Industrial Equipment & Supplies
Showing 1729–1764 of 10968 results
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Temperature CalibratorsFLUKE Calibration 9171 Metrology Well
Display accuracy
Dry-wells are typically calibrated by inserting a calibrated PRT into one of the wells and making adjustments to the calibrator’s internal control sensor based on the readings from the PRT. This has limited value because the unique characteristics of the reference PRT, which essentially become “calibrated into” the calibrator, are often quite different from the thermometers tested by the calibrator. This is complicated by the presence of significant thermal gradients in the block and inadequate sensor immersion into blocks that are simply too short.
Metrology Wells are different. Temperature gradients, loading effects, and hysteresis have been minimized to make the calibration of the display much more meaningful. We use only traceable, accredited PRTs to calibrate Metrology Wells and our proprietary electronics consistently demonstrate repeatable accuracy more than ten times better than our specs, which range from ±0.1 °C at the most commonly used temperatures to ±0.25 °C at 661 °C.
An application note is available to help better understand the uncertainties mentioned above.
For even better accuracy, Metrology Wells may be ordered with built-in electronics for reading external PRTs with ITS-90 characterizations. (See sidebar, Built in Reference Thermometry)
Stability
Heat sources from Fluke Calibration have long been known as the most stable heat sources in the world. It only gets better with Metrology Wells. Both low-temperature units (Models 9170 and 9171) are stable to ±0.005 °C over their full range. Even the 700 °C unit (Model 9173) achieves stability of ±0.03 °C. Better stability can only be found in fluid baths and primary fixed-point devices. The “off-the-shelf controllers” used by most dry-well manufacturers simply can’t provide this level of performance.
Axial uniformity
The EA-10/13 document suggests that dry-wells should include a zone of maximum temperature homogeneity, which extends for 40 mm (1.54 in), usually at the bottom of a well. Metrology Wells, however, combine our unique electronics with dual-zone control and more well depth than is found in dry-wells to provide homogeneous zones over 60 mm (2.36 in). Vertical gradients in these zones range from ±0.02 °C at 0 °C to ±0.4 °C at 700 °C.
What’s more, Metrology Wells actually have these specifications published for each unit, and we stand by them.
Radial uniformity
Radial uniformity is the difference in temperature between one well and another well. For poorly designed heat sources, or when large-diameter probes are used, these differences can be very large. For Metrology Wells, we define our specification as the largest temperature difference between the vertically homogeneous zones of any two wells that are each 6.4 mm (0.25 in) in diameter or smaller. The cold units (9170 and 9171) provide radial uniformity of ±0.01 °C and the hot units (9172 and 9173) range from ±0.01 °C to ±0.04 °C (at 700 °C).
Loading
Loading is defined as the change in temperature sensed by a reference thermometer inserted into the bottom of a well after the rest of the wells are filled with thermometers, too.
For Metrology Wells, loading effects are minimized for the same reasons that axial gradients are minimized. We use deeper wells than found in dry-wells. And we utilize proprietary dual-zone controls. Loading effects are as minimal as ±0.005 °C in the cold units.
Hysteresis
Thermal hysteresis exists far more in internal control sensors than in good-quality reference PRTs. It is evidenced by the difference in two external measurements of the same set-point temperature when that temperature is approached from two different directions (hotter or colder) and is usually largest at the midpoint of a heat source’s temperature range. It exists because control sensors are typically designed for ruggedness and do not have the “strain free” design characteristics of SPRTs, or even most PRTs. For Metrology Wells, hysteresis effects range from 0.025 °C to 0.07 °C.
Immersion depth
Immersion depth matters. Not only does it help minimize axial gradient and loading effects, it helps address the unique immersion characteristics of each thermometer tested in the heat source. Those characteristics include the location and size of the actual sensor within the probe, the width and thermal mass of the probe, and the lead wires used to connect the sensor to the outside world. Metrology Wells feature well depths of 203 mm (8 in) in the Models 9171, 9172, and 9173. The Model 9170 is 160 mm (6.3 in) deep to facilitate temperature of –45 °C.
Other great features
A large LCD display, numeric keypad, and on-screen menus make use of Metrology Wells simple and intuitive. The display shows the block temperature, built-in reference thermometer temperature, cutout temperature, stability criteria, and ramp rate. The user interface can be configured to display in English, French, or Chinese.
All four models come with an RS-232 serial interface. All are also compatible with Model 9938 MET/TEMP II software for completely automated calibrations of RTDs, thermocouples, and thermistors.
Even without a PC, Metrology Wells have four different preprogrammed calibration tasks that allow up to eight temperature set points with “ramp and soak” times between each. There is an automated “switch test” protocol that zeros in on the “dead-band” for thermal switches. And a dedicated °C/ °F button allows for easy switching of temperature units.
Any of six standard inserts may be ordered with each unit, accommodating a variety of metric- and imperial-sized probe diameters. (See inset at right. Download the complete data sheet to view details.) And Metrology Wells are small enough and light enough to go anywhere.
9170
The Model 9170 achieves the lowest temperatures of the series, reaching –45 °C in normal room conditions. The 9170 is stable to ±0.005 °C over its full temperature range (up to 140 °C) and has 160 mm (6.3 in) of immersion depth. With axial uniformity of ±0.02 °C and radial uniformity of ±0.01 °C, this model delivers exceptional uncertainty budgets and is perfect for a variety of pharmaceutical and other applications.
