Chapter 2: Getting Started

6. Save your Configuration to a File on the Local PC

Now that you have setup the FF240-IP unit to the necessary configuration, it is a good idea to save the parameters in case the unit needs to be restored after a factory default. This will save you time if you want to test different settings or need to do some troubleshooting as you will be able to return to these settings easily. Click on the System Configuration top navigation link and then click on the Save/Restore link in the left-hand pane. In the Save/Restore Configuration window, click on the Save Config link in the upper right hand corner to save what you have set so far. The file name “config_nnnn.bin” (with the n’s replaced by the version number and current date) will appear in the dialog for where you can store the file. This config file can then be used to restore the FF240-IP to this configuration.

7. Sending Test Faxes

Set up an email address for the Administrator by going to the Users section (top navigation bar) and click on the Edit action item for the Administrator account to add an email address. Next go to the Fax Configuration Inbound Routing page and verify where the fax will be routed – if no settings are changed, any incoming fax will be emailed to the Administrator email address (by default, all incoming faxes are routed to the Administrator). Next set the SMTP parameters in the SMTP Configuration section of the System Configuration.

A two step approach is recommended to verify faxing is working properly using FF240-IP. In the first step, the FF240-IP sends a fax to itself to verify that the fax is sent/received and routed properly. If this works properly, the next step is to configure the SIP/T.38 settings on FF240-IP to match your SIP/T.38 network requirements and send test faxes again.

Sending a loop-back test fax:

A. Go to the Fax Configuration screen, enter the IP Address of your FF240-IP in the SIP Proxy/Gateway field leaving default values in the other fields, and click Save to accept the changes. This will cause all outbound faxes to be looped-back to FF240-IP. Next, go the Send Fax screen, select "Enter Recipient Info" in the Find Recipient field, and enter the phone number 123- 456-7890 in the "Fax Number" field under Recipient Information. Enter some text in the Subject and Comments fields under Cover Page Information, and then click the "Send Fax" button at the bottom of the screen to send the fax.

B. Click on the Status & Logs link in the top navigation bar, and then click on the Fax Status link to observe the status of the loop-back fax. You should see "sending" on one of the channels, and "receiving" on another. When the fax completes, click on the Inbound Fax Log link in the left- hand frame to see if the FF240-IP sends the email. If the email was sent successfully, the “Inbound Fax Log” field will contain the message. Click on the Details link to see where it was delivered. If the email is not delivered within 5 minutes, see the “Troubleshooting Appendix;” specifically “What if I don’t get the email to me of the test fax that I sent?”

Multi-Tech Systems, Inc.

FF240-IP Admin User Guide

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Multitech FF240 manual Save your Configuration to a File on the Local PC, Sending Test Faxes, Sending a loop-back test fax

FF240 specifications

The Multitech FF240 is a versatile and powerful device designed to address a wide range of applications in the realm of IoT (Internet of Things) connectivity. This robust product is engineered to facilitate reliable communication over various wireless networks, making it an ideal choice for industries like agriculture, smart cities, environmental monitoring, and asset tracking.

One of the standout features of the FF240 is its support for multiple connectivity options. It is equipped with best-in-class LoRaWAN technology, which allows for long-range communication with low power consumption. This means devices in remote areas can send data back to a centralized location without the need for extensive infrastructure or battery replacements. Additionally, the FF240 supports cellular connectivity through LTE, which ensures that it can maintain connectivity even in situations where LoRa signals may be weak.

The device boasts a compact and rugged design, making it suitable for deployment in harsh environments. The FF240 is built to withstand extreme temperatures, moisture, and dust, ensuring operational integrity in a variety of scenarios. Its IP67 rating further reinforces its reliability, allowing it to be used in outdoor applications without fear of damage from the elements.

In terms of functionality, the Multitech FF240 offers an array of features, including local processing and data aggregation capabilities. This device can process sensor data on-site, reducing the amount of data transmitted and thereby optimizing communication bandwidth. This capability is particularly beneficial for applications requiring real-time monitoring and quick response times.

Moreover, the FF240 is designed with cloud connectivity in mind. It integrates seamlessly with various cloud platforms, providing users with the ability to track and manage their devices remotely. This capability enhances operational efficiency, as users can monitor performance metrics and make data-driven decisions based on real-time insights.

Security is a paramount concern in IoT deployments, and the Multitech FF240 addresses this with robust encryption protocols. With secure authentication and data security measures in place, users can have peace of mind knowing their data is protected.

In summary, the Multitech FF240 stands out due to its multi-network support, durable design, local processing capabilities, cloud connectivity, and advanced security features. It is a comprehensive solution that caters to a wide range of industrial applications, empowering businesses to leverage IoT technology for improved efficiency and innovation.