FLUKE'S OXYGEN ANALYZER

MaxO2 PLUS AE Oxygen Analyzer



The MaxO2 PLUS AE is an oxygen analyzer that measures the oxygen concentration in a flow of gas from a medical gas source or through a medical gas-flow device such as a ventilator or anesthesia system, or within an infant incubator. It is handheld and rugged to suit the needs of portable use. The MaxO2 PLUS AE comes equipped with a two-year warranty on both analyzer and sensor.

FLUKE'S MEDICAL SCOPEMETER

199 XRAY MEDICAL SCOPEMETER



The 199XRAY Medical ScopeMeter has all of the normal oscilloscope functions, as well as the speed, performance, and analysis power for the more demanding applications. This high-performance oscilloscope offers specifications found on top-end bench instruments. With up to 200 MHz bandwidth, 2.5 GS/s real-time sampling, and a deep memory of 27,500 points per input, the 199XRAY is ideal for engineers who need the full capabilities of a high-performance oscilloscope in a handheld, battery-powered instrument.

In addition, the 199XRAY is especially designed for use with x-ray systems. This ScopeMeter displays kVp waveforms and direct kVp values simultaneously on an easy-to-read screen. Now you no longer have to waste time calculating scope traces to derive the kVp values.

Field Applications

Dual input – 200, 100 or 60 MHz bandwidth
Up to 2.5 GS/s real-time sampling per input
Connect-and-View™ automatic triggering and a full range of manual trigger modes
Digital Persistence for analyzing complex dynamic waveforms, similar to an analog scope
Fast-display update rate for seeing dynamic behavior instantaneously
Automatic capture and replay of 100 screens
27,500 points-per-input record length using ScopeRecord mode
TrendPlot paperless chart recorder for trend analysis up to 22 days
Up to 1,000 V independently floating isolated inputs
Waveform reference for visual comparisons and automatic pass/fail testing of waveforms
Vpwm function for motor drive and frequency inverter applications
1000 V CAT II and 600 V CAT III safety certified
Four-hours-rechargeable NiMH battery pack

To view the demo of 199 xray medical scopemeter, click here.

To download , the user manual of this xray medical scopemeter, click here.

FLUKE'S DEFIBRILLATOR / EXTERNAL PACER ANALYZERS

Impulse 6000D Defibrillator Analyzer and Impulse 7000DP Defibrillator-Transcutaneous Pacer Analyzer



The Impulse 6000D Defibrillator Analyzer and Impulse 7000DP Defibrillator/Transcutaneous Pacer Analyzer test systems represent the next generation in rugged, portable test instrumentation for biomedical technical professionals who need to ensure the proper operation and ultimate performance of critical life-support cardiac resuscitation equipment.

The Impulse 6000D and Impulse 7000DP test capabilities encompass the spectrum of defibrillator pulse shapes including Lown, Edmark, monophasic trapezoidal, DC biphasic and pulsed AC biphasic. Both models feature full-range AED test and simulation technology compatibility and outperform in overall accuracy and standards compliance.

These ergonomic test systems are rugged and easy to carry, and both analyzers incorporate a first-rate intuitive user interface with a backlit, easy-to-read display and an internal rechargeable high-capacity battery. The industry-standard 50-ohm testload is built inside with optional test loads available for in-depth device analysis. The Impulse 6000D and Impulse 7000DP feature unique ECG lead attachment posts for safe and secure connections. Integrated 12-lead ECG simulation capabilities with independent outputs helps get the job done when testing defibrillators, transcutaneous pacemakers and ECG device performance including rate meter accuracy and alarm verification.

Both models utilize DSP- (Digital Signal Process) based technology to process waveforms and allow for future firmware, software and waveform upgrades. A standard USB interface allows for computer control and data transfer; optional Ansur PC-based automation software increases productivity by outfitting users with an easy-to-use method to standardize testing procedures, capture waveforms and test results, and print and document data to make the Impulse 6000D and Impulse 7000DP the industry ideal in defibrillator and transcutaneous pacemaker test systems.

To view the demo of the defibrillator analayzer, click here.

To download the user guide of this analyzer, click here.

QED 6 Defibrillator Analyzer



The QED 6 provides a scalable solution to accurately test defibrillators. Lightweight and portable, the QED 6 measures a wide range of defibrillator energy output parameters.

A RS-232 serial port supports remote computer control and test documentation.

To download the user guide of QED-6, click here.

