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Need help?Do you have a question about the Rigel MULTI-FLO and is the answer not in the manual?
Install the Gadget Serial V2.4 Driver and connect the Multi-Flo to the PC via USB serial cable.
On the Multi-Flo, scroll to and select remote control mode to initiate PC connection.
Select 'skip obtaining driver software' and confirm to prevent driver update interference.
Access Control Panel, update driver by browsing for files in the correct folder.
Confirm driver installation and download data from the Multi-Flo via Med-eBase.
Install the Gadget Serial V2.4 Driver and connect the Multi-Flo to the PC via USB serial cable.
On the Multi-Flo, scroll to and select remote control mode to initiate PC connection.
Select 'skip obtaining driver software' and confirm to prevent driver update interference.
Access Control Panel, update driver by browsing for files in the correct folder.
Confirm driver installation and download data from the Multi-Flo via Med-eBase.
The Rigel Medical Multi-Flo is a versatile medical device designed for testing and calibration, particularly in conjunction with the Med-eBase software. Its primary function is to facilitate remote control operation, allowing users to manage and interact with the device through a connected computer. This capability streamlines testing procedures and data management, enhancing efficiency in medical equipment maintenance and calibration environments.
The Multi-Flo, when operated in Remote Control mode, integrates seamlessly with Med-eBase V2.4 or higher. This integration enables comprehensive control over the Multi-Flo's functions directly from a PC, eliminating the need for constant manual interaction with the device's interface during testing. The core of this functionality relies on the installation of the Gadget Serial V2.4 Driver, which establishes the necessary communication link between the Multi-Flo and the computer. Once connected and configured, the Multi-Flo can be instructed to perform various tests and operations, with results and status updates displayed within the Med-eBase software. This remote control capability is particularly beneficial for automated testing sequences, data logging, and generating detailed reports, which are crucial for compliance and record-keeping in medical facilities. The device is designed to be robust and reliable, ensuring accurate and consistent performance during critical calibration and testing tasks. Its ability to connect via a standard USB serial cable makes it accessible for a wide range of users and computer setups.
Operating the Multi-Flo in Remote Control mode involves a straightforward setup process. Users begin by powering on the Multi-Flo and connecting it to a PC using the provided USB serial cable. The device's menu allows for easy selection of the "remote control mode," initiating the connection attempt with the computer. A key aspect of its usability is the driver installation process. While the PC may initially attempt to search for drivers online, the instructions guide users to "skip obtaining driver software" and instead locate the pre-downloaded Gadget Serial driver files. This ensures a quick and efficient installation without relying on internet connectivity.
Once the driver is installed, the Multi-Flo appears as an unspecified device in the computer's 'Devices and Printers' section. Users can then update the driver by browsing to the folder containing the gadget serial files. This step is crucial for establishing proper communication. After the driver is successfully installed, the Med-eBase software can be opened. Within Med-eBase, users can select "Download from Tester" and specify "Multi-Flo" as the instrument type, then choose "Gadget serial" as the COM port. This final configuration step enables the full remote control functionality. The system is designed to be user-friendly, with clear steps for installation and setup, minimizing potential complications. The ability to download data directly from the tester into Med-eBase facilitates efficient data management and analysis, allowing for the creation of comprehensive test reports. The Multi-Flo's interface, even when not in remote mode, is intuitive, allowing users to navigate through menus to select various operational modes. The device's design prioritizes ease of use, ensuring that technicians can quickly integrate it into their workflow.
While the provided information primarily focuses on the operational aspects of the Multi-Flo in remote control mode, several implicit maintenance considerations can be inferred. The reliance on driver installation and proper software configuration highlights the importance of keeping the Med-eBase software and associated drivers up-to-date. Regular checks for software updates from Rigel Medical or Seaward, the parent company, would ensure optimal performance and compatibility with evolving operating systems.
The use of a USB serial cable for connection implies that proper care of this cable is essential to maintain reliable communication. Damaged cables could lead to intermittent connections or complete loss of remote control functionality, necessitating replacement. Similarly, the physical integrity of the Multi-Flo device itself, including its ports and internal components, is crucial. Routine visual inspections for any signs of wear, damage, or loose connections would contribute to its longevity and consistent operation.
The instruction to close and reopen Med-eBase or rescan COM ports if the gadget serial is not initially located after driver installation suggests a troubleshooting step that users can perform. This indicates a design that anticipates and provides solutions for common connectivity issues, empowering users to resolve minor problems independently. For more complex issues, the availability of a support contact via the Seaward website underscores a commitment to ongoing product support and maintenance. This ensures that users have access to expert assistance when needed, minimizing downtime and maximizing the operational lifespan of the Multi-Flo. The overall design emphasizes a robust and maintainable system, where software and hardware work in concert to provide a reliable testing solution.
General| Dimensions | 210 x 120 x 80 mm (8.3 x 4.7 x 3.1 in) |
|---|---|
| Weight | 1.2 kg (2.6 lbs) |
| Type | Infusion Pump |
| Connectivity | USB |
| Display | LCD |
| Power Supply | Rechargeable battery or AC adapter |
| Channels | Single Channel |
| Operating Temperature | 15 to 35°C (59 to 95°F) |
| Storage Temperature | -20 to 50°C (-4 to 122°F) |
