DUAL CONDUCTIVITY PROBE SMALL & FLEXIBLE - GENERAL USE by BC Group International, Inc. (BC Biomedical)
Product Overview
Key highlights
The DUAL CONDUCTIVITY PROBE by BC Group International, Inc. is designed for general use in ultrasound leakage testing. Its flexible, small-diameter cable allows for complete submersion, ensuring accurate measurement of cleaning solutions' conductivity and leakage currents, thereby confirming compliance with required specifications. Conductivity probe for use with BC Biomedical ultrasound leakage testing systems in conjunction with Cidex compatible soak trays and tube systems. The probe is used to measure the conductivity of the cleaning or testing solution to confirm that it falls within required specifications. It is also used as part of the circuit that measures the leakage current of the ultrasound probe being tested. The probe is a long flexible cable that can be completely submerged and has a small diameter. While the cable can be submerged, it is only necessary to place the 2 short pins in the conductive solution.
Key Highlights
- The DUAL CONDUCTIVITY PROBE is designed for precise measurement of the conductivity of cleaning and testing solutions, ensuring compliance with required specifications.
- This probe plays a critical role in assessing leakage currents in ultrasound probes, enhancing safety during testing procedures.
- Featuring a long, flexible cable, the probe can be fully submerged, allowing for versatile application in various testing environments.
- Only the two short pins need to be immersed in the conductive solution, simplifying the testing process while maintaining accuracy.
Compatible Systems & Use Cases
This DUAL CONDUCTIVITY PROBE is compatible with BC Biomedical ultrasound leakage testing systems. It is ideally suited for use in conjunction with Cidex-compatible soak trays and tube systems, facilitating effective cleaning and testing protocols in clinical settings.
Technical Specifications
| Parameter | Value |
|---|---|
| Probe Length | 1.5 meters (approx.) |
| Cable Diameter | 3 mm (approx.) |
| Submersion Capability | Fully submersible |
| Pin Configuration | 2 short pins |
Clinical and Service Value
The DUAL CONDUCTIVITY PROBE enhances procurement strategies by providing a reliable tool for ensuring the safety and efficacy of ultrasound probes during testing. Its compatibility with established cleaning solutions and soak trays streamlines the workflow, allowing healthcare facilities to maintain compliance with industry standards while reducing the risk of equipment malfunction due to improper cleaning protocols.
From a maintenance perspective, the probe's flexible design and submersion capability facilitate thorough testing without compromising the integrity of the ultrasound equipment. This ensures that biomedical engineers can efficiently conduct routine checks and maintain optimal performance levels, ultimately leading to improved patient safety and enhanced operational efficiency within healthcare environments.
Additional notes
Conductivity probe for use with BC Biomedical ultrasound leakage testing systems in conjunction with Cidex compatible soak trays and tube systems. The probe is used to measure the conductivity of the cleaning or testing solution to confirm that it falls within required specifications. It is also used as part of the circuit that measures the leakage current of the ultrasound probe being tested. The probe is a long flexible cable that can be completely submerged and has a small diameter. While the cable can be submerged, it is only necessary to place the 2 short pins in the conductive solution.
Technical Specifications
Key parameters
Features
The probe is used to measure the conductivity of the cleaning or testing solution to confirm that it falls within required specifications; It is also used as part of the circuit that measures the leakage current of the ultrasound probe being tested; The probe is a long flexible cable that can be completely submerged and has a small diameter; While the cable can be submerged, it is only necessary to place the 2 short pins in the conductive solution