GE RESPONDER 3000 Power Supply Connector Cable - The GE Marquette RESPONDER 3000 Defibrillator is a medical device designed for emergency use, particularly in cardiac arrest situations, to deliver electrical shocks to the heart in an attempt to restore normal rhythm. The Power Supply Connector Cable is a crucial component of this defibrillator system, as it ensures the device receives the necessary power to function effectively.
This cable connects the defibrillator to its power source, which could be a rechargeable battery pack or a direct AC power outlet, depending on the model and configuration. It is designed with safety and reliability in mind, ensuring that the defibrillator is always ready for immediate use when needed.
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Key features of the Power Supply Connector Cable might include:
1. Durability: Built to withstand the rigors of emergency medical environments, including frequent handling and transport.
2. Ease of Use: Designed for quick and easy connection and disconnection, allowing rapid setup and battery changes if required.
3. Compatibility: Specifically tailored to fit the GE Marquette RESPONDER 3000 defibrillator model, ensuring a secure and proper connection.
4. Electrical Safety: Incorporates safety features to prevent electrical hazards such as short circuits or overvoltage, complying with medical device safety standards.
5. Indicators: Some cables may have visual indicators (like LED lights) to show when the device is properly connected and receiving power.
► Note
To ensure safety, please replace the GE RESPONDER 3000 Power Supply Connector Cable in time if any of the following conditions are found:
• Check the cable for obvious damage, cracks, cuts or worn sheaths, exposing the internal conductor, which may cause risk of electric shock or affect insulation performance.
• Observe whether the plug and the end of the line are damaged, broken or deformed, which may affect the stability and safety of the connection.
• Overheating during charging or use: If the power cord or connector is abnormally hot during use under normal load, it may be a sign of aging of the insulation material, increased conductor resistance or poor contact.
• Reduced charging efficiency: If the charging speed of the device is significantly slower and the problem of the device itself has been ruled out, it may be a sign of reduced power cord transmission efficiency.
• Poor contact: Frequent charging interruptions and the device intermittently failing to recognize the power supply indicate an unstable connection, which may be a problem with the contact part of the plug or cable.
