Proton CMB

Wireless Smart RTU

IIoT Ready:

Proton is conceptualized as an intelligent RTU with easy IIoT connectivity collecting data from sensors and industrial communications protocols taking them to the cloud according to the customer´s needs.

Scripting:

Proton can execute scripts that allow you to perform simple control actions. These actions can be aimed at changing of digital inputs/outputs, register through Modbus or EIP as well as sending a value or specific state through IZINET protocol.

Protocol conversion:

Proton makes communication possible between multiple protocols by using a single device. Unlike other products in a single Proton are available Modbus RTU/TCP, Ethernet IP Tag client, NTP, MQTT.

Video Playlist
1/33 videos
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Proton CMB - Check Status
Proton CMB - Check Status
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Proton CMB - Open Screen Editor
Proton CMB - Open Screen Editor
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Proton CMB - Edit Scripts
Proton CMB - Edit Scripts
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Proton CMB - Add Command Modbus RTU
Proton CMB - Add Command Modbus RTU
01:53
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Proton CMB - Configure Modbus RTU
Proton CMB - Configure Modbus RTU
02:12
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Proton CMB - Add Modbus RTU
Proton CMB - Add Modbus RTU
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Proton CMB - Configure NTP Client
Proton CMB - Configure NTP Client
01:22
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Proton CMB - Add NTP Client
Proton CMB - Add NTP Client
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Proton CMB - Add Command in EtherNet/IP Tag Client
Proton CMB - Add Command in EtherNet/IP Tag Client
01:44
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Proton CMB - Configure EtherNet/IP Tag Client
Proton CMB - Configure EtherNet/IP Tag Client
01:13
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Proton CMB - Add EtherNet/IP Tag Client
Proton CMB - Add EtherNet/IP Tag Client
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Proton CMB - Configure Modbus TCP Server
Proton CMB - Configure Modbus TCP Server
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Proton CMB - Add Modbus TCP Server
Proton CMB - Add Modbus TCP Server
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Proton CMB - Remove Network Protocols
Proton CMB - Remove Network Protocols
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Proton CMB - Edit Command in Modbus TCP Client
Proton CMB - Edit Command in Modbus TCP Client
01:42
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Proton CMB - Add Comand in Modbus TCP Client
Proton CMB - Add Comand in Modbus TCP Client
02:27
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Proton CMB - Configure Modbus TCP Client
Proton CMB - Configure Modbus TCP Client
01:01
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Proton CMB - Add Modbus TCP
Proton CMB - Add Modbus TCP
01:03
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Proton CMB - Configure Log Disk
Proton CMB - Configure Log Disk
03:34
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Proton CMB - Configure Alarm Module
Proton CMB - Configure Alarm Module
03:10
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Proton CMB - Configure Tx Group in Azure IoT
Proton CMB - Configure Tx Group in Azure IoT
04:04
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Proton CMB - Add Tx Group in Azure IoT
Proton CMB - Add Tx Group in Azure IoT
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Proton CMB - Add Chart Setup in Live View
Proton CMB - Add Chart Setup in Live View
02:01
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Proton CMB - Add Live View
Proton CMB - Add Live View
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Proton CMB -- Add Chart Setup in Trend
Proton CMB -- Add Chart Setup in Trend
01:48
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Proton CMB - Add trend
Proton CMB - Add trend
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Proton CMB - Configure IO
Proton CMB - Configure IO
01:53
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Proton CMB - Configure WLAN Infrastructure
Proton CMB - Configure WLAN Infrastructure
01:43
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Proton CMB - WLAN Access Point
Proton CMB - WLAN Access Point
02:43
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Proton CMB - LAN
Proton CMB - LAN
01:27
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Proton CMB - Remove Security
Proton CMB - Remove Security
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Proton CMB - Security
Proton CMB - Security
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Technical

Specifications

  • Power Connector

    The wide voltage range (9-32 VDC at 0.65A max) adds extra flexibility in locations where there is a different 24VDC facility. PROTON is provided with 3 terminal block connector.

  • Antenna 2

    PROTON uses 900MHz or 2.4GHz radio, through the IZINET protocol, which is a simple record transfer protocol between the IZI Technology family of gateways. IZINET900 is oriented to point-to-point communication, while IZINET2.4 is geared towards building MESH networks.

  • Antenna 1

    PROTON uses Antenna Diversity (AD) scheme to improve the quality reliability of the Wireless link. AD is especially effective at mitigating multipath situations. Signal reliability is the most important aspect of the wireless link and using multiple antennas is an effective way to decrease the number of drop-outs and lost connections.

  • Digital Inputs and Digital Outputs

    PROTON has two Digital Outputs which contains normally open type relay outputs, The maximum current that the contacts can handle is 2 Amps and the maximum voltage is 250VAC or 220 VADC.

    Additionally Proton has two sets of two Digital Inputs with independent references and optically isolated. The permissible voltage range for these entries is between 12VDC and 30VDC. The input impedance is greater than 10KV so the input current is always below 10mA. When the respective terminals are energized, warning lights are activated and indicate the high status of input.

  • RF Power Link Indicators

    When the WLAN is activated, the Light Indicators will show the lowest RF power level of any connected device. You have the option to check the link status in every SPX5 connected.

  • Ethernet PortEthernet Port

    10/100/1000M Auto Negotiation. Built-in 1.5kV magnetic isolation.

  • Analog Inputs and Analog Output

    Proton has an analog current output in the format of 4 to 20mA. You can use a different power supply that is used to energize the Proton or can be bypassed to the terminals 24V and 0V. The current in the range 4 to 20mA flows from the AO terminal, through the load must have a value less than 300 Ω and returned by the RET1 terminal.

    Additionally A set of 6 analog inputs, referenced to RET2 can be read by PROTON. The measuring range is between 4 and 20mA.

  • Communication Status

    This set of Light Indicators shows the serial ports, WLAN, IZINET and Device Running Status. There is the possibility to check the serial communication status, read the WLAN status and check that all the internal process are running Ok.

  • 1.5″ DIN-Rail Clip

Technical

Articles

The PROTON is and Industrial Wireless Communications Gateway that allows trans-ferring data to and from the internal memory to other devices via all the supportedindustrial protocols. It also allows wireless communications using the WiFi standard.

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