Fluke 750P31 Offers



Fluke 750P Series Pressure Modules are easy to use. To measure pressure, connect the pressure module to a pressure source or hand pump and then connect the pressure module cable to the calibrator. Apply pressure from the pressure source and it is displayed digitally on the calibrator. At the touch of a button, the pressure may be displayed in up to 11 different engineering units. When used with the 750 Series Documenting Process Calibrators, pressure readings can be date/time stamped and stored electronically for later retrieval. This saves time, eliminates errors, and supports F85compliance with quality standards and regulations.



Features

- Parameter/Range:0 to 10000 psi (0 to 700 bar)

- Burst Rating6:2x

- Hi Side Media2:316 SS

- Lo Side Media2:N/A

- Reference Uncertainty4:± 0.0175%

- Total Uncertainty 1-year (15-35°C):± 0.035%

- Total Uncertainty 1-year1:± 0.045%

- Total Uncertainty 6-month (15-35°C):± 0.03%

- Total Uncertainty 6-month1:± 0.04%

The 566 IR and contact thermometer features a simple, three-button, on-screen menu interface (in 6 languages) to make it easier than ever to measure temperature. You can quickly navigate advanced features to adjust emissivity, start data logging, or turn alarms on and off with just a few pushes of a button. And with its rugged, easy-to-use, ergonomic design, the Fluke 566 can stand up to tough industrial, electrical, and mechanical environments. These tools go beyond other IR thermometers (or pyrometers), helping you work more efficiently in more applications.



Other useful features:



- Adjustable emissivity that allows you to confidently measure a wide variety of surfaces

- Up to 20 points of data for downloading and recalling later

- Two levels of backlight on the display

- Included Type-K thermocouple bead probe

- Features audible and visual alarms to instantly alert you to measurements outside of your set limits

- Provides MAX, MIN, DIF and AVG functions to quickly identify problems

Be proactive, not reactive



Plan your proactive maintenance (PM) program and make it a reality. To get started, you need a feature that makes it easy for you to organize your pictures and inspection routines. With the TiS75+ you are ready to implement a successful PM program.

- Asset Tagging allows you to easily compare asset images over time.

- Scanning the QR code on each asset creates a timeline of your inspections.

- Use saved time (25% on average spent setting up thermal images) to analyze asset images to see trends, diagnose problems and fix problems before they become failures.



Choose TiS75+



These new Fluke thermal cameras stay true to our mantra of giving customers more than they pay for. The Fluke TiS75+ offers features to help you tackle almost anything you'll encounter in the field. In addition to the features mentioned above, the TiS75+ also includes the ability to:

- IS3 and AVI video recording

- Streaming data

- 384 x 288 thermal resolution

- High temperature range—up to 550 °C

- Dew point calculation

The Fluke 1760 Three-Phase Power Quality Recorder complies strictly with IEC 61000-4-30 Class-A, for advanced power quality analysis and consistent conformity testing. Designed for the analysis of utility and industrial power distribution systems, in medium and low voltage networks, these power quality monitors give customers the flexibility to customize threshold selection, algorithms and measurements. The Fluke 1760 power recorder records the most thorough detail for user-selected parameters.



Usage



Detailed fault analysis – Performs high-speed transient analysis and finds root causes of equipment malfunctions for later mitigation of malfunctions and predictive maintenance. The fast transient option, with a measuring range of 6,000 V, makes it possible to record very short impulses such as lightning strikes.



Class-A Quality of Service Compliance – Validates the quality of incoming power at the service gateway. Thanks to Class A conformance, the Fluke 1760 allows unquestioned verification.



Correlation of events at multiple locations – Using GPS time synchronization, users can quickly detect where a fault first occurred, both inside and outside the facility.



Galvanic separation and DC coupling – Allows complete measurement of dissimilar power systems. For example, troubleshooting a UPS system by simultaneously recording battery voltage and power output.



Power quality and power load monitoring – Assess baseline power quality to validate compatibility with critical systems prior to installation and verify electrical system capacity before increasing loads.