Fluke 1760 TR US OffersIdeal for analyzing utility and industrial power distribution systems, this power recorder captures the most comprehensive details on user-selected parameters.
Features
Fully Class-A compliant: Conduct tests according to the stringent international IEC 61000-4-30 Class-A standar
GPS time synchronization: Correlate data with events or datasets from other instruments with precision
Flexible and fully configurable thresholds and scale factors: Allows user to pinpoint specific issues by defining the detailed criteria for detection and recording of disturbances
Uninterrupted power supply (40 minutes): Never miss important events – even record the beginning and end of interruptions and outages to help determine the cause
10 MHz, 6000 Vpk waveform capture: Get a detailed picture of even the shortest event
2 GB data memory: Enables detailed, simultaneous recording of numerous power parameters for long periods of time
Comprehensive software included: Provides trend diagrams for root cause analysis, statistical summaries, report writing and real-time data monitoring in the online mode
Plug and play: Allows quick setup with automatic sensor detection; sensors are instrument powered, eliminating the need for batteries
Rugged field design: Insulated housing and a solid state design with no rotating components enable reliable testing under nearly any conditions
Applications
Detailed disturbance analysis
Class-A quality-of-service compliance
Event correlation at multiple locations
Simultaneous measurement of independent power systems
Power quality and power load studies
Fully Class-A compliant
The Three-Phase Power Quality Recorder is fully compliant with the new IEC 61000-4-30 Class-A standard, which defines the measurement methods required for each power parameter in order to obtain reliable, repeatable, and comparable results. With the GPS time synchronization accessory, data recorded with multiple instruments can be correlated with Class-A precision.
User-configurable operation
The versatile measurement algorithms and trigger settings allow the expert and general users to optimize the Three-Phase Power Quality Recorder for each application in order to capture exactly the data required. Data can be transferred to a computer directly, or via an Ethernet network and can be retrieved during recording without interrupting the measurements.
Rugged and reliable
The instrument, accessories, and power supply help you safely conduct tests with a 600 V CAT IV rating per EN 61010-1 conformity requirements. The Fluke 1760 features a double insulated enclosure, which helps protect the user, equipment, and surroundings from electrical shock. With a 2 GB compact flash memory instead of a hard disk, there are no rotating parts inside the instrument, increasing its reliability and durability for everyday use.
Broad measurement range
Developed in cooperation with power utilities, the EN50160 statistical analysis presents a summary of the quality of voltage against internationally defined limits. When a threshold is exceeded, the Three-Phase Power Quality Recorder automatically captures voltage and current waveform data on all phases simultaneously. Nearly every power quality and power parameter is measured, including rms values, flicker, voltage dips, voltage swells, voltage unbalance, current and voltage harmonics to the 50th, interharmonics, THD, mains signaling, reactive power, transients, and power factor.
Plug and play
The Fluke 1760 Power Quality Recorder features easy plug and play setup for immediate use. The current and voltage probes are plugged in separately to the instrument, which automatically detects, configures, and provides power to the probes. All accessories are individually calibrated and can be shared with multiple recorders.
PQ Analyze Software
The Fluke 1760 includes comprehensive software for detailed power quality analysis on Windows® based PCs. In the online mode, the software enables remote instrument setup, job processing, real-time verification of actual measurement values, and data download. Data can be viewed in trend diagrams for root cause analysis or in a variety of statistical summaries. You can also generate professional reports with the Report Writer function.Fluke 1760 TR US OffersIdeal for analyzing utility and industrial power distribution systems, this power recorder captures the most comprehensive details on user-selected parameters.
Features
Fully Class-A compliant: Conduct tests according to the stringent international IEC 61000-4-30 Class-A standar
GPS time synchronization: Correlate data with events or datasets from other instruments with precision
Flexible and fully configurable thresholds and scale factors: Allows user to pinpoint specific issues by defining the detailed criteria for detection and recording of disturbances
Uninterrupted power supply (40 minutes): Never miss important events – even record the beginning and end of interruptions and outages to help determine the cause
10 MHz, 6000 Vpk waveform capture: Get a detailed picture of even the shortest event
2 GB data memory: Enables detailed, simultaneous recording of numerous power parameters for long periods of time
Comprehensive software included: Provides trend diagrams for root cause analysis, statistical summaries, report writing and real-time data monitoring in the online mode
Plug and play: Allows quick setup with automatic sensor detection; sensors are instrument powered, eliminating the need for batteries
Rugged field design: Insulated housing and a solid state design with no rotating components enable reliable testing under nearly any conditions
Applications
Detailed disturbance analysis
Class-A quality-of-service compliance
Event correlation at multiple locations
Simultaneous measurement of independent power systems
Power quality and power load studies
Fully Class-A compliant
The Three-Phase Power Quality Recorder is fully compliant with the new IEC 61000-4-30 Class-A standard, which defines the measurement methods required for each power parameter in order to obtain reliable, repeatable, and comparable results. With the GPS time synchronization accessory, data recorded with multiple instruments can be correlated with Class-A precision.
