The AMETEK Professional Temperature Calibrator PTC-660
The AMETEK PTC-660 is a high-performance, professional temperature calibrator that is the high-end model of the PTC series of dry-block furnaces. Manufactured by AMETEK Corporation in United States, this device is designed for precision calibration of various types of temperature probes. The PTC-660 features innovative dual-zone heating technology that provides excellent temperature uniformity and stability for temperature calibration needs in industrial fields and laboratories. It has a wide operating temperature range from 33°C to 660°C, an accuracy of ±0.15°C, a stability±0.04°C, and a resolution of up to 0.01°C depending on the user's needs. Designed with a focus on user experience, the PTC-660 is equipped with a color VGA LCD display, intelligent calibration information reminder function, and rapid ramp and temperature ramp capability, which significantly improves work efficiency and calibration accuracy.
Technical features of the PTC-660 include its dual-zone heating design, which ensures temperature consistency in the calibration area, similar to the performance of a laboratory liquid bath. In addition, the device is equipped with MVI technology (Power Fluctuation Avoidance), which is able to maintain temperature stability in an unstable power supply. The PTC-660 is designed to be lightweight and portable, with a multi-functional portable aluminum case for easy transportation and field use. Intelligent functions such as calibration reminders and calibration work orders further enhance the ease of operation and the automation of the calibration process.
In terms of application benefits, the PTC-660 is capable of calibrating liquid-filled or other mechanical probes without the need for thermally insulated probes under test. This is especially important for applications that require calibration at high temperatures. The PTC-660's ability to ramp up and ramp up quickly, especially to 350°C in just 7 minutes, greatly reduces calibration time and improves productivity. In addition, its plug-and-play smart reference probe interface simplifies the calibration process and reduces operational complexity.
Accuracy: ±0.15°C/±0.27°F for Model B and C models with reference probes; For models with built-in probes, the accuracy is ±0.30°C/±0.54°F (33 to 420°C) and ±0.50°C/±0.54°F (420 to 660°C), respectively.
Stability: ±0.04°C/±0.072°F.
Radial consistency: 0.10°C/0.180°F.
Resolution: User selectable 1°C, 0.1°C, or 0.01°C.
Heating time: Approximately 20 minutes from 33°C to 660°C.
Cooling time: 36 minutes from 660°C to 100°C, 15 minutes from 100°C to 50°C.
Settling time: about 10 minutes.
Insertion depth: 150 mm/6.3 in.
Reference probe measurement: 4-wire RTD ground truth measurement with ± full-scale accuracy (0.003% rdg. + 0.0007% F.S.).
2. Enhanced Stability: Since the two heating zones can be adjusted independently, the set temperature stability can be maintained more effectively and the temperature fluctuation can be reduced, which is especially important for precision temperature calibration.
3. Improved work efficiency: Dual-zone heating technology can often achieve a faster heating and cooling process, which can shorten the calibration cycle and improve the overall work efficiency.
4. Flexible Calibration Capability: This technology enables the PTC-660 to adapt to a variety of calibration needs, whether it is a single large sensor or multiple small sensors.
These advantages make the PTC-660 Temperature Calibrator suitable for use in demanding industrial and scientific applications, ensuring the accuracy and reliability of temperature measurement and control.
In high-temperature environments, the PTC-660 has several distinguishing features for calibration applications:
1. High accuracy and stability: Even under high temperature conditions, the PTC-660 can maintain its high accuracy and stability, which is essential to ensure the accuracy of the calibration results.
2. Rapid ramp and bamp temperature: PTC-660 can heat and cool quickly, which helps to shorten the calibration cycle and improve work efficiency.
3. Dual-zone heating well: The unique dual-zone heating design ensures excellent temperature field consistency, which is especially important for uniform calibration in high-temperature environments.
4. Smart reference probe: The reference probe equipped with a smart connector can save calibration data and temperature correction parameters, realizing a plug-and-play calibration system and simplifying the high-temperature calibration process.
Practical application advantages:
In practice, these features of the PTC-660 can bring the following benefits:
1. Improved safety: Rapid ramp and fall of temperature and stable temperature control reduce the risks that may arise in high-temperature operation.
