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Procon Instrument Technology | Pressure & Temperature Measuring Instrumentation Procon Instrument Technology was established in 1988 by Kevin Tryhorn, and it became known for being a supplier of state-of-the-art process control instrumentation and automation systems. Kevin's aim was to offer a single source for instrumentation and process control products at the technical end of the industry and backing these with a high level of Engineering support.
Aegis Sales & Service | Safety Equipment Established in 1984, Aegis Sales & Services has been a family owned and operated business for over 30 years. Locally run within Brisbane, Australia, Aegis Sales & Services operates nation wide, specialising in safety products, maintenance and services. Over the years, the company has grown and expanded to keep up with customer trends and stay ahead of the competition. Aegis Sales ...
Is a precision instrument used to measure pressure with high accuracy. It works on the principle of balancing a known force (the weight of a mass) against the unknown force (the pressure being measured) acting on a piston-cylinder assembly. The mass is carefully calibrated to provide a precise and accurate reading of pressure. Deadweight testers are commonly used in industries such as oil and gas, chemical, and aerospace, where accurate pressure measurements are critical for safety and efficiency.
What is the accuracy of a Deadweight Tester?
Is a highly accurate device used to calibrate pressure gauges and transmitters. It has an accuracy of up to 0.005% of the applied pressure, depending on the quality of the weights, the piston-cylinder assembly, and the oil used. With proper handling and maintenance, a deadweight tester can maintain its accuracy for many years, making it a reliable and cost-effective tool for pressure calibration. However, it requires a skilled operator to use it properly and interpret its results accurately.
What is the maximum pressure range of a Deadweight Tester?
A Deadweight Tester is a type of pressure measuring instrument that works by applying a known weight to a piston, which then generates a pressure. The maximum pressure range of a Deadweight Tester depends on the weight of the weights used in the instrument. Typically, Deadweight Testers can measure pressures ranging from as low as 1 psi (pounds per square inch) up to as high as 10,000 psi or more. However, the maximum pressure range can vary depending on the specific type and model of Deadweight Tester being used. It is important to select a Deadweight Tester that has a range suitable for the application being tested.
What is the cost of a Deadweight Tester?
A Deadweight Tester is a precision instrument used to calibrate pressure gauges and other pressure measuring devices. The cost of a Deadweight Tester varies depending on the brand, model, and specifications. Generally, the cost ranges from $1,000 to $10,000 or more. Some high-end Deadweight Testers can cost over $50,000. The cost is justified by the precision and accuracy of the instrument, which is essential for industries that require precise pressure measurement, such as oil and gas, aerospace, and automotive manufacturing.
How often does a Deadweight Tester need to be calibrated?
Needs to be calibrated annually or after any repairs or major changes in the instrument. However, it is recommended to perform regular checks and adjustments to ensure accurate measurements. The frequency of these checks depends on the usage and environment of the tester.
Are Deadweight Testers portable?
S are typically not considered portable due to their size and weight. They are designed to be used in a laboratory or workshop setting, and are often mounted on a stable base or table. However, there are some models that are designed to be more portable and can be carried by hand or transported in a case. These models may be smaller and lighter, but still provide accurate pressure measurements for calibration purposes.
What is the difference between a hydraulic and pneumatic Deadweight Tester?
Is a calibration instrument used to measure pressure in devices such as gauges, transmitters, and sensors. The main difference between a hydraulic and pneumatic Deadweight Tester is the type of fluid they use to generate pressure.
A hydraulic Deadweight Tester uses oil or water as the working fluid, whereas a pneumatic Deadweight Tester uses air or gas. Hydraulic Deadweight Testers are capable of generating higher pressures and are more accurate in measuring low pressures, while pneumatic Deadweight Testers are better suited for applications where the working fluid needs to be clean and dry.
Additionally, hydraulic Deadweight Testers are typically larger and heavier than pneumatic ones, making them more suitable for stationary or laboratory use. Pneumatic Deadweight Testers, on the other hand, are smaller and more portable, making them ideal for field use.
What is the lead time for a Deadweight Tester to be delivered to Australia?
Lead time for a Deadweight Tester to be delivered to Australia may vary depending on the supplier or manufacturer. It is recommended to inquire with the specific supplier or manufacturer for their estimated lead time.
What is included in the Deadweight Tester package?
Packages typically include the deadweight tester unit itself, a set of weights, a piston-cylinder assembly, a hand pump, a pressure gauge, and a carrying case. Some packages may also include additional accessories such as hoses, adaptors, and seals. The exact contents of the package may vary depending on the manufacturer and the specific model of deadweight tester.
What is the warranty period for a Deadweight Tester?
The warranty period for a Deadweight Tester varies depending on the manufacturer and model. Generally, most Deadweight Testers come with a standard warranty period of one year from the date of purchase. However, some manufacturers may offer extended warranty periods of up to two or three years. It is important to check the warranty terms and conditions before purchasing a Deadweight Tester to ensure that you are covered for any defects or issues that may arise during the warranty period. Additionally, some manufacturers may offer additional services such as calibration and repair during the warranty period, so it is worth checking these options as well.
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