(0 reviews) -
Temperature Calibrators
FLUKE Calibration 9172 Metrology Well
Display accuracy
Dry-wells are typically calibrated by inserting a calibrated PRT into one of the wells and making adjustments to the calibrator’s internal control sensor based on the readings from the PRT. This has limited value because the unique characteristics of the reference PRT, which essentially become “calibrated into” the calibrator, are often quite different from the thermometers tested by the calibrator. This is complicated by the presence of significant thermal gradients in the block and inadequate sensor immersion into blocks that are simply too short.
Metrology Wells are different. Temperature gradients, loading effects, and hysteresis have been minimized to make the calibration of the display much more meaningful. We use only traceable, accredited PRTs to calibrate Metrology Wells and our proprietary electronics consistently demonstrate repeatable accuracy more than ten times better than our specs, which range from ±0.1 °C at the most commonly used temperatures to ±0.25 °C at 661 °C.
An application note is available to help better understand the uncertainties mentioned above.
For even better accuracy, Metrology Wells may be ordered with built-in electronics for reading external PRTs with ITS-90 characterizations. (See sidebar, Built in Reference Thermometry)
Stability
Heat sources from Fluke Calibration have long been known as the most stable heat sources in the world. It only gets better with Metrology Wells. Both low-temperature units (Models 9170 and 9171) are stable to ±0.005 °C over their full range. Even the 700 °C unit (Model 9173) achieves stability of ±0.03 °C. Better stability can only be found in fluid baths and primary fixed-point devices. The “off-the-shelf controllers” used by most dry-well manufacturers simply can’t provide this level of performance.
Axial uniformity
The EA-10/13 document suggests that dry-wells should include a zone of maximum temperature homogeneity, which extends for 40 mm (1.54 in), usually at the bottom of a well. Metrology Wells, however, combine our unique electronics with dual-zone control and more well depth than is found in dry-wells to provide homogeneous zones over 60 mm (2.36 in). Vertical gradients in these zones range from ±0.02 °C at 0 °C to ±0.4 °C at 700 °C.
What’s more, Metrology Wells actually have these specifications published for each unit, and we stand by them.
Radial uniformity
Radial uniformity is the difference in temperature between one well and another well. For poorly designed heat sources, or when large-diameter probes are used, these differences can be very large. For Metrology Wells, we define our specification as the largest temperature difference between the vertically homogeneous zones of any two wells that are each 6.4 mm (0.25 in) in diameter or smaller. The cold units (9170 and 9171) provide radial uniformity of ±0.01 °C and the hot units (9172 and 9173) range from ±0.01 °C to ±0.04 °C (at 700 °C).
Loading
Loading is defined as the change in temperature sensed by a reference thermometer inserted into the bottom of a well after the rest of the wells are filled with thermometers, too.
For Metrology Wells, loading effects are minimized for the same reasons that axial gradients are minimized. We use deeper wells than found in dry-wells. And we utilize proprietary dual-zone controls. Loading effects are as minimal as ±0.005 °C in the cold units.
Hysteresis
Thermal hysteresis exists far more in internal control sensors than in good-quality reference PRTs. It is evidenced by the difference in two external measurements of the same set-point temperature when that temperature is approached from two different directions (hotter or colder) and is usually largest at the midpoint of a heat source’s temperature range. It exists because control sensors are typically designed for ruggedness and do not have the “strain free” design characteristics of SPRTs, or even most PRTs. For Metrology Wells, hysteresis effects range from 0.025 °C to 0.07 °C.
Immersion depth
Immersion depth matters. Not only does it help minimize axial gradient and loading effects, it helps address the unique immersion characteristics of each thermometer tested in the heat source. Those characteristics include the location and size of the actual sensor within the probe, the width and thermal mass of the probe, and the lead wires used to connect the sensor to the outside world. Metrology Wells feature well depths of 203 mm (8 in) in the Models 9171, 9172, and 9173. The Model 9170 is 160 mm (6.3 in) deep to facilitate temperature of –45 °C.
Other great features
A large LCD display, numeric keypad, and on-screen menus make use of Metrology Wells simple and intuitive. The display shows the block temperature, built-in reference thermometer temperature, cutout temperature, stability criteria, and ramp rate. The user interface can be configured to display in English, French, or Chinese.
All four models come with an RS-232 serial interface and the Model 9930, Interface-it software. All are also compatible with Model 9938 MET/TEMP II software for completely automated calibrations of RTDs, thermocouples, and thermistors.
Even without a PC, Metrology Wells have four different preprogrammed calibration tasks that allow up to eight temperature set points with “ramp and soak” times between each. There is an automated “switch test” protocol that zeros in on the “dead-band” for thermal switches. And a dedicated °C/ °F button allows for easy switching of temperature units.
Any of six standard inserts may be ordered with each unit, accommodating a variety of metric- and imperial-sized probe diameters. (See inset at right. Download the complete data sheet to view details.) And Metrology Wells are small enough and light enough to go anywhere.
9170
The Model 9170 achieves the lowest temperatures of the series, reaching –45 °C in normal room conditions. The 9170 is stable to ±0.005 °C over its full temperature range (up to 140 °C) and has 160 mm (6.3 in) of immersion depth. With axial uniformity of ±0.02 °C and radial uniformity of ±0.01 °C, this model delivers exceptional uncertainty budgets and is perfect for a variety of pharmaceutical and other applications.
(0 reviews) -
Temperature CalibratorsFLUKE Calibration 9173 Metrology Well
- Exceptional stability (±0.005 °C) and axial uniformity (±0.02 °C over a 60 mm zone).
