The onboard software allows for automated documentation and integrates with several CMMS/EAM systems for end-to-end workflow automation.


Fluke Biomedical announced the launch of the ESA710 Electrical Safety Analyzer, designed to improve electrical safety testing by combining portability with advanced functionality.

The ESA710 Electrical Safety Analyzer features a compact design with a five-inch color LCD touchscreen and an intuitive user interface. Equipped with OneQA Workflow Automation Software, the ESA710 standardizes testing procedures and promotes procedural adherence, potentially leading to time and cost savings for healthcare facilities. The onboard software allows for automated documentation and integrates with several CMMS/EAM systems for end-to-end workflow automation.

Key features of the ESA710 Electrical Safety Analyzer include:

  • Five-inch touchscreen with user-friendly interface
  • Portable, ergonomic design with integrated handle for enhanced mobility
  • OneQA-enabled workflow automation for standardized testing procedures
  • Wireless capability for field testing and automatic result synchronization
  • Ten applied parts posts with LED lighting guidance
  • Insulation resistance range from 50V, 100V, 250V, and 500V
  • Automated test sequences for compliance with electrical safety standards
  • ECG waveform tests and dual-lead measurements for comprehensive analysis
  • Easy data entry through barcode scanner, external keyboard, or on-screen keyboard
  • Robust construction tested for rugged field applications
  • Comprehensive service and coverage with the Protect+ Program

“The ESA710 Electrical Safety Analyzer exemplifies our commitment to innovation and excellence in healthcare technology management,” says Mike Nguyen, senior product manager at Fluke Biomedical, in a release. “With its precision, compliance features, and user-friendly design, the ESA710 sets a new standard for electrical safety testing in the healthcare industry.”

Photo caption: ESA710 Electrical Safety Analyzer

Photo credit: Fluke Biomedical