Fluke 5960A Triple Point of Argon System
Advanced Argon Fixed Point Reference for Precision Temperature Metrology
Fluke 5960A Triple Point of Argon System is a specialized temperature reference solution, and Fluke 5960A Triple Point of Argon System Price in Bangladesh is an important consideration for advanced calibration laboratories and metrology professionals. The system is designed to provide a stable and reproducible fixed point reference based on the thermodynamic properties of argon. It is suitable for laboratories that require highly reliable reference conditions for precision temperature measurement, thermometer calibration, research, and measurement assurance.
A triple point system provides a controlled thermodynamic condition in which different phases of a substance coexist in equilibrium. The argon triple point serves as an important reference in advanced temperature metrology because it provides a highly stable and reproducible temperature condition. This makes the system valuable for calibration environments where precise reference temperatures are required for evaluating high accuracy thermometers and maintaining measurement confidence.
The Fluke 5960A Triple Point of Argon System can support sophisticated temperature calibration procedures in professional metrology laboratories. When used with suitable reference thermometers and precision measurement equipment, the system provides a controlled fixed point against which temperature sensors can be evaluated. This approach helps calibration engineers establish consistent reference measurements and improve the reliability of temperature calibration results.
Reference stability is essential for high precision temperature metrology. A properly operated argon triple point system provides a controlled environment that supports repeatable measurements. The Fluke system is designed for laboratories where measurement stability and reproducibility are important considerations. Its application can help professionals maintain dependable reference conditions during calibration and verification activities.
Standard Platinum Resistance Thermometers are widely used in advanced temperature metrology because of their excellent measurement characteristics. The Fluke 5960A Triple Point of Argon System can be incorporated into calibration procedures involving suitable SPRTs. By comparing the response of a reference thermometer with the fixed point generated by the system, calibration professionals can evaluate sensor performance and support accurate temperature measurement practices.
The system is well suited to professional environments such as national and industrial metrology laboratories, calibration facilities, research institutions, and organizations responsible for maintaining temperature standards. It can support temperature scale realization, reference thermometer calibration, measurement verification, and other advanced laboratory activities where a reliable fixed point reference is required.
Maintaining traceability is an important objective for professional calibration laboratories. Fixed point systems can provide reference conditions that form an important part of a structured temperature measurement chain. When operated with appropriate procedures, reference instruments, documentation, and quality controls, the Fluke 5960A can contribute to dependable measurement assurance and help laboratories maintain confidence in their temperature calibration results.
A triple point system normally operates as part of a complete measurement infrastructure rather than as an isolated instrument. The Fluke 5960A can be integrated with suitable reference thermometers, precision resistance measurement equipment, laboratory monitoring systems, and supporting temperature metrology equipment. Proper integration allows engineers to control the measurement process and obtain meaningful results from the fixed point reference.
Precision fixed point temperature systems are also valuable for scientific research and experimental work. Laboratories conducting advanced thermal studies, material research, instrument evaluation, and temperature scale investigations can use a controlled argon reference as part of their experimental infrastructure. The stable reference environment helps researchers compare temperature measurements under well controlled laboratory conditions.
Professional fixed point equipment requires careful design and handling to maintain its intended performance. The Fluke 5960A is intended for controlled laboratory environments where appropriate operating procedures can be followed. Careful transportation, installation, operation, storage, and periodic verification are important for maintaining the integrity of any precision fixed point system and supporting dependable long term use.
The Fluke 5960A Triple Point of Argon System can be valuable for advanced calibration and research facilities in Bangladesh that require high level temperature reference capabilities. Potential users include industrial calibration laboratories, scientific institutions, research organizations, universities, and specialized metrology facilities. It can support organizations seeking to strengthen their temperature measurement infrastructure and develop more reliable calibration practices.
When evaluating Fluke 5960A Triple Point of Argon System Price in Bangladesh, technical compatibility should be considered together with laboratory requirements and supporting infrastructure. Users should assess the intended calibration procedures, reference thermometer requirements, precision readout equipment, installation environment, technical support, and maintenance capabilities before procurement. Proper technical guidance can help ensure that the system is integrated effectively into the laboratory's existing metrology workflow.
The Fluke 5960A Triple Point of Argon System provides a specialized solution for advanced temperature reference and calibration applications. Its fixed point operating principle, stable reference environment, and suitability for integration with precision thermometry equipment make it a valuable choice for professional metrology laboratories. For organizations in Bangladesh seeking dependable high precision temperature calibration capabilities, the system can contribute to improved measurement consistency, traceability, and laboratory confidence.
| Specifications | |
| Assigned value | -189.3442 °C |
| Argon gas purity | 99.9999 % (6N purity) |
| Uncertainty (k=2) | 0.25 mK |
| Length of plateau (0.1 mK) | >30 hours |
| Argon cell depth* | 160 mm |
| Number of entrant wells | 4 |
| Radial uniformity | 0.05 mK |
| Total immersion depth | 480 mm |
| Entrant well inner diameter (ID) | 8.0 mm |
| Argon gas volume | 13.4 moles (535 grams) |
| Liquid nitrogen Dewar volume | 44.2 liters |
| Display resolution | 0.001 °C |
| Set-point accuracy | 0.1 °C (adjustable) |
| Power requirements | 100 V to 115 V (± 10 %) 50/60 Hz, 230 W 230 V (± 10 %) 50/60 Hz, 230 W |
| System fuse ratings | 115 V: 2 A T 250 V 230 V: 1 A T 250 V |
| Size (HxWxD) | 952 mm x 673 mm x 483 mm (37.5 in x 26.5 in x 19 in) |
| Weight | 94 kg (207 lbs) |
| *Measured from the bottom of the probe well to the surface of argon sample | |
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Calibration accessories (1)
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