Low-cost Remote I/O System nano Series for the IoT Era
The user-friendly and cost-effective CONPROSYS nano accelerates the digital transformation of industrial systems.
The CONPROSYS® nano series is a modular remote I/O system that allows for flexible combinations of I/O. It can be used as a PC-based remote I/O system utilizing Windows/Linux computers or as a simple remote I/O system with a PLC as the master. This low-cost remote I/O device offers overwhelming cost performance, focusing on essential functions without compromising usability. It adopts a modular design that allows for a