The IIoT-6100 Series is a communications processor that’s paired with an external receiver (IIoT-6000) or it can be built with the receiver card internal to the enclosure. It provides a communication and data interface between IIoTTTI reporting systems and customer DCS systems via Modbus (ASCII or RTU) responses to customer polling commands for status and/or measurement data, or to a hosted, secure, remote server platform. Furthermore, this Modbus Receiver can integrate any sensor type into our optional Cloud Software, which provides remote, near real-time view of data, trends, as well as predictive analysis.
The IIoT-6100 series, from IIoT Technology Innovations, Inc. (IIoTTTI) is a serial Modbus Receiver Unit that contains a communications processor as well as an external receiver (IIoT-6000). It can also include a receiver card that’s internal to the enclosure. This Serial Modbus Receiver Device provides a communication and data interface between IIoTTTI smart wireless sensors, its reporting systems, and customer DCS systems via Modbus (ASCII or RTU). It provides responses to customer polling commands for status and/or measurement data, or to a hosted, secure, remote server platform.
All communication to the IIoT-6100 Series is through wireless transmitters. Communication between the IIoT-6100 series units and the customer’s DCS uses serial RS-232 or RS-485 connections for the Modbus commands/responses. In addition, it can rely on a cellular card for a secure, hosted, off site platform with a Cloud Portal for visualization. A microcontroller computer provides logic, control, as well as communication functions.
Use of system watchdog timers and auto run features integrated into the hardware and a multitasking operating system allow the IIoT-6100 series to automatically continue operations following system interruption due to power outages. This model is scalable and can accommodate up to 15 Modbus boards, thus allowing for large expansions of wireless sensors.
With IIoTTTI Sixth Sense® intelligent process insight, operators gain an unprecedented look into their processes. Furthermore, our 900 MHz technology connects even the most remote signals and brings them straight to your control room. Going beyond the basics, your data can also integrate into our sophisticated Cloud Computing software.
Our Cloud Solutions give you smart insight into your processes as well as asset performance. This will help you make informed decisions to increase safety and prioritize maintenance in addition to de-bottlenecking processes and much more. We provide insight on near real-time data for numerous data points for example, temperature, pressure, vibration, level, gas detection, and much more.
operating frequency | 900 MHz (USA), 868 MHz (Europe) |
user interface | RS-232 or RS-485 |
baud rate | 9,800 to 19,200 baud |
comm parameters | configurable |
max polling rate | less than 2 seconds |
diagnostic port | laptop or PC interface |
operating temperature | -40 to 185˚F (-40 to 85˚C) |
humidity | 5 to 95% non-condensing |
operating power | 9-16 VDC |
supply voltage | 110 VAC |
enclosure | fiberglass NEMA 4X size variable based on Modbus board count |
weight (without battery) | variable, based on configuration |
mounting | pipe 1.5 inches (3.8 cm), wall-mount, unistrut |
Frequency hopping provides redundancy to reduce the risk of losing a signal to interference or reception. This is due to its unique spread spectrum data transmission technique. Frequency hopping minimizes the effects of walls, structures, and also terrain of the signal, which means these transmitters work well even in obscured areas. In addition, it allows data to be secure on both the sending and receiving ends of the process.
These Data Packets Transmit via a Transmit Only Device in a binary format. Then, the Receive Only Device receives and processes the packet before integrating it in this Modbus enabled Serial Data Processing Device. After, the data converts into something that is meaningful by correlating to our data base, as the factory programs it to work in conjunction with the field instruments.
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