:
1. Temperature range: The PTC-125 cooler is capable of covering a wide range of temperatures, typically from -90°C to +125°C (-130°F to +257°F), making it suitable for a variety of precision temperature calibration scenarios.2. Accuracy: The accuracy of this device can reach up to ±0.07°C (±0.013°F), which can be achieved when using high-precision external platinum resistors.
3. Stability: In low-temperature dry-body furnaces, the PTC-125 cooler exhibits excellent stability, with stability ± 0.03°C (±0.054°F) being one of its characteristics.
4. Cooling efficiency: The application of free-piston Stirling refrigeration technology brings a faster ramp and fall rate, which is more efficient than traditional thermoelectric refrigeration technology.
5. Portability: Designed with portability in mind, the PTC-125 cooler weighs only 15 kg (33.5 lb) for easy on-site calibration and mobile use.
6. Intelligent interface: The device is equipped with an intelligent reference probe interface, and the built-in chip saves calibration data (temperature correction parameters) and other information to achieve a plug-and-play calibration system.
User Interface: The PTC-125 cooler is equipped with a color screen for an intuitive and easy operation for easy calibration.
What are the advantages of the free-piston Stirling refrigeration technology used in the PTC-125 cooler?
1. High efficiency: Compared with traditional thermoelectric refrigeration technology, the free-piston Stirling refrigeration technology is more efficient, which means that greater refrigeration results can be obtained with the same energy input.2. Environmental protection: This technology usually uses refrigerants that are non-polluting to the environment, reducing the damage to the ozone layer and the impact of global warming.
3. Compact structure: The design of the free piston Stirling refrigerator makes it have a small volume and weight, which is easy to install and move.
4. Fewer moving parts: Due to the use of gas bearings and linear motor drive, there are fewer moving parts, which reduces wear and maintenance needs, thereby prolonging the service life of the equipment.
5. Low noise and vibration: Due to the reduction of moving parts and optimized design, the free piston Stirling refrigerator produces lower noise and vibration during operation, which is suitable for use in a quiet environment.
6. High reliability: Due to the simple structure and no complex fluid system, the reliability of the free piston Stirling refrigerator is high, which reduces the possibility of failure.
7. Adjustable cooling capacity: This technology allows convenient adjustment of cooling capacity to adapt to different cooling needs.
Flexible: The free-piston Stirling chiller can operate in a wide range of temperatures and is suitable for a wide range of scientific and industrial applications, such as cryogenic experiments, medical refrigeration, electronic cooling, etc.
In the healthcare industry, PTC-125 coolers can be used in a variety of devices and procedures, including but not limited to:
1. Temperature Verification Instrument: During the temperature verification process of medical devices, the PTC-125 cooler can be used to simulate different temperature conditions to ensure that the equipment operates normally within the specified temperature range, which is essential to ensure the accuracy and reliability of medical devices.2. Cooling carriers and wearable medical devices: Thermoelectric coolers are used in medical practice to cool carriers and wearable medical devices, and they provide a more environmentally friendly, quiet, and reliable temperature control solution for medical applications as well as wearable technology.
Cryogenic refrigeration technology: In the medical cold chain, cryogenic refrigeration technology is used for the processing and storage of pharmaceutical products, as well as to maintain the active ingredient of pharmaceutical products during medical transportation, and the PTC-125 cooler can be a key component in these systems.
What are the energy savings advantages of the PTC-125 cooler over other types of coolers?
The PTC-125 cooler is a cooling device made of positive temperature coefficient (PTC) material, which has some advantages over other types of cooling appliances in terms of energy saving. The properties of the PTC material allow the cooler to automatically adjust power consumption in response to temperature changes while operating, and this self-regulating mechanism helps to reduce unnecessary energy consumption.1. Self-regulating power consumption: The resistance of PTC material increases with the increase of temperature, which means that during the cooling process, once the set temperature is reached, the PTC cooler will automatically reduce the flow of current, thereby reducing power consumption, maintaining a stable cooling effect, and reducing energy waste.
2. Efficient Thermal Management: PTC coolers can effectively manage thermal energy, especially in applications that require precise temperature control, PTC coolers are able to provide fast response and stable temperature control, which helps to improve overall energy efficiency.
3. Reduced Maintenance Costs: Due to the self-regulating nature of PTC coolers, they typically require less maintenance because they are not as susceptible to overheating or damage as traditional coolers, which helps reduce long-term operating costs.
4. Environmental adaptability: PTC coolers are able to work at different ambient temperatures and maintain good performance even in low temperature environments, which makes them suitable for a wide range of industrial and commercial applications.
Energy Saving and Environmental Protection: In the current context of increasing emphasis on energy conservation and emission reduction, the energy-saving characteristics of PTC coolers make them an environmentally friendly cooling solution that helps reduce energy consumption and greenhouse gas emissions.
The AMETEK PTC-125 Cooler is a high-performance device designed to meet the needs of modern precision temperature calibration, demonstrating a clear competitive advantage in terms of technical features, application advantages, and market positioning. As industry and research continue to demand the accuracy and efficiency of temperature calibration, the PTC-125 cooler is expected to continue to play an important role in the professional calibration market.
The article is from the Temperature Calibrator.