- Immersion depth to 203 mm (8 in)
- Optional ITS-90 reference input reads PRTs to ±0.006 °C
- Wide Temperature range from –45 °C to 700 °C
(0 reviews) -
Pressure CalibratorsFLUKE Calibration E-DWT Electronic Deadweight Tester
A modern alternative to the traditional deadweight tester
E-DWT-H breaks new ground, improving the hydraulic pressure calibration process. E-DWT-H is an electronic calibrator designed to replace mechanical, piston-cylinder and weight based deadweight testers. It’s a lighter, easier-to-use deadweight tester alternative that is at home in the lab or instrument shop, as well as in the field performing in-situ calibrations and tests. This complete hydraulic pressure calibration system combines the convenience and precision of continuous, realtime electronic pressure measurement with the simple and direct operation of high quality operator controlled pressure generation hardware. E-DWT-H one year measurement uncertainty is ±0.02% of reading with ranges up to 30,000 psi. It can be configured to provide this uncertainty from its full scale down to 1% of its range. Built-in pressure generation and control hardware allow the operator to fill and prime the system under test and generate and precisely adjust pressure throughout the range with ease.
Broad workload coverage
The E-DWT-H has the operational versatility to calibrate and test a broad range of pressure measuring instruments including:
- Analog gauges
- Transducers
- Calibrators
- Sensors
- Transmitters
AutoTest™ lets E-DWT operators quickly define test points and adjust all of the range-dependent settings with a single function.
The resolution and stability test used by the RPM4-E-DWT are set according to the range of the device under test. The upper limit setting is also set and provides range-based warnings and overpressure protection. While running AutoTests, the operator is prompted to set each sequential test point and test data is stored in the RPM4-E-DWT for recall or download. Typical test setup is quick and easy, but more complex tests can also be stored and reused.
Deadweight tester performance with digital measurement convenience
E-DWT-H offers precision, low measurement uncertainty and the stability over time of a conventional deadweight tester without the inconveniences associated with the piston-cylinders, weights, hand pumps, and interconnecting plumbing.
- No weights to load and unload or regularly send out for calibration
- No need to know and correct for local gravity or ambient temperature
- No piston-cylinder changes; switch Q-RPT ranges in seconds
- Not sensitive to level or vibration
- Able to set and read any pressure value exactly, no minimum increment limited by smallest available masses
- Operates in any unit of measure while deadweight tester is typically limited to the pressure unit stamped on the mass
- Perfect for applications that require setting a nominal pressure precisely on the device under test and measuring it, such as analog gauge calibration
- On-board, AutoTest calibration routines and data acquisition
- Interfaceable with a PC or laptop to allow for automated data acquisition
- Two year calibration interval supported at measurement uncertainty of ±0.025% of reading.
- Easily recalibrated without crossfloating. Automated calibration of E-DWT-H is possible using COMPASS® for Pressure software.
Versatility to cover a broad workload in a variety of environments
The E-DWT-H is at home in metrology and calibration labs, on the production floor or in the field. It operates with Sebacate calibration fluid, mineral oil, Skydrol® and other liquids. An optional battery/charger pack supports up to eight hours of operation away from line power.
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Pressure CalibratorsFLUKE Calibration P3000 Pneumatic Deadweight Testers
- 0.015% of reading accuracy standard (0.008% optional)
- 1-30 inHg vacuum (0.03-1 bar vacuum)
- 3-500 psi (0.2-35 bar) pressure
- inH2O and mbar ranges available
- Series 3 non-magnetic stainless steel weights
- Units can be trimmed to local gravity FOC
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Pressure CalibratorsFLUKE Calibration P3031 and P3032 Pneumatic Deadweight Testers
- Pressure ranges to 2000 psi (140 bar)
- 0.015% of reading accuracy (0.008% optional)
- Screw press for fine pressure control
- Piston flotation indicator
- Mounted spirit level with adjustable feet
- Series 3 non-magnetic stainless steel weights
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Pressure CalibratorsFLUKE Calibration P3100 Hydraulic Deadweight Testers
The P3100 models are available in single or dual piston format. Unit can be supplied in psi, bar, kgf/cm², and MPa. This robust instrument is highly accurate, quick and easy to use. Units feature a built-in priming pump for large volume applications, piston flotation indicators and a high quality screw press for fine pressure control.
Operating principle
Deadweight testers are the high performance pressure standards for pressure measurement. Utilizing the well proven piston-gauge system consisting of a vertically mounted, precision lapped piston and cylinder assembly, accurately calibrated weight masses (Force) are loaded on the piston (Area), which rises freely within its cylinder. These weights balance the upward force created by the pressure within the system. The pressure is measured when placed on a correctly spinning and floating piston. The total pressure measured is the summation of the weights plus the piston weight carrier assembly.Instrument base
There are three basic variations in the hydraulic offering; single low pressure, single high pressure and dual piston models. Pressure is generated and controlled by means of a high quality screw press located on the front of the tester. A built-in hand pump is included as standard for all hydraulic models to prime the system and accommodate large volume requirements.
Piston/cylinder assemblies
The piston/cylinder assembly is the heart of each deadweight tester. They are manufactured from materials that provide stability, durability, and low thermal coefficients and distortion. Our experience and knowledge of piston/cylinder production and calibration ensure the precision and performance required for today’s demanding calibration requirements.
Weight masses
Standard weight masses are series 3 nonmagnetic austenitic stainless steel. Each mass is marked with the serial number of the instrument and the nominal pressure value relative to the high or low-pressure piston, when applicable. Optional fractional weights are stainless steel and/or solution heat treated aluminum.
