Fluke 1760 Basic Three-Phase Power Quality Recorder

• Fully Class-A compliant: Conduct tests according to the stringent international IEC 61000-4-30 Class-A standard
• 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
• 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 – Perform high-speed transient analysis and uncover root cause of equipment malfunction for later mitigation and predictive maintenance. The fast transient option, with its 6000 V measurement range, allows capture of very short impulses such as capacitor switching and lightning strikes.
• Class-A quality-of-service compliance – Validate incoming power quality at the service entrance. Thanks to Class A compliance, the Fluke 1760 allows undisputable verification. The Fluke 1760 Class A compliance has been independently verified at a world leading power quality laboratory.
• Event correlation at multiple locations – Utilizing GPS time synchronization, users can quickly detect where a fault occurred first, either inside or outside the facility. The accuracy of this time-stamping enables users with multiple 1760s on their network to understand the propagation of events across the network.
• Galvanic separation and DC coupling – Allows complete measurements on dissimilar power systems. For example troubleshoot UPS systems by simultaneously recording the battery voltage and power output.
• Power quality and power load studies – Assess baseline power quality to validate compatibility with critical systems before installation and verify electrical system capacity before adding loads.