Ruff Mini Gateway: Equipped with SaaS to achieve zero-code configuration and original smart screen display

In the second quarter of 2021, Ruff Nanchao IoT’s small gateway RGWi0600 for universal wireless data transmission scenarios began mass production. It only took 3 months from early research and development to commercial launch. At the same time, version 1.0 of the Ruff IoT device management platform, which can be configured remotely in the cloud, has also been officially released online. Its original built-in 1.3-inch TFT color screen can help users quickly understand equipment collection and reporting, SIM card and other information.

The gateway is a 4G Cat.1 wireless data transmission gateway that supports Modbus RTU protocol and digital input edge data collection and reporting; through the Ruff IoT cloud platform, users can configure it remotely through the cloud and on the PC Use the mini program to view device operating data at any time, receive and process alarm information. RGWi0600 equipment can be widely used in industrial remote monitoring, municipal energy consumption monitoring and other industries.

It is worth mentioning that this gateway is very cost-effective and can be used independently out of the box in conjunction with Ruff Nanchao IoT's device management platform, and the device data collection and configuration can be completed in one minute.

Features and advantages of 0600 gateway

1) Cat.1 low power consumption and low latency, suitable for IoT needs that do not require high network speed, high stability and cost sensitivity

2) 1 channel RS485/RS232 and 2 channels DI hardware interface

3) Built-in 1.3-inch TFT color screen to quickly understand equipment collection and reporting, SIM card and other information

4) Built-in eSIM, no need for card insertion and activation, ready to use after power-on, real-time traffic monitoring in the cloud

5) Remote data collection configuration, remote firmware upgrade

6) Gateway operating status monitoring , the local display screen displays data collection and reporting status, device firmware, SIM card and other information, and also supports remote device monitoring, real-time/historical operation data viewing

7) PC messages, WeChat, SMS and other alarm information Push

8) Free and stable Ruff IoT cloud platform service

Zero-code implementation of SaaS independent configuration guide

Through our company The developed IoT device management platform can realize rapid access, configuration collection and management of devices. The specific configuration process is as follows:

1) Take out the RGWi0600 universal wireless data transmission gateway and tighten the antenna on the RGWi0600 antenna interface. RGWi0600 has a built-in eSIM card (100M per month, free for 1 year). If you use your own 4G card and insert your own SIM card, the device will automatically switch to the inserted 4G card to connect to the Internet.

2) Connect the industrial equipment/sensors to be collected to the gateway.

3) Connect the power cord to the gateway power terminal and turn on the power.

1) Click Quick Access to add device

Enter the device SN and device name. The device SN can be obtained by scanning the QR code on the gateway body.

2) Select product

Product is a collection that defines the attributes of the collection device and needs to be defined by the user. If the product has not been created, click the Manage button to create a new product

On the New Product page, select the gateway model RGWi0600 and enter the product name.

On the product list page, click View to enter the product attribute configuration page.

Click Add Attribute to define the attribute name, data type, reading and writing method of the device to be collected, etc.

After the configuration is completed, return to the product selection page, click Refresh, select the product you just created, select it and click Next.

3) Configure collection

On this page, you can view the online status of the device and configure collection for attributes.

Edit the collection cycle, collection protocol and hardware interface of the collection configuration.

After the configuration is completed, click Test to view the collected data and time in real time.

4) Access completed

After the access is completed, the configuration will be sent to the device. Wait for about 1 minute for the device to restart successfully and go online. You can jump to the device to view real-time data.

1) View real-time data and historical data

2) View device online and offline records

3) View alarms

4) Query IoT card traffic

For the detailed process, please view the URL: /

Here is also the configuration process demonstrated by our hardware engineers:

The video is loading. ..