Gravity correction
Gravity varies significantly with geographical location and this variation has a direct effect on the force of the weights and the accuracy of the deadweight tester. Each instrument can be calibrated to local gravity at no extra cost. If unspecified, instruments will be calibrated to Standard Gravity at 980.665 cm/s2.(0 reviews) -
Pressure CalibratorsFLUKE Calibration P3200 Hydraulic Deadweight Tester
The P3200 models are available in single or dual piston formats for increased operating ranges. Units can be supplied in psi, bar, kgf/cm², and MPa. This robust instrument is highly accurate, quick and easy to use. Units feature a built-in priming pump for large volume applications, piston flotation indicators and a high quality screw press for fine pressure control.
Options
PressCal software for pressure calculations and certificate generation
Operating principle
Deadweight testers are the high performance pressure standard for pressure measurement. Utilizing the well proven piston-gauge system consisting of a vertically mounted, precision lapped piston and cylinder assembly, accurately calibrated weight masses (Force) are loaded on the piston (Area), which rises freely within its cylinder. These weights balance the upward force created by the pressure within the system. The pressure is measured when placed on a correctly spinning and floating piston. The total pressure measured is the summation of the weights plus the piston weight carrier assembly.
Instrument base
There are three basic variations in the hydraulic offering; single low pressure, single high pressure and dual piston models. Pressure is generated and controlled by means of a high quality screw press located on the front of the tester. A built-in hand pump is included as standard for all hydraulic models to prime the system and accommodate large volume requirements.
Piston/cylinder assemblies
The piston/cylinder assembly is the heart of each deadweight tester. They are manufactured from materials that provide stability, durability, and low thermal coefficients and distortion. Our experience and knowledge of piston/cylinder production and calibration ensure the precision and performance required for today’s demanding calibration requirements.
Weight masses
Standard weight masses are series 3 nonmagnetic austenitic stainless steel. Each mass is marked with the serial number of the instrument and the nominal pressure value relative to the high or low-pressure piston, when applicable. Optional fractional weights are stainless steel and/or solution heat treated aluminum.
Gravity correction
Gravity varies significantly with geographical location and this variation has a direct effect on the force of the weights and the accuracy of the deadweight tester. Each instrument can be calibrated to local gravity at no extra cost. If unspecified, instruments will be calibrated to Standard Gravity at 980.665 cm/s2.
(0 reviews) -
Pressure CalibratorsFLUKE Calibration P5513 Pneumatic Comparison Test Pump
Pressure range 0 to 3,000 psi (210 bar)
This pneumatic comparison test pump is designed for testing pressure measuring instruments against master test instruments. This cost effective instrument provides precise control for important calibration requirements and include many features found in our popular line of pneumatic deadweight testers.
*Note — Unit requires pressure source (i.e. nitrogen bottle) for operation.
(0 reviews) -
Pressure CalibratorsFLUKE Calibration P5514B Hydraulic Pressure Comparator
The P5514B Hydraulic Pressure Comparator is a simple, robust and economical pressure comparison test pump for calibrating gauges, switches and transducers with precise, fine adjust capabilities. It generates pressure to 10 000 psi (70 MPa), with a new Vernier fine-adjustment control that enables cardinal point calibrations. The P5514B can be mounted easily on a bench or used in mobile applications. Its robust design, with improved reservoir valve sealing, makes it a more stable pressure generator than previous versions of this model. Test port connections include adapters for common sizes of NPT and BSP. Connections are tool free, no sealing tape required, another design improvement which, coupled with the new Vernier fine adjustment control, simplifies and improves pressure testing.
About pressure comparison test pumps
A pressure comparison test pump or pressure comparator supplies the same precisely controlled pressure to both a reference gauge and device under test for calibration. Fluke Calibration hydraulic test pumps are used for checking pressure measuring instruments against master test gauges, indicators or transducers. These cost-effective instruments, which include several features from our popular line of hydraulic deadweight testers, are capable of easily generating high pressures and often include a Vernier for precise control for important calibration requirements.
Make it a pressure calibrator
The Fluke Calibration P5514B Hydraulic Comparison Test Pump, when combined with the 2700G Reference Pressure Gauges, becomes an easy-to-use alternative to traditional deadweight testers that covers a wide range of workload. For convenience, the P5514B is bundled together with selected 2700G Reference Pressure Gauges for a complete bench top pressure calibration solution. These pressure calibrators provide the accuracy, reliability, and capability you need to calibrate dial gauges, digital test gauges and pressure transmitters.
For example, the P5514B-2700G-3 is a P5514B comparison test pump, bundled together with 2700G-G70M, 2700G-G20M, 2700G-BG7M. This calibrator has three pressure ranges corresponding to the three 2700G Reference Pressure Gauges in the bundle and covers a total pressure range of –12 psi to 10 000 psi (–80 kPa to 70 MPa).
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Pressure CalibratorsFLUKE Calibration P5515 Comparison Test Pump
- Generates pressures to 20,000 psi (1400 bar)
- Operational with a wide range of fluids
- Built-in hand pump for system priming and large volume applications
- High quality screw press for fine pressure control
- Acrylic reservoir for visibility of fluid level and quality
- Portable
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Thermal CamerasFLUKE Compact PTi120 Pocket Thermal Camera
In the right place. At the right time. With the right tool.
The bigger the problem, the faster you need to solve it. The Fluke Pocket Thermal Camera puts the power to minimize downtime in everyone’s hands. The first line of defense for easy troubleshooting. Stop fighting fires on the job, start preventing them.
On the job, because it does the job.
A camera small enough to carry every day without worry. Always at hand. Stands up to dirt and water. Can survive a 1-meter drop. Now enhanced infrared inspections are right in your pocket for quick temperature scans of electrical equipment, machinery and other assets.
