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The Fluke Instruments that are compact, regged, reliable, and easy to use. with therir multiple test voltages, they are ideal for many troubleshooting, commissioning, and preventative maintenance applications.
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| Fluke 560 HCACPro Two-in-one infrared and contact thermometer for HVAC/R Professionals
Features include: • IR thermometer for quick measurements up close or at a distance, without a ladder • Contact thermometry capability, compatible with all standard mini-connector K-type thermocouples, preserves your investment in thermocouples • Velcro® pipe probe for superheat and sub-cooling and other contact and ambient measurements • Single-point laser sighting • Temperature range optimized for HVAC/R applications • Easy emissivity adjustment for measuring pipes and ducts more accurately • Lightweight (just 12 ounces/340 grams) and portable The multipurpose thermometer you need for HVAC jobs. Lighten up your toolbox. The Fluke 561 HVACPro combines the temperature measurement functions that professionals need for most HVAC jobs, all in one tool. It measures both IR and contact temperature, replacing several hundred dollars worth of equipment. It’s fast, efficient and easy to use, saving you valuable time and effort. With the Fluke 561, you can take contact and ambient temperatures in the way that’s best for you. Use the IR thermometer to measure hot, moving, electrically energized and hard-to-reach objects instantly. Check motors, insulation, breakers, radiant heating, pipes, corroded connections and wires. Plus, scan ducts from the floor—leave your ladder in the truck. You can use the Fluke 561’s handy Velcro® pipe probe or, to get the most out of your tool investments, plug in any industry-standard K-type mini-connector thermocouple probes you already own. • Very easy to use • Efficient—no need to shut down equipment when making IR measurements • MIN, MAX and DIF functions help you quickly identify problems • Scan large areas or small objects quickly and efficiently • HVAC/R measurement guide to maximize your productivity gains is included in users guide |
Fluke 330 Series Clamp Meters Leading the way with innovative features that fit the way you work
• Auto shut-off maximizes battery life so the meter works when you need it
• Small body and jaws fit perfectly in your hand and into tight places
• Large, backlit display (on most models) is easy to see
• In-rush current function (on most models) for measuring starting current for motors, lighting, etc.
• Improved low current measurement accuracy from new microprocessor technology
• Meter controls are positioned so current measurements can be done with one hand (index finger on clamp opening
lever and thumb on rotary switch)
• Handy display hold keeps measurements on the display
• Backed by Fluke technical phone support, repair, parts and calibration service
• Three-year warranty
Fluke 337
The top of the line true-rms clamp meter, large jaw measures ac/dc current and voltae, ohms, display hold, motor start-upcurrent (in-rush), frequency, MIN/MAX capability and a large backlit display
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| Fluke 725 Multifunction Calibrator Simply Powerful! The new Fluke 725 Multifunction Process Calibrator is a powerful yet easy-to-use field calibrator. Use the measure and source functions to test and calibrate almost any process parameter. • Compact, streamlined shape makes it easy to carry • Rugged, reliable design stands up to field use • Easy to read measure/source screen lets you view input and output simultaneously • Measure volts, mA, RTDs, thermocouples, frequency, and ohms to test sensors and transmitters • Source/simulate volts, mA, thermocouples, RTDs, frequency, and ohms to calibrate transmitters • Measure/source pressure using any of 28 Fluke 700Pxx Pressure Modules • Source mA with simultaneous pressure measurement to conduct valve and I/P tests • Support flow meter testing with frequency and CPM functions • Perform fast linearity tests with 25% and 100% steps • Execute remote tests with auto step and auto ramp • Power transmitters during test using loop supply with simultaneous mA measurement • Store frequently-used test setups for later use • Backlight lets you work in poor light • Remote interface allows benchtop automated operations • Large battery capacity of four AA cells • Battery door for easy changes |
Fluke Industrial Thermal Imagers Models : Ti32, Ti25 and Ti10 We, at Fluke, are never satisfied leaving the best tools in the hands of the elite, which is why we recently added a new member to our thermal imaging family. The new Fluke Ti32 combines a powerful 320x240 sensor into the award winning, rugged design of the Ti25 and Ti10, delivering the first industrial grade, high performance thermal imager. The result is strikingly crisp, detailed images that, blended with our patented IR-Fusion®, are sure to make a lasting impression. Don’t take our word for it—see it yourself! Fluke thermal imagers are designed, tested, and manufactured in the USA, and feature a two year warranty. Work in a harsh environment? Don’t worry. These meet the stringent quality standards that Fluke products are known for worldwide. Able to withstand a 2 meter (6.5 foot) drop, they also meet the requirements for an IP54 rating against dust and moisture. For added versatility and special applications, the Ti32 includes two field-swappable, rechargeable batteries. Use the optional telephoto and wide-angle lenses to bring distant and wide views into sharp focus. |