2. Time-saving: The fast calibration process reduces waiting time and is especially suitable for production environments that require frequent calibration.
3. Improve calibration quality: A uniform temperature field and high-precision temperature control help to obtain more reliable calibration results, which is essential to ensure the quality and performance of the final product.
The PTC-660 has demonstrated its high performance and efficiency in high-temperature calibration applications, making it an ideal tool for high-temperature calibration.
2. Cleaning and dustproof: Clean the equipment regularly to remove dust and dirt on the surface to prevent it from affecting the performance of the equipment. For some dust-sensitive equipment, it should be stored in a place away from light to reduce dust accumulation.
3. Moisture-proof and anti-corrosion: For the storage environment, moisture-proof measures should be taken, especially in humid areas, to prevent the internal parts of the equipment from rusting or getting wet.
4. Regular inspection and maintenance: Regularly test the function of the equipment to ensure that it works normally. Check the electrical safety, mechanical safety, etc. of the equipment to ensure that the equipment is safe and reliable. Perform regular preventive maintenance and servicing as recommended by the equipment manufacturer.
5. Storage area planning: Reasonably plan the layout of the equipment in the storage area, which is convenient for the access, movement and management of the equipment. Ensure that the environmental conditions of the storage area meet the requirements for the storage of the equipment to extend the life of the equipment.
6. Anti-theft security: take necessary measures, such as locking, monitoring, etc., to ensure the anti-theft security of storage devices.
7. Record management: Establish detailed equipment files to record the use status, maintenance history and maintenance of the equipment, so as to track the health status of the equipment.
By following these maintenance and storage guidelines, you can maximize the life and stability of your AMTETK PTC-660.
The AMETEK PTC-660 Professional Temperature Calibrator is a high-precision calibration device that integrates advanced technology and intelligence for demanding industrial and scientific applications. It is designed with a focus on user experience and ease of operation, while ensuring reliable and repeatable calibration results.
The article is from the Temperature Calibrator.
Technical features of the PTC-660 include its dual-zone heating design, which ensures temperature consistency in the calibration area, similar to the performance of a laboratory liquid bath. In addition, the device is equipped with MVI technology (Power Fluctuation Avoidance), which is able to maintain temperature stability in an unstable power supply. The PTC-660 is designed to be lightweight and portable, with a multi-functional portable aluminum case for easy transportation and field use. Intelligent functions such as calibration reminders and calibration work orders further enhance the ease of operation and the automation of the calibration process.
In terms of application benefits, the PTC-660 is capable of calibrating liquid-filled or other mechanical probes without the need for thermally insulated probes under test. This is especially important for applications that require calibration at high temperatures. The PTC-660's ability to ramp up and ramp up quickly, especially to 350°C in just 7 minutes, greatly reduces calibration time and improves productivity. In addition, its plug-and-play smart reference probe interface simplifies the calibration process and reduces operational complexity.
The technical parameters are as follows:
Operating temperature range: 33°C to 660°C (91°F to 1220°F).Accuracy: ±0.15°C/±0.27°F for Model B and C models with reference probes; For models with built-in probes, the accuracy is ±0.30°C/±0.54°F (33 to 420°C) and ±0.50°C/±0.54°F (420 to 660°C), respectively.
Stability: ±0.04°C/±0.072°F.
Radial consistency: 0.10°C/0.180°F.
Resolution: User selectable 1°C, 0.1°C, or 0.01°C.
Heating time: Approximately 20 minutes from 33°C to 660°C.
Cooling time: 36 minutes from 660°C to 100°C, 15 minutes from 100°C to 50°C.
Settling time: about 10 minutes.
Insertion depth: 150 mm/6.3 in.
Reference probe measurement: 4-wire RTD ground truth measurement with ± full-scale accuracy (0.003% rdg. + 0.0007% F.S.).
What are the benefits of the PTC-660 Temperature Calibrator's dual-zone heating technology?
1. Improved temperature uniformity: Dual-zone heating technology allows two independent heating zones to be controlled separately, which provides a more uniform high temperature in the insert, maintaining high accuracy even when calibrating sensors of different sizes or numbers.2. Enhanced Stability: Since the two heating zones can be adjusted independently, the set temperature stability can be maintained more effectively and the temperature fluctuation can be reduced, which is especially important for precision temperature calibration.