User-configurable operation
The versatile measurement algorithms and trigger settings allow the expert and general users to optimize the Three-Phase Power Quality Recorder for each application in order to capture exactly the data required. Data can be transferred to a computer directly, or via an Ethernet network and can be retrieved during recording without interrupting the measurements.
Rugged and reliable
The instrument, accessories, and power supply help you safely conduct tests with a 600 V CAT IV rating per EN 61010-1 conformity requirements. The Fluke 1760 features a double insulated enclosure, which helps protect the user, equipment, and surroundings from electrical shock. With a 2 GB compact flash memory instead of a hard disk, there are no rotating parts inside the instrument, increasing its reliability and durability for everyday use.
Broad measurement range
Developed in cooperation with power utilities, the EN50160 statistical analysis presents a summary of the quality of voltage against internationally defined limits. When a threshold is exceeded, the Three-Phase Power Quality Recorder automatically captures voltage and current waveform data on all phases simultaneously. Nearly every power quality and power parameter is measured, including rms values, flicker, voltage dips, voltage swells, voltage unbalance, current and voltage harmonics to the 50th, interharmonics, THD, mains signaling, reactive power, transients, and power factor.
Plug and play
The Fluke 1760 Power Quality Recorder features easy plug and play setup for immediate use. The current and voltage probes are plugged in separately to the instrument, which automatically detects, configures, and provides power to the probes. All accessories are individually calibrated and can be shared with multiple recorders.
PQ Analyze Software
The Fluke 1760 includes comprehensive software for detailed power quality analysis on Windows® based PCs. In the online mode, the software enables remote instrument setup, job processing, real-time verification of actual measurement values, and data download. Data can be viewed in trend diagrams for root cause analysis or in a variety of statistical summaries. You can also generate professional reports with the Report Writer function.
Fluke 1760 TR US Specifications
Measurement Inputs
Number of Inputs
8 galvanically isolated inputs for voltage and current measurements
Sensor Category Rating
Up to 600 V CAT IV depending on sensor
Nominal Voltage (RMS)
100 mV
Overload Capacity (RMS)
1000 V, continuously
Power Supply
Range
AC: 83 to 264 V; 45 to 65 Hz
DC : 100 to 375 V< Power Consumption NIMH, 7.2 V, 2.7 Ah Battery Pack In case of a power supply failure an internal battery maintains the supply for up to 40 minutes. Afterwards, or in case of discharged battery the Fluke 1760 is turned off and continues the measurements with the latest settings as soon as the supply voltage returns. The battery can be replaced by the user. General Specifications Warranty Two Years Data Memory 2 GB Flash Memory Interfaces Ethernet (100 MB/s), compatible to Windows® 98/ME/NT/2000/XP RS 232, external modem via RS 232 Dimensions 13 x 11.8 x 2.6" (325 x 300 x 65 mm) Weight Approx. 10.8 lb (4.9 kg) Click here for complete specifications on the Fluke 1760 TR US What's included with the Fluke 1760 TR US Three-Phase Power Quality Recorder 8 Input Channels (4 Currents/4 Voltages or 8 Voltages) Internal Flash Memory, 2 GB PQ Analyze Software on CD-ROM Ethernet Cable for Network Connection Crosslink Ethernet Cable for Direct PC Connection Mains Cable Fast Transient Analysis up to 10 MHz 4 x Voltage Probes, (600 V for INTL set, 1000 V for US set) 4 x Current Probes, (dual-range flexible current probes 1000 A / 200 A AC) GPS Time Sync Receiver Carrying Bag Operational Manuals Webinar: Electrical Power Testing It’s no secret that power quality can have a big impact on productivity and safety in the workplace. That’s why there’s been a rapid increase in the demand for electrical power measurement equipment recently. With that in mind, having an effective frontline troubleshooting and reliability tactic should be a priority. Keeping track of the power quality in your facility plays an important part in avoiding costs related to poor power quality management like productivity costs, reduced efficiency, higher energy bills, and capital equipment degradation and failure. Webinar: Facilities Maintenance with Fluke Proactive maintenance and energy savings strategies are essential for cost savings in facilities. We’ve teamed up with Fluke to provide you with a thorough discussion on proactive maintenance strategies – approaches, tools, and the proper “health” measurements on critical assets. As managing energy costs are also critical, we will also explore how implementing an onsite compressed air and gas leak detection program, facilities can save tens of thousands of dollars annually and production equipment downtime. The latest test equipment advances have made it possible for users to perform leak inspections with little to no training in a fraction of the time versus conventional tools. During this short webinar on Facilities Maintenance, we covered:Monitoring critical assets with fewer resources Bridging the skills gapWhy are we replacing the same bearings and seals over and over?What are the best tools to use? How do we justify the cost of the tools and resources?How do we start a Proactive Maintenance program? Webinar: Introduction to Portable Precision Power Analyzers with Fluke This wideband precision analyzer is accurate enough for the lab, yet it's built for the field. Offering 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 and 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.
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