
( Brand: Fluke Calibration ), ( Manufacturer Part Number: P3032-KGCM2 ), ( Part Type: Tester ), ( UPC: 095969637909 )
The Fluke Calibration P3032-Kgcm Deadweight Tester is a high-precision instrument designed for calibrating force gauges, load cells, and force transducers. This tester is capable of delivering a maximum force of 140 kgf (kilo-newtons-force) and a maximum moment of 140 kgf-cm (kilo-newtons-force-centimeter ).
The P3032-Kgcm tester is built with a robust and durable design, featuring a high-quality aluminum alloy frame and a precision-machined steel piston. It has a large, easy-to-read dial indicator that displays the applied force with a high degree of accuracy, making it simple to read and record measurements.
The tester is equipped with a built-in digital readout, which provides fast and precise force and moment readings. It also features a data hold function, which allows you to freeze the readout for easy recording. The tester is calibrated and traceable to national standards, ensuring the highest level of accuracy.
The P3032-Kgcm tester is designed with a safety-first approach, featuring a locking mechanism to prevent accidental release of the load, and a safety overload protection system that activates if the tester is overloaded. It also has a large base for stability and a built-in level to ensure that the tester is level before use.
The Fluke Calibration P3032-Kgcm Deadweight Tester is an ideal choice for any laboratory or industrial setting that requires high-precision force and moment calibration. With its robust design, easy-to-read dial indicator, digital readout, and built-in safety features, this tester is sure to meet your calibration needs with accuracy and reliability.
Model number: P3032-Kgcm
Maximum force: 140 kgf (kilo-newtons-force)
Maximum moment: 140 kgf-cm (kilo-newtons-force-centimeter )
Dimension: 305 x 305 x 211 mm (12 x 12 x 8.3 inches)
Weight: 19 kg (42 lbs)
Serial number: 095969637909
Pros of buying a Fluke Calibration Gas Deadweight Tester (Model: P3032-kgcm2, 140kgf-cm2, 095969637909):1. High Precision: The Fluke P3032 has a high accuracy of /- 0.02% of reading or 0.05 kgf-cm, making it an ideal choice for precision calibration.
2. Wide Range: The tester can measure a wide range of forces from 0 to 140 kgf-cm (0 to 1380 kgf or 13.03 metric tons), making it versatile for various applications.
3. Durable Construction: The tester is built with a rugged cast aluminum frame, providing durability and resistance to harsh environments.
4. Easy to Use: The digital display makes it easy to read and record measurements, and the automatic zero and tare functions simplify the calibration process.
5. Calibration Certificate: The tester comes with a calibration certificate, ensuring its accuracy and traceability.
Cons of buying a Fluke Calibration Gas Deadweight Tester (Model: P3032-kgcm2, 140kgf-cm2, 095969637909):1. High Price: The Fluke P3032 is a high-end tester, and its price reflects its quality and precision. It may be too expensive for some users.
2. Size and Weight: The tester is quite large and heavy, which can make it cumbersome to transport and store.
3. Limited Applications: The tester is designed for calibrating forces, and its high precision may not be necessary for all applications.
Conclusion:The Fluke Calibration Gas Deadweight Tester (Model: P3032-kgcm2, 140kgf-cm2, 095969637909) is a high-quality, high-precision force tester that is ideal for precise calibration applications. Its wide range and durable construction make it a versatile tool. However, its high price and large size may make it unsuitable for some users. If you require precision force measurement and have the budget for a high-end tester, the Fluke P3032 is a recommended choice. If you have less demanding needs or a tighter budget, there may be other options available that better suit your needs.
Ten percent above the maximum pressure is required. The Fluke Calibration p3031 and p3032 is designed to prevent inadvertent over. Ling of chamber, thus avoiding contamination gas system.The masses for vacuum ranges and optional. Ne increment are stainless steel or aluminum.
Our experience and knowledge of piston cylinder production Calibration ensure the precision performance required for today. ?demanding requirements. Subscribe to our Fluke Calibration P3032-KGCM2 gas deadweight tester, liquid lubricated, 140 kgf cm2 brand: Fluke model number: P3032-KGCM2ref no: p3032kgcm2 condition: Newark: 09 data sheet product ranges from vacuum through 2000 psi bar accuracy better than. Increased accuracy option of.
Each instrument can be calibrated to local gravity at no extra cost. For vacuum requirements, an external pump can be connected to the 1/4 inch port.s gas operated with optional hand pumps dual vacuum pressure model's available psi, bar, kgf cm2, KP and map ranges available piston cylinder design provides stability repeatability built-in pneumatic pumps for vacuum piston flotation indicator high quality needle valves provide optimum control mounted spirit level adjustable fattest station o-rings eliminates the need PDF tape or wrenches improved case spring loaded latches hood sturdy weight box hinged lid side handles easy transport Fluke Calibration P3032-KGCM2 deadweight tester, liquid lubricated, 140 cm2. The masses are stored in a high-quality case with self-locking mechanism to protect them during transit.
There is no physical barrier between the gas and oil so some. Transfer potential. As the gas acts directly on surface of oil, there is a rate-less transfer pressure within system.
All units are provided with an accredited Calibration certificate, m14x1. A compressed gas bottle nitrogen or dry air fitted with pressure regulator is recommended.
A special version of these instruments using hydro-carbon free fluid is available. They are manufactured from materials that provide stability, durability, and low thermal coefficients distortion. P3000 series liquid lubricated gas operated model's: the Fluke Calibration p3031 and p3032 feature an oil piston cylinder assembly, which ensures that instrument is less susceptible to performance issues caused by contamination of supply or environment in unit being. Piston cylinder assemblies: the assembly is heart of each deadweight tester.
Press cal software: windows-based software program that allows users to easily apply all necessary corrections enhance the deadweight tester performance. With features designed to improve accuracy and performance, increase reliability simplify operation these deadweight testers can be used calibrate virtually any pressure sensing device, including transducers, transmitters, gauges or switches. Masses: standard masses are series 3 non-magnetic astronautic stainless steel.
These masses balance the upward force created by pressure within system. Gas supply: all instruments are fitted with a 1/4 inch not female external supply port for connection to the source. Utilizing the well proven piston-gauge system consisting of a vertically mounted, precision lapped piston and cylinder assembly, accurately calibrated masses force are loaded on area, which rises freely within its. Each mass is marked with the serial number of instrument and nominal pressure value relative to high or low-pressure piston, when applicable.
The supply gas, via deadweight tester controls, is introduced into piston cylinder chamber. Each Fluke Calibration p3000 pneumatic deadweight testers is supplied with a detachable lid that makes it neat, compact and easily portable.
The use of press cal allows for an improved accuracy. Operating principle: Fluke Calibration p3000 deadweight testers are the primary standard for pressure measurements. The hand pump option is not available on instruments above 500 psi 3.
The Fluke Calibration p3000 series is culmination of over 50 years experience in production and design primary pressure standards.
Add 24 for AK, hi, or pr. 5, 1 8, 4, 3 and 2 not bps female adaptors, operating fluid where applicable spare seals. Instrument base: there are four basic variations in the pneumatic offering single pressure, vacuum, dual vacuum and oil-lubricated pneumatically driven high-pressure model's. Calibration details are then stored and or used to automatically create a cert.