SigmaPace™ 1000 External Pacemaker Analyzer



The SigmaPaceTM 1000 is a powerful handheld analyzer with a comprehensive range of test suites, measurement algorithms and test loads – as specified by the external pacemaker manufacturers – to fulfill your testing requirements both quickly and efficiently.

To download the user guide of SigmaPace 100, click here.

FLUKE'S ELECTRICAL SAFETY ANALYZERS

175 Electrical Safety Analyzer



The 175 Electrical Safety Analyzer is a lightweight and ultra-portable analyzer for general electrical-safety inspection, designed to meet the needs of plant maintenance and biomedical engineering where patient-lead testing is not required.

To Download manual of 175 Electrical safety analyzer, click here

180 Electrical Safety Analyzer



The 180 Electrical Safety Analyzer is a lightweight and ultra-portable test device for ECG-device-leakage and isolation testing.

To download user's guide, click here.

232D Electrical Safety Analyzer



The 232D Electrical Safety Analyzer is a versatile, full-featured manual tester that combines both safety testing and ECG simulation in one portable package.

The test receptacle on the top panel simulates the standard single-fault conditions to assist technicians in assessing equipment safety. An internal GFCI protects both the operator and the equipment under test.

The 232D’s robust features simplify analysis of sophisticated equipment, such as 12-lead electrocardiographs or recorders. The device features a wide range of ECG simulations and performance testing waveforms, as well as 10 jacks for patient applied parts testing. The 232D conducts leakage current tests on all or individual patient electrodes and between specified patient electrode pairs.

To download user's guide-1, click here.
To download user's guide-2, click here.

601 Pro SeriesXL International Safety Analyzer



The 601 Pro SeriesXL is an automated electrical-safety analyzer that meets stringent international standards for electrical-safety testing of hospital and laboratory electromedical equipment. The 601 Pro SeriesXL is also available with a built-in printer.

To download user guide, click here.

ESA601 Electrical Safety Analyzer



ESA601 Electrical Safety Analyzer tests medical equipment to both US and international standards. Users simply flip a switch to change between AAMI or IEC electrical safety testing load. The US version includes overlays in AAMI or IEC nomenclature so technicians use the terms that are most familiar to them. Multiple language overlays, outlets, and power cords are available for convenient use in many countries.

Ten applied part connections allow for lead-to-ground (patient), lead-to-lead (patient auxiliary), and lead isolation (mains on applied part) leakage testing of equipment with multiple applied parts.

Designed for on-the-go testing, the portable analyzer is lightweight and compact and comes with a sturdy handle for easy carrying.

For an automated solution, Fluke Biomedical’s Ansur software plug-in for the ESA601 allows technicians to use a PC to run autosequences, document results, and print reports.

To download user's guide, click here.

ESA620 Electrical Safety Analyzer



The ESA620 Electrical Safety Analyzer represents the next generation in portable, manual electrical-safety testers for the biomedical technician and clinical engineer that are performing tests on medical equipment. With selections of three test loads, two protective earth test currents, and two insulation test voltages this versatile product can be used worldwide to test to their standard of choice: IEC60601, ANSI/AAMI ES60601, IEC62353, VDE 751, ANSI/AAMI ES1:1993, NFPA-99, AN/NZS 3551, IEC61010.

This multifaceted device performs all primary electrical safety tests, including mains voltage, protective earth resistance, insulation resistance, device current, earth, chassis, and patient leakages as well as several additional leakage tests to comply with EN62353. It comes standard with test leads for 2-wire protective earth measurements, and with optional leads offers the time-saving 4-wire technique. Additionally, the 20-A-device receptacle allows for testing of those devices that need it, so the technician is not limited to only test 15-A equipment. (US only)

New DSP technology offers better accuracy of leakage measurements throughout the ranges specified in the standards, and an intuitive interface guides the user through tests. The ESA620 features a large display to facilitate quick and clear indication of performed tests, criteria associated with test set up, device under test receptacle conditions and results.

Equipped with ten ECG posts, the ESA620 offers simulation of ECG and performance waveforms so both electrical safety and basic tests on patient monitors can be performed with a single connection. The unit is equipped with standard USB interface for computer control and data transfer. When used with optional Ansur computer-based software plug in, the ESA620 allows for standardization of test procedures, as well as result capturing, storage and printing of reports. When combined with Ansur, the ESA620 becomes automated, capturing results and comparing them to standard limits, essentially enabling this manual unit the sophisticated performance of the high end models at half the price.

To view the demo of ESA620 Analyzer, click here.

To see the video of ESA620 operation, click here.

To download the user manual,click here.

