M E D T E S T E R 5 0 0 0 C F I E L D U P G R A D E I N S T A L L A T I O N I N S T R U C T I O N S

To install modules that include an installation disk

an IBM-compatible personal computer with:

9 Microsoft Windows Operating Systems (95, 98, 2000, or XP); 9 a 3.5" floppy disk drive;

9 a serial port (or compatible USB to serial converter).

a medTester-to-PC interface cable:

1.If your computer has a 25-pin serial port:

use a 25-pin female to 25-pin female null-modem cable (Fluke Biomedical part no. 2392186).

2.If your computer has a 9 pin serial port:

use a 25-pin female to 9-pin female, null-modem cable (Fluke Biomedical part no. 2200102).

Installing Integrated Circuits

Use the procedures described in this section for installing:

1.Any modules that include ICs to be installed inside the instrument, including:

Firmware Upgrade

Module 4: Expanded Memory

Module 7: medCheck

If you are not installing ICs, skip to the section Enabling Modules below.

All ICs (integrated circuits) have a notch, dot, or dimple on one end. This is the end with pin 1. All the ICs referenced here are oriented so that pin 1 is towards the rear of the instrument. Note the notch marked on the PCB (printed circuit board) on that end.

Note

Always orient an IC correctly when installing it or you could damage it.

All ICs are referenced by a U number (U20, U21, etc.). The U numbers are marked on the PCB. When installing an IC, make sure all the pins go into the socket holes and none are stuck out or bent under. If the instrument doesn't work correctly after installing an IC, check that it is the correct IC, that all the pins are in the holes, and that the orientation is correct.

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Fluke MedTester 5000C installation instructions Installing Integrated Circuits

MedTester 5000C specifications

The Fluke MedTester 5000C is an advanced biomedical analyzer specifically designed to meet the rigorous demands of healthcare facilities. This versatile testing device is engineered to ensure that medical equipment functions correctly and safely, which is crucial in maintaining high standards of patient care.

One of the standout features of the MedTester 5000C is its comprehensive testing capabilities. It can perform electrical safety tests for a wide variety of medical devices, including patient monitors, infusion pumps, and defibrillators. It assesses parameters such as leakage current, touch current, and dielectric withstand voltage, ensuring that equipment complies with established safety standards.

The device also incorporates advanced technologies, including a color LCD display that provides a user-friendly interface. The touchscreen functionality allows for easy navigation through testing protocols and settings, significantly enhancing the user experience. Users can quickly access predefined test configurations tailored for specific devices or create customized test sequences.

Another essential characteristic is its robust data management capabilities. The MedTester 5000C enables users to store, retrieve, and analyze test results efficiently. With the ability to save thousands of test records, the device facilitates thorough documentation and reporting, which is vital for complying with regulatory standards and internal quality assurance programs. Additionally, users can export data via USB for further analysis or integration with healthcare management systems.

The Fluke MedTester 5000C also stands out for its portability and rugged design. Weighing only a few pounds, it can be easily transported within a facility or to different locations while remaining durable enough to withstand daily use in demanding environments. The long-lasting battery ensures that it operates continuously without the need for frequent recharging.

Moreover, the MedTester offers multiple voltage testing options, catering to varied requirements across different medical devices. With its ability to measure AC and DC voltages up to 600 volts, it addresses a broad range of testing scenarios.

In summary, the Fluke MedTester 5000C is a sophisticated and reliable solution for healthcare professionals tasked with ensuring the safety and effectiveness of medical equipment. Its comprehensive testing capabilities, intuitive interface, robust data management features, portability, and versatility make it an indispensable tool in any biomedical engineering toolkit, enhancing the overall quality of patient care in modern healthcare settings.