Automatically save your thermal images to the right folders.
With Fluke Connect Asset Tagging you eliminate the tedium of sorting and organizing your infrared images. By simply scanning your asset’s QR code or barcode, your infrared image and all of your date and time stamped information will be stored to your predefined folders. Send via WiFi or automatically upload once you connect to the network or computer via USB. It’s about time. Now you can more efficiently save, find and report on issues before they become problems.
Get your preferred level of infrared every time.
The 3.5” LCD touchscreen offers IR-Fusion™ to blend a visible light image with an infrared image to more easily locate problems. Simply slide your finger across the screen to adjust the setting.
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Acoustic ImagingFLUKE DS703 FC Diagnostic Scope
- Bright 7″ high resolution LCD touch screen
- High Definition, dual view imaging probe and adjustable light to provide a clear image
- Variety of rugged and high-resolution accessory probes available to address your specific application needs
- Improved battery charging and management
- Macro to micro zoom
- Up-is-Up™ technology for an appropriate orientation, regardless of the probe location or position
- Fluke Connect™ support including wireless image transfer
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Temperature CalibratorsFLUKE Full Immersion PRT
Ultra-Compact, Reliable, and Designed for Complete Immersion
Total Flexibility for Extreme Environments
The Fluke 5606 Full Immersion Platinum Resistance Thermometer (PRT) offers an unmatched solution for applications where full immersion of the probe—including transition junction and lead wires—is required. With a compact length of just two inches (50 mm) and a sheath diameter of only 1/8 inch (3.1 mm), the 5606 delivers accuracy and durability in the tightest spaces.
Key Features and Benefits
- Truly Full Immersion – No need to calculate minimum immersion depth. Simply immerse the entire probe, transition junction, and lead wires over the entire operating range—from –200 °C to 160 °C—in either non-corrosive liquids or dry mediums.
- High Accuracy in a Compact Size – Achieve calibration accuracies as good as ±0.05 °C, thanks to the specially constructed 100 Ω precision sensing element (alpha = 0.00385) that also blocks moisture ingress.
- Superior Moisture Protection – Single-conductor enameled copper lead wires prevent moisture from wicking into the sensing element, offering better protection than traditional stranded leads.
- Flexible and Easy Installation – Lead wires measure no greater than 0.2 mm in diameter, making it simple to route through tight spaces—such as a freezer door—without energy loss.
- Proven Durability – The 5606 has demonstrated excellent performance in heat transfer fluids like silicone oil, mineral oil, ethanol, and even liquid nitrogen, with no loss of integrity in the transition junction or lead wire insulation.
Engineered for Demanding Applications
The 5606 Full Immersion PRT is specifically designed to thrive in extreme environments. Both the transition junction and lead wires are built to endure temperatures covering the full probe range, ensuring complete reliability in challenging conditions.
“Immersion” means exposure to extreme temperatures—not just being submerged in a liquid—making the 5606 ideal for a wide variety of rigorous uses.
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AccessoriesFLUKE i400 AC Current Clamp
- Companion to your DMM to measure up to 400 A AC
- 1 mA/Amp output guarantees easy reading on you meter
- Only current clamp available with a CAT IV 600 V / CAT III 1000 V safety rating
- Specially designed to offer maximum utility in a very compact shape
- Take accurate current readings without breaking the circuit
- Soft non-slippery overmold handle prevents from accidental touching live wiring
- Max. conductor Ø 32 mm
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Acoustic ImagingFLUKE ii500 Acoustic Imager
- Easy, fast, and safe visual detection of compressed gas leaks.
- The 7″ LCD touchscreen displays a SoundMap™ over visual images, making it easier to locate leaks quickly.
- Intuitive interface requires no training for maintenance teams.
(0 reviews) -
Acoustic ImagingFLUKE ii905 Acoustic Imager
- Easy, fast, and safe visual detection of compressed gas leaks with LeakQ™️ mode including estimated leak size and cost.
- The 7″ LCD touchscreen overlays a SoundMap™️ on visual images, facilitating rapid leak location identification.
- The integrated visual- and textual tagging and annotation functionalities offer important details to optimize reporting and follow-up actions.
- On-the-go wireless upload to Fluke Connect
(0 reviews) -
Acoustic ImagingFLUKE ii915 Acoustic Imager
- Enhanced Performance: Improved detection performance for gas leaks, electrical discharges, and mechanical issues.
- LeakQ™ Mode: Estimated leak size and cost.
- PDQ Mode™: Assesses discharge severity.
- MecQ™ Mode: Proactively address potential problems in rotating mechanical components.
- Reporting Features: Integrated visual and textual tagging and annotation functionalities for streamlined reporting.
- Wireless Upload: Easily transfer data to Fluke Connect.