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| Fluke 1623 and 1625 GEO Earth Ground Testers The new Fluke 1623 and 1625 GEO Earth Ground Testers offer an innovative solution, called Stakeless testing, to make your earth ground loop resistance testing quicker and easier. No need for a separate earth ground clamp. • 3- and 4-pole Fall of Potential, earth resistance loop testing • 4-pole Soil Resistivity testing • Selective earth ground rod testing using 1 clamp • Stakeless earth ground rod testing using 2 clamps • IP56 rated for outdoor use • Rugged carrying case In addition, the Fluke 1625 offers these advanced features: • Automatic Frequency Control (AFC) - identifies existing interference and chooses a measurement frequency to minimize its effect, providing more accurate earth ground value • R* measurement – calculates earth ground impedance at 55 Hz to more accurately reflect the earth ground resistance that a fault-toearth ground would see • Adjustable limits - for quicker testing Stakeless testing The Fluke 16 3 and 16 5 earth ground testers are able to measure earth ground loop resistances using only clamps. With this test method, two clamps are placed around the earth ground rod and each are connected to the tester. No earth ground stakes are used at all. A known, fixed voltage is induced by one clamp and the current is measured using the second clamp. Then the tester automatically determines the resistance of the earth ground rod. This test method only works if a bonded earth ground system exists for the building or structure under test, but most are. If there is only one path to ground, like at many residential applications, the Stakeless method will not provide an acceptable value and the Fall of Potential test method must be used. With Stakeless testing, the earth ground rod does not need to be disconnected— leaving the bonded earth ground system intact during test. Gone are the days of spending time placing and connecting stakes for each earth ground rod on your system—a major time saver. You can also perform earth ground tests in places you’ve not considered before: inside buildings, power pylons, or anywhere you don’t have access to soil. Fluke Corporation 1623 and 1625 GEO Earth Ground Testers |
Fluke 8845A/8846A Statistics and Histograms “What is the output voltage of the power supply?” This is one of the most common measurements made with digital multimeters. Similar questions arise about the frequency of oscillators, the value of resistors, operating temperature, or the input to a voltage controlled oscillator. It’s easy to use a digital multimeter to take any of these readings. But taking a single reading gives you only part of the story. An equally important question is: “How stable is the output of the power supply?” We can frame these questions more precisely in statistical terms: What is the average value of the output, and what is the standard deviation? The Fluke 884X Multimeter has integrated analysis functions that provide the answers to both questions. What do averages and standard deviations tell you? Averaging is a very common calculation. It’s used for test scores, scientific results and sports statistics. It’s used to quantify performance over time (for example: average number of goals per season). It’s also used to quantify typical performance of a population (for example: average number of goals per player). In engineering, we’re interested in both these characteristics: How will the output of my circuit change over time, temperature, or humidity? If I build 100 of these circuits, how can I expect each unit to perform? Inherent in each of these questions is the desire to predict performance. But we need more information to be able to use the average in this way. Say the temperature in a particular city has averaged around 21 °C (70 °C) for the past ten years. If we wake up the next day expecting the weather to be warm, we could be very surprised. This is because the temperature can vary over a wide range and still average 21 °C. 2 Fluke Corporation Fluke 884x statistics and histograms So we need to know how widely the temperature varies around the average. Knowing the variance will tell us the extent to which we can expect “average” performance in the future, or from other members of a population. This is the key to determining engineering specifications—uncertainties and tolerances. Standard deviation (s) measures the variation or spread of a data set. In formal, mathematical terms, standard deviation is the square root of the variance in a set of data. A low standard deviation indicates a tight grouping around the average, and a high standard deviation indicates more “randomness.” |
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| Fluke 430 Series Three-Phase Power Quality Analyzers. Pinpoint power problems faster, safer and in greater detail The Fluke 434 and 435 three-phase power quality analyzers help you locate, predict, prevent and troubleshoot problems in three- and single-phase power distribution systems. Troubleshooting is faster with on-screen display of trends and captured events, even while background recording continues. The new IEC standards for flicker, harmonics and power quality are built right in to take the guess work out of power quality. Technical Data • Troubleshoot real-time: Analyze the trends using the cursors and zoom tools-even while background recording continues • Highest safety rating in the industry: 600 V CAT IV/1000 V CAT III rated for use at the service entrance • Automatic Transient Mode: Capture 200 kHz waveform data on all phases simultaneously up to 6 kV • Fully Class-A compliant: Conduct tests according to the stringent international IEC 61000-4-30 Class-A standard • Measure all three phases and neutral: With included four current probes • AutoTrend: Every measurement you see is always automatically recorded, without any setup • System-Monitor: Up to seven power quality parameters on one screen according to EN50160 power quality standard • Inrush mode: For troubleshooting nuisance circuit breaker tripping • View graphs and generate reports: With included analysis software • Logger function: Configure for any test condition with memory for over 400 parameters at user defined intervals • Mains signaling: Measure interference from ripple control signals at specific frequencies • Battery Life: Seven hours operating time per charge on NiMH battery pack • Warranty: Rugged, handheld troubleshooter with Fluke three-year warranty |
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