In the realm of healthcare technology, precision and reliability are critical, especially when it comes to devices like electronic blood pressure monitors. Unionwell, a leader in micro switch innovation, introduces the G6 Series, a micro switch designed to elevate the accuracy and functionality of electronic blood pressure monitors. This article explores the key features of the G6 Series and its significant impact on the performance of these essential medical devices.
Electronic blood pressure monitors have become indispensable tools in modern healthcare. They provide a convenient and non-invasive way to monitor blood pressure levels, aiding both healthcare professionals and individuals in managing cardiovascular health. The accuracy of these devices is paramount to ensuring timely and reliable health information.
The G6 Series micro switch from Unionwell, a professional micro switch supplier, is engineered with specific features that make it an ideal component for electronic blood pressure monitors:
High Sensitivity: The G6 micro switch is highly sensitive, allowing for precise detection of pressure changes within the monitoring system. This sensitivity is crucial for capturing accurate blood pressure readings.
Compact Design: With a compact form factor, the G6 micro switch seamlessly integrates into the electronic blood pressure monitor without adding bulk. Its size ensures a space-efficient design, crucial for the portability and usability of these devices.
Long Operational Life: Unionwell's G6 micro switch is designed for longevity, providing a reliable and durable solution for electronic blood pressure monitors. Its extended operational life contributes to the overall reliability of the medical device.
Appropriate Actuation Force: The appropriate actuation force required for the G6 Series ensures that the switch responds effortlessly to pressure changes, enhancing the responsiveness of the electronic blood pressure monitor.
Global Safety Approvals: The G6 Series micro switch complies with international safety standards, including ENEC, UL/cUL, CE, CB, CQC, ensuring that electronic blood pressure monitors featuring this switch adhere to the highest quality and safety regulations.
Microswitches are mainly used in electronic sphygmomanometers to detect the tightening status of the cuff and transmit signals upon completion of measurement.
1. Fastening status detection: Electronic blood pressure monitors are usually equipped with an adjustable cuff, which is used to wrap around the upper arm of the subject. The microswitch is placed at the connection point or installation position of the cuff. When the cuff is properly tightened, the microswitch is pressed, closing the contacts.
2. Electrical signal transmission: The closed contact of the micro switch triggers the signal transmission in the circuit. Normally, after the cuff is properly tightened, the microswitch sends a signal to the control unit of the electronic blood pressure monitor. This signal tells the device that the cuff is properly installed and measurements can be taken.
3. Function control: The control unit of the electronic blood pressure monitor performs corresponding operations according to the signal of the micro switch. Once the microswitch detects the tightening state, the electronic blood pressure monitor may begin functions such as inflating the air bag, measuring pressure, and displaying data.
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