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Thermal CamerasFLUKE iSee™ Mobile Thermal Camera – TC01A/TC01B
Detailed image quality comparable to professional thermal cameras
- 256 x 192 pixels, detailed image quality
- Up to 550 °C, suitable to use in many applications
- 50 mk (0.05 °C) thermal sensitivity for fine differences
- ± 2% or ± 2 °C accuracy to ensure reliable results
- 25 Hz frame rate for smooth video recording
- Customise image view with more than 10 standard or custom color palettes
Powerful full temperature range analysis
- Never miss any details with real-time high and low temperature capture
- Automatically capture images and shoot videos when the temperature exceeds the limit, and capture live scenes automatically
- Adjustable emissivity to apply with different materials
- Comprehensive temperature analysis for 5 spots, 5 lines and 5 areas, supported with professional thermal imaging app
- Real-time temperature alarm for timely response of abnormal condition
- Automatic time-lapse capture mode for unattended operation
- Infrared and visible image comparison for locating, comparing and archiving
Real-time image sharing for fast and easy communication
- Share and manage images and videos in real-time, for fast and efficient communication
- Easy to add image annotation for smooth communication
- Automatically generate infrared inspection reports, easy for reporting, archiving and sharing
Small and portable, takes only a second to get started
- Compact design as light as 22 g
- The iSee™ is made of high quality specially treated aluminum material with laser etched surface
- Up to 1 meter drop test, IP56 (TC01B)/IP54 (TC01A) ingress protection, adhering to the Fluke durability and quality
- Optimised Fluke iSee™ application interfaces and menus, to enhance user experience with easy to access functions
(0 reviews) -
Electrical TestersFLUKE LVD2 Non-Contact Voltage Tester
- Non-contact AC voltage tester and LED flashlight
- Detects from 90 to 600 V AC
- Features dual-sensitivity for two levels of detection
- Indicates proximity to AC voltage source with blue light
- Indicates you’re at the source with red light
- Ultra-bright white LED light with 100,000-hour bulb life
- Safety rated to CAT IV 600 V
- Operating temperature 0°C to 50°C
- AAA battery included
(0 reviews) -
Portable OscilloscopesFLUKE MDA-550 Series III Motor Drive Analyzer
Simplify complex motor-drive troubleshooting with guided test setups and automated drive measurements that provide reliable, repeatable test results.
The Fluke MDA 550 Motor-Drive Analyzer saves time and eliminates the hassle of setting up complex measurements, while simplifying motor-drive troubleshooting. Simply select a test and the step-by-step guided measurements show you where to make voltage and current connections, while the preset measurement profiles ensure you will capture all the data you need for each critical motor-drive section—from the input to the output, the DC bus, and the motor itself. From basic to advanced measurements, the MDA-550 has you covered, and with a built-in report generator you can quickly and easily generate as-found, and as-left reports with confidence.
The MDA-550 is the ideal portable motor-drive analysis test tool and can help safely locate and troubleshoot typical problems on inverter type motor-drive systems.
- Measure key motor-drive parameters including voltage, current, DC Bus voltage level and AC ripple, voltage and current unbalance and harmonics, voltage modulation, and motor shaft voltage discharges.
- Perform extended harmonics measurements to identify the effects of low and high order harmonics on your electrical power system.
- Conduct guided measurements for motor-drive input, DC bus, drive output, motor input and shaft measurements with graphical step-by-step voltage and current connection diagrams.
- Use simplified measurement setup with preset measurement profiles to automatically trigger data collection based on the chosen test procedure.
- Create reports quickly and easily that are perfect for documenting troubleshooting and collaborative work with others.
- Measure additional electrical parameters with full 500 MHz oscilloscope, meter and recording capability for complete range of electrical and electronic measurement on industrial systems.
The Fluke MDA-550 Motor Drive Analyzer uses guided test measurements to make analysis easier than ever
Drive input
Measure input voltage and current to quickly see whether values are within acceptable limits by comparing the drive’s nominal rated voltage to the actual supplied voltage. Then, check the input current to determine if the current is within the maximum rating and the conductors are suitably sized. You can also check whether the harmonic distortion is within an acceptable level by visually inspecting the waveform shape or by viewing the harmonics spec¬trum screen which shows both the total harmonic distortion and individual harmonics.
Voltage and current unbalance
Check the voltage unbalance at the input terminals so you can ensure the phase unbalance is not too high (> 6-8 %), and that the phase rotation is correct. You can also check the current unbalance, as excessive unbalance may indicate a drive rectifier problem.
Extended harmonic measurements
Excessive harmonics are not just a threat to your rotating machines but also to other equipment connected to the electrical power system. The MDA-550 provides the ability to discover the harmon¬ics of the motor-drive but can also discover the possible effects of inverter switching electronics. The MDA-550 has three harmonic ranges, 1st to 51st Harmonics, 1 to 9 kHz and 9 kHz to 150 kHz giving the ability to detect any harmonic pollution problems.
DC bus
In a motor-drive the conversion of AC to DC inside the drive is criti¬cal, having the correct voltage and adequate smoothing with low ripple is required for the best drive performance. High ripple volt¬age may be an indicator of failed capacitors or incorrect sizing of the connected motor. The record function can be used to check DC bus performance dynamically in the operating mode while a load is applied.
Drive output
Check the output of the drive focusing both on voltage to frequency ratio (V/F), and voltage modulation. When high V/F ratio measure¬ments are experienced, the motor may overheat. With low V/F ratios, the connected motor may not be able to provide the required torque at the load to sufficiently run the intended process.
Voltage modulation
Measurements of the Pulse Width Modulated signal are used to check for high voltage peaks which can damage motor winding insulation. The rise time or steepness of impulses is indicated by the dV/dt reading (rate of voltage change over time), this should be compared to the motor’s specified insulation. The measure¬ments can also be used to measure switching frequency to identify whether there is a potential issue with electronic switching, or with grounding, where the signal floats up and down.
Motor input
Ensuring that voltage is being supplied at the motor input termi¬nals is key, and the selection of cabling from drive to the motor is critical. Incorrect cabling selection can result in both drive and motor damage due to excessive reflected voltage peaks. Checking that the current present at the terminals is within the motor rating is important as over current condition could cause the motor to run hot, decreasing the life of the stator insulation which can result in the early failure of the motor.
