Ultrasound Transducer Leakage Tester

Electrical safety test ensures TEE probe function

A properly conducted electrical leakage test is critical for TEE probe integrity and patient safety.

CS Medical and BC Group International have partnered to provide a safe and effective method in conducting the electrical leakage test within the disinfectant reservoir of the TD 100^® Automated TEE Probe Disinfector or the TEEClean^® Automated TEE Probe Cleaner Disinfector.

The ULT‑2000 Series is specifically designed to test the electrical safety of all types of diagnostic ultrasound transducers, totally independent of the ultrasound machine on which they are typically used. The integrity of the outer insulation barrier of the transducer as well as the capacitive leakage currents that exist are tested. The Intersocietal Accreditation Commission (IAC) recommends the structural and electrical integrity of the transducer be checked between each use, using an ultrasound transducer leakage tester.

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Recommended Leak Testing System Components

ULT-2020

CS-200806

ULT-PC-31

Features

Range 0.5 to 500 µA - Designed to meet manufacturer transducer specifications
Large graphic display with backlighting allows easy selection of options and setup of parameters
User-selectable challenge (test) voltage (90 to 275 VAC) and frequency (50 or 60 Hz)
Selectable pass/fail or numerical test results
Compatible with Dale Technology^® and Fluke Biomedical^® adapters
On-board storage for up to 99 test records
Audio-visual test status indication

CS Medical has been our vendor for our TEE reprocessing for our TEE probes for greater than 5 years. They have consistently provided quality products that have ensured our compliance with HLD for this reusable medical devices. They have shown innovation in products that meet and exceed regulatory and best practice standards.

Betty M, Northside Hospital Atlanta

Benefits

Eliminate Probe Damage

BC Group’s ULT line of second generation "Soft Touch" transducer adapters, completely eliminates the possibility of costly damage. These adapters utilize the actual multi-pin mating connector for the ultrasound transducer to be tested. The transducer electrical connector is subjected to only the same level of insertion and locking force that is normally seen when the transducer is connected to the ultrasound machine. There are no other undesired mechanical forces on the transducer electrical connector, or the individual pins within it. Take steps to avoid unnecessary and costly transducer electrical connector damage as a result of using older generation adapters.