MedTester 5000C Automated Biomedical Equipment Test System



The medTester 5000C – a unique, fully automated electrical safety and biomedical performance inspection device from Fluke Biomedical – is the most versatile analyzer available on the market today for biomedical professionals and manufacturers. All the features you need from conventional manual electrical-safety analyzers are standard in the medTester 5000C and are available in a virtually unlimited number of possible configurations.

To download user guide of MedTester, click here.

QA-90 MKII Electrical Safety Analyzer



The QA-90 represents a new generation of safety testing equipment. QA-90 is the only automatic safety tester that can test Instruments containing modules with different classes of protection in one test run (i.e. CF and BF defibrillators). It is simple to use. All you need to do is select the type and class of the equipment to be tested. When you press START, the QA-90 will execute the tests prescribed in the selected standard.

The test result can either be printed out immediately or stored internally in the unit for later use. The QA-90 can be fully remotely controlled via ansur software. With ansur, you can make your own test protocols, store the information on disk and export formatted data to equipment management databases.

ULT800 Ultrasound Transducer Leakage Current Tester



The ULT800 tests the electrical safety of ultrasound transducers independent of their ultrasound machines. A variety of adapters allow for testing of many different makes and models, including transesophageal echocardiography (TEE) transducers.

With the ULT800, transducer testing easily fits into routine disinfecting procedures. Technicians conduct the tests in a cleaning basin at the beginning of the day and between patients. If a transducer is electrically safe for patient use, the green PASS lamp lights. Simple Pass/Fail indicators make it simple to use even non-technical medical personnel, such as sonographers and central sterile-supply technicians, can perform the tests

The ULT800 is available by itself or as a kit, which includes a dual-conductivity electrode and carrying case.

To download the user guide, click here.

LEAKAGE CURRENT

Leakage Current

The current is brimmed over as flowing through insulation impedance we called it leakage current, contact by human body and the current through human body flow to Earth then electrical damage is occurred. The difference between leakage current test, withstanding voltage test and grounding protection test is equipment testing under running status. The leakage current adds a human body simulation impedance circuit in testing, it can simulate the quantity of leakage current through human body under real condition.

Types of leakage current tests

The leakage current with different test mode by various safeties and different leakage current standard by various test point. The most often seen is that the current flows through DUT (Device Under test)to E terminal of power, the human body touches E terminal of product will cause induction we called it earth leakage current. When earth leakage current is testing input 110% rated voltage to add human simulation circuit and judge if the current value of flowing through human simulation circuit is over the limit value of leakage current. In addition, there are Patient Leakage Current, Patient Auxiliary Leakage Current and etc leakage tests.

Leakage current tests in Medical Equipment Safety Standards

The definition of medical equipment is the physical or electrical contact with patients (mostly regulations denotes human being, Europe regulations denotes human being and animal), applies to the equipment of diagnosing, treating and monitoring. The leakage current testing of medical equipment emphasizes on Applied part under normal using status by physical method to contact patient or accessories and facilities the patients need to touch such as probe, electrocardiogram, blood pressure bar and operating table. All types of leakage current will cause electrical hazards to patients and operators.

Earth leakage current

The current flows from the power terminal through DUT to E terminal of power as product running.

Types of insulation (Class I, II, III)

Whatever national standard regulation or region standard regulation, the standard of leakage current is different by the insulation types of products. “CLASSI, II, III” are mainly in consideration of the insulation system of product which derived from IEC system, brief descriptions are as below: CLASS I indicates anti-shock protection of product not only depends on basic insulation but also includes grounding method. CLASS II indicates anti-shock protection of product not only depends on basic insulation but also includes additional precaution. For example double or reinforce insulation but without grounding or installation condition for relying precaution. CLASS III indicates anti-shock protection of product depends on power voltage is safety extra-low voltage (SELV) and it don’t generate danger.

Enclosure / touch Leakage Current

The current flow from two kinds of power terminal through DUT to accessible part of chassis, touch point and screw products, created inductance as human body touch, we called it enclosure/touch/chassis leakage current.

Patient leakage current

Patient leakage current consists of three kinds of test. The first test is the current flow from power terminal through applied part to earth terminal as product operating;Another test of patient leakage current, power source applies to MD by 110% the highest operating voltage. Make the current flows through applied part, accessible part then to earth terminal;The third test of patient leakage current, power source applies to SOP/SIP by 110% the highest operating voltage. When the product is operating, the current flows from two kinds of power terminal through applied part, MD then to earth terminal.

Patient Auxiliary Leakage Current

When the product is operating, the current flows from test point of applied part through MD to another test point of applied part then to earth terminal.