Motor shaft voltage
Voltage pulses from a variable speed drive can couple from a motor’s stator to its rotor, causing a voltage to appear on the rotor shaft. When this rotor shaft voltage exceeds the insulating capac¬ity of the bearing grease, flashover currents (sparking) can occur, causing pitting and fluting of the motor bearing race, damage that can cause a motor to fail prematurely. The MDA-550 is supplied with carbon fiber brush probe tips that can easily detect the pres¬ence of destructive flashover currents, while the impulse amplitude and count of events will enable you to take action before failure occurs. The addition of this accessory allows you to discover poten¬tial damage without investing in expensive permanently installed solutions.
Step-by-step guided measurements ensure you have the data you need, when you need it
The MDA-550 is engineered to help you quickly and easily test and troubleshoot typical problems on three-phase and single-phase inverter type motor-drive systems. The on-screen information, and step-by-step setup guidance make it easy to configure the analyzer and get the drive measurements you need to make better main¬tenance decisions, fast. From power input to the installed motor, the MDA-550 provides the measurement capability for the fastest motor-drive troubleshooting.
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Power QualityFLUKE Norma 6000 Series Portable Power Analyzers
The Fluke Norma 6000 Series Portable Wideband Precision Power Analyzers give you more freedom than ever before to make high accuracy power measurements wherever you need to—whether in the lab, or in the field. Designed for portability the lightweight, battery powered Fluke 6000 Series eliminates the need to carry large, fragile, expensive analyzers into the field, allowing you to make measurements directly at the load in nearly any environment. By measuring directly at the load, you can discover how the equipment operates under real-world conditions, with real-world variables, not just at a test bench or in the lab.
Fluke 6003 Power Analyzer
The Fluke 6003 includes three measurement channels which each consist of a voltage and current input making it ideal for three-phase power measurements.
Fluke 6004 Power Analyzer
The Fluke 6004 includes four measurement channels giving it the capability to measure three-phase power and DC power simultaneously to enable real-time inverter efficiency measurements under real-world conditions.
Fluke 6003+ and Fluke 6004+ Power Analyzer
The Fluke 6003+ and 6004+ models both add the capability to measure mechanical parameters such as speed and torque (from separate transducers) to discover the electrical to mechanical efficiency of the load under a variety of typical operating modes.
With the addition of optional measurement accessories, you can even make measurements up to 1,500V DC and 2,000A AC+DC on conductors with a diameter of up to 52mm. The instrument’s compact, battery-powered design combined with a wideband frequency response makes it easier than ever to make measurements on hard to access systems such as inverter drive systems, DC-AC and AC-DC power conversion systems and electric motors without removing them from service. Making these measurements in the field simplifies the troubleshooting and performance measurement processes without sacrificing uptime, giving you more accurate test results that will enable you to discover whether your loads are operating as effectively and efficiently as they should be.
- Highly portable and easily installed in tight spaces—only 9.6 cm thick.
- Operate continuously for up to 10 hours without an external power supply using the 5000mAh Li-ion Internal Battery.
- Measure safely—safety rated for CAT III 1000V, CAT IV 600V environments.
- Measure three phase power and DC output power at the same time with 3 or 4 channel models, with voltage and current inputs on each channel.
- Make mechanical torque and speed measurements using the included inputs and outputs of the Fluke 6003+ and 6004+.
- 0.1% accuracy, 500kHz bandwidth, 200ks/s sample rate so you can rely on the power conversion system measurements you take no matter what distortion may be present.
- USB and RS485 interface and open communication protocol for easy system integration and software platform flexibility.
- Combine two analyzers to enable simultaneous measurement of multiple circuits for even more troubleshooting capability—configurable to 6 or 8 channels using dual analyzer synchronization.
- View critical data in the field on the main display—Meter, Waveform, Harmonics up to the 100th, Vector and Trend.
- Ensure high common-mode rejection and allow flexible configurations according to measurement requirements using the electrically isolated channels.
- User adjustable measurement rate from 100ms to 1s with continuous logging via 32GB of onboard storage.
- Easy in-field set up using the integrated front panel or a remote PC connection (USB or RS485).
- Online measuring, data download and analysis with included PC software (Fluke Power Analyzer Software).
- Full remote control of the connected instrument using Fluke Power Analyzer Software and a local USB or long-distance RS485 connection.
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Pressure CalibratorsFLUKE P5510 Pneumatic Pressure Comparator
- Dual pressure/vacuum capability
- Bench mount design
- Built-in handpump as pressure/vacuum source
- High quality needle valve for fine control
- Test port adapters that require no PTFE tape or wrenches
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Pressure CalibratorsFLUKE P5510-2700G, P5513-2700G Pneumatic Pressure Calibrators
Product overview: Fluke P5510-2700G, P5513-2700G Pneumatic Pressure Calibrators
The Fluke Calibration pneumatic calibrators are an easy-to-use alternative to traditional deadweight testers. These pressure calibrators are conveniently bundled with up to six 2700G Reference Pressure Gauges for a complete, benchtop pressure calibration solution to provide the accuracy, reliability, and capability you need to calibrate dial gauges, digital test gauges and pressure transmitters.
This pneumatic calibrator with a 2700G Reference Pressure Gauge is designed for testing pressure measuring instruments wherever needed, using the included 2700G as the master test gauge. This cost effective instrument is portable, manually operated, requires no external bottle, and provides robust generation of pressure and vacuum up to 300 psi.