3. Improved work efficiency: Dual-zone heating technology can often achieve a faster heating and cooling process, which can shorten the calibration cycle and improve the overall work efficiency.
4. Flexible Calibration Capability: This technology enables the PTC-660 to adapt to a variety of calibration needs, whether it is a single large sensor or multiple small sensors.
These advantages make the PTC-660 Temperature Calibrator suitable for use in demanding industrial and scientific applications, ensuring the accuracy and reliability of temperature measurement and control.
What are the features of the PTC-660 for calibration applications in high-temperature environments?
The PTC-660 is a professional-grade dry-block furnace designed for accurate temperature calibration in high-temperature environments. It covers a wide temperature range, from 33°C to 660°C, making it suitable for a wide range of industrial and scientific applications. The PTC-660's high accuracy (±0.06°C) and excellent stability (0.01°C), as well as its fast ramp and ramp capability, make it very effective in high-temperature calibration applications.In high-temperature environments, the PTC-660 has several distinguishing features for calibration applications:
1. High accuracy and stability: Even under high temperature conditions, the PTC-660 can maintain its high accuracy and stability, which is essential to ensure the accuracy of the calibration results.
2. Rapid ramp and bamp temperature: PTC-660 can heat and cool quickly, which helps to shorten the calibration cycle and improve work efficiency.
3. Dual-zone heating well: The unique dual-zone heating design ensures excellent temperature field consistency, which is especially important for uniform calibration in high-temperature environments.
4. Smart reference probe: The reference probe equipped with a smart connector can save calibration data and temperature correction parameters, realizing a plug-and-play calibration system and simplifying the high-temperature calibration process.
Practical application advantages:
In practice, these features of the PTC-660 can bring the following benefits:
1. Improved safety: Rapid ramp and fall of temperature and stable temperature control reduce the risks that may arise in high-temperature operation.
2. Time-saving: The fast calibration process reduces waiting time and is especially suitable for production environments that require frequent calibration.
3. Improve calibration quality: A uniform temperature field and high-precision temperature control help to obtain more reliable calibration results, which is essential to ensure the quality and performance of the final product.
The PTC-660 has demonstrated its high performance and efficiency in high-temperature calibration applications, making it an ideal tool for high-temperature calibration.
AMTETK PTC-660 Maintenance and Storage Guidelines:
1. Environmental control: keep the temperature of the storage environment stable to avoid damage to the equipment caused by too high or too low temperature. Humidity control is also very important to prevent the equipment from getting damp or over-drying.2. Cleaning and dustproof: Clean the equipment regularly to remove dust and dirt on the surface to prevent it from affecting the performance of the equipment. For some dust-sensitive equipment, it should be stored in a place away from light to reduce dust accumulation.
3. Moisture-proof and anti-corrosion: For the storage environment, moisture-proof measures should be taken, especially in humid areas, to prevent the internal parts of the equipment from rusting or getting wet.
4. Regular inspection and maintenance: Regularly test the function of the equipment to ensure that it works normally. Check the electrical safety, mechanical safety, etc. of the equipment to ensure that the equipment is safe and reliable. Perform regular preventive maintenance and servicing as recommended by the equipment manufacturer.
5. Storage area planning: Reasonably plan the layout of the equipment in the storage area, which is convenient for the access, movement and management of the equipment. Ensure that the environmental conditions of the storage area meet the requirements for the storage of the equipment to extend the life of the equipment.
6. Anti-theft security: take necessary measures, such as locking, monitoring, etc., to ensure the anti-theft security of storage devices.
7. Record management: Establish detailed equipment files to record the use status, maintenance history and maintenance of the equipment, so as to track the health status of the equipment.
By following these maintenance and storage guidelines, you can maximize the life and stability of your AMTETK PTC-660.
The AMETEK PTC-660 Professional Temperature Calibrator is a high-precision calibration device that integrates advanced technology and intelligence for demanding industrial and scientific applications. It is designed with a focus on user experience and ease of operation, while ensuring reliable and repeatable calibration results.
The article is from the Temperature Calibrator.
