5080A High Compliance Multi-Product Calibrator
This easy-to-use multifunction calibrator can handle a wide meter calibration workload that includes:
- Analog meters
- Panel meters
- Digital multimeters
- Watt meters
- Clamp meters (with coil accessory)
- Megohm meters (optional)
- Oscilloscopes to 200 MHz (optional)
- …and more
Fluke 5128A RHapid-Cal Humidity Generator
Fast, portable humidity probe and logger calibration with accredited 1% RH system accuracy
In the lab, the 5128A calibrates humidity probes 33% faster than a two-pressure generator.
In the field, the 5128A provides more thorough, reliable multi-point calibrations than one-point spot checks using handheld humidity meters.
The 5128A comes standard with an ISO 17025 accredited system calibration. Support offerings include online chat, email, phone, and product service from Fluke Calibration, channel partners and authorized service centers around the world.
Key features
- Best-in-class system accuracy for dependable humidity probe calibration
- Rapid humidity and temperature stabilization time for high calibration throughput
- Supports on-site, multi-point calibration of humidity probes
- Versatile design accommodates a large workload
- Compact size and lightweight for easy transport
- ISO 17025 accredited system calibration included standard
- Easy to maintain
Fluke 5790B AC Measurement Standard
Precision ac voltage and current measurements have never been this easy
The 5790B AC Measurement Standard is a multi-purpose ac measurement and transfer standard designed for the most demanding calibration applications. It combines the accuracy you would expect from a thermal transfer standard with the ease of use of a digital multimeter. Absolute ac voltage measurement uncertainties are as low as ± 24 ppm (one year, 23 °C ± 5 °C). The 5790B is designed to meet the complete ac voltage, ac current and wideband verification requirements of the Fluke Calibration 5735A, 5720A, and 5700A Multifunction Calibrators; 5522A, 5502A, 5520A, and 5500A Multi-Product Calibrators; plus other calibrators, amplifiers like the 52120, 5725A and 5205A/5215A, and transfer standards and ac voltmeters.
The 5790B covers an alternating voltage range of 600 μV to 1000 V, and a frequency range of 10 Hz to 1 MHz. Wideband voltage options extend frequency range to 30 or 50 MHz.
The 5790B in combination with the Fluke A40B Current Shunts now allow you to make direct, absolute or relative current measurements without the need to perform any calculations.
The 5790B may be used alone as a measurement device or as a transfer standard when compared to an external dc source. In either case the normally tedious switching and calculations are performed automatically by the 5790B, and the resulting ac/dc difference is displayed directly on the easy-to-read 6.5-inch full-color capacitive touch screen display.
Fluke 732C DC Voltage Reference Standards
The simple way to maintain and disseminate the volt
The Fluke Calibration 732C DC Voltage Reference Standard is a RoHS compliant direct voltage reference used to maintain the volt in primary and secondary standards laboratories. Individual 732C voltage standards provide 10 V, 1 V, and 0.1 V outputs and may be transported easily to remote locations while the dc reference is maintained in the laboratory. The 734C DC Voltage Reference Standard consists of four electrically and mechanically independent 732C DC Reference Standards and a rack-width enclosure. Two model families, Base and Select, differ in that the Select models are two times more stable than the Base models.
Because each 732C in the 734C DC Reference Standard is based on the same architecture pioneered in the popular 732A DC Voltage Standard—the first standards lab quality 10 V electronic reference—you can rely on it to provide the same high stability and predictable drift rate you’ve come to expect, in a smaller, more portable package identical to the 732B DC Voltage Standard. The 734C is also compatible with 732B DC standards and can support any combination of 732 B and C models. Similarly, 734A can be used with the newer 732C voltage standards, providing the ultimate flexibility and maximizing asset utilization.
To simplify support of your 734C, Fluke Calibration offers a variety of calibration services to assign values and predicted performance for each of the 10 V outputs, traceable to national standards and to the Fluke Calibration 10 V Josephson Array.
Fluke 734C DC Voltage Reference Standards
The simple way to maintain and disseminate the volt
The Fluke Calibration 732C DC Voltage Reference Standard is a RoHS compliant direct voltage reference used to maintain the volt in primary and secondary standards laboratories. Individual 732C voltage standards provide 10 V, 1 V, and 0.1 V outputs and may be transported easily to remote locations while the dc reference is maintained in the laboratory. The 734C DC Voltage Reference Standard consists of four electrically and mechanically independent 732C DC Reference Standards and a rack-width enclosure. Two model families, Base and Select, differ in that the Select models are two times more stable than the Base models.
Because each 732C in the 734C DC Reference Standard is based on the same architecture pioneered in the popular 732A DC Voltage Standard—the first standards lab quality 10 V electronic reference—you can rely on it to provide the same high stability and predictable drift rate you’ve come to expect, in a smaller, more portable package identical to the 732B DC Voltage Standard. The 734C is also compatible with 732B DC standards and can support any combination of 732 B and C models. Similarly, 734A can be used with the newer 732C voltage standards, providing the ultimate flexibility and maximizing asset utilization.
To simplify support of your 734C, Fluke Calibration offers a variety of calibration services to assign values and predicted performance for each of the 10 V outputs, traceable to national standards and to the Fluke Calibration 10 V Josephson Array.