- Best-in-class accuracy of 0.02% full scale for each 2700G Reference Gauge
- Expand lower range capability with additional 2700G Reference Gauges
- Adaptors to provide hand tight connection to common NPT, BSP, and metric fitting types
- Included reference gauges are battery operated and capable of using line power too
- Portable with a sturdy carrying case
P5510-2700G specific features:
- Built-in pump for generating both vacuum and positive pressure
- Pressure range 0 to 300 psi 2 MPa (300 psi)
- Vacuum range 0 to 27 inHg (915 mbar)
- Up to three 2700G Reference Pressure gauges
- Fine needle vent valve for small adjustment and venting of pressure
- No external bottle
- Manually operated
P5513-2700G specific features
- Pressure range 0 to 3000 psi (210 bar)
- Vacuum range 0 to 24 inHg (800 mbar)
- Up to three 2700G Reference Pressure gauges
- Built-in screw press for fine pressure adjustments
- Clean testing of process critical instrumentation
- Requires pressure source (i.e. nitrogen bottle) for operation
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AccessoriesFLUKE Pack30 Professional Tool Backpack
- Lightweight weighs less than 6.5 pounds taking the load off your back
- Rugged, waterproof bottom base protects your tools and keeps them upright
- Over 30 pockets in six main storage compartments
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Electrical TestersFLUKE PRV240 Proving Unit
- Validate test tool functionality outside of hazardous zones
- Supplies 240 V, both DC and AC
- Compatible with both high or low impedance test tools
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Electrical TestersFLUKE PRV240FS Proving Unit
- Prove operation of FieldSense function on T6 electrical testers
- Reduce risk of shock and arc flash by validating tool operation
- Source both AC and DC steady-state voltage (240 V AC/DC)
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Temperature CalibratorsFLUKE Secondary PRT with Calibration Options – 5608 and 5609
The 5608 comes with a one-eighth inch (3.18 mm) diameter sheath in lengths of 9 inches or 12 inches. The 5609 comes with a one-quarter inch (6.35 mm) diameter sheath in lengths of 12 inches, 15 inches, and 20 inches; or with a 6 mm diameter in lengths of 300 mm, 400 mm, or 500 mm.
When looking for improved response time and reduced stem effect in shallow immersion, look for small diameter probes, because the measurement error called stem effect is caused by the diameter of the stem rather than the length of the stem.
Both of these probes have Inconel™ sheaths and are made using a special manufacturing process, giving them great precision over a wide temperature range. The sensors for these probes are reference-grade platinum and feature four-wire connections with less noisy measurements than two-wire counterparts.
As standard, each probe includes its resistance value at the triple point of water. If calibration is desired, you can order a NVLAP-accredited calibration from our laboratory; lab code 200348-0. On the report of calibration, you’ll get the test data and the ITS90 calibration coefficients that you can easily input into any Fluke Calibration thermometer. If you order your probe with an smart connector, we’ll program the coefficients directly into your connector, which loads the coefficients for you when you plug it into our 1524 Handheld Thermometer.
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Electrical TestersFLUKE ST240+ RCD Socket Tester with Beeper
- Simple operation – Plug into socket; with the bright, easy-to-see LEDs, verify correct wiring or identify common wiring problems in both standard and RCD outlets
- Know more, faster –with the handy chart, quickly identify one of six wiring conditions for the outlet
- RCD outlets–with an integrated RCD test, you can feel secure knowing that your RCD equipped outlets are functioning properly
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Clamp MetersFLUKE t3000 FC Wireless Temperature Module
The Fluke t3000 FC Wireless K-Type Temperature Module wirelessly relays measurements to other Fluke Connect® enabled master units, listed below:
- Fluke 3000 FC DMM
- Fluke Ti200/300/400 Infrared Camera
- PC via optional pc3000 FC Adapter
- Fluke Connect Mobile app
With the Fluke t3000 FC Wireless K-Type Temperature Module you can:
- Use as a standalone meter or as part of the system
- Logging function for recording and saving up to 65,000 readings
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Thermometers
FLUKE t3000 FC Wireless Temperature Module
The Fluke t3000 FC Wireless K-Type Temperature Module wirelessly relays measurements to other Fluke Connect® enabled master units, listed below:
- Fluke 3000 FC DMM
- Fluke Ti200/300/400 Infrared Camera
- PC via optional pc3000 FC Adapter
- Fluke Connect Mobile app
With the Fluke t3000 FC Wireless K-Type Temperature Module you can:
- Use as a standalone meter or as part of the system
- Logging function for recording and saving up to 65,000 readings
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Electrical TestersFLUKE T5-1000 Voltage, Continuity and Current Tester
- OpenJaw™ design: measure current without breaking the circuit
- Tester automatically selects AC or DC voltage, up to 1000 V
- Work in tight spaces with detachable Slim Reach probe tips
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Electrical TestersFLUKE T5-600 Electrical Tester
- Measure current up to 100 A without breaking the circuit
- Meter automatically selects AC or DC voltage, up to 600 V
- Resistance measurements up to 1000 Ω plus continuity test
- Work in tight spaces with detachable SlimReach™ probe tips
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Electrical TestersFLUKE T6-1000 Electrical Tester
- Measure voltage to 1000 V AC without test leads
- Simultaneously measure voltage and current
- 17.8 mm open fork is widest in the industry
- Measure up to 200 A on 4/0 wires (120 mm2)
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Electrical TestersFLUKE T6-1000 PRO Electrical Tester
- Save time by seeing voltage and current measurements at the same time
- Visual Continuity™ – the screen automatically turns green for continuity, perfect when it’s too loud to hear the beeper
- FieldSense™ technology for AC voltage, current and frequency, all without making electrical contact to live voltage
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Electrical TestersFLUKE T6-600 Electrical Tester
- Measure AC voltage and current without touching a live wire
- Troubleshoot with all power supply measurements at-a-glance
- See AC voltage and current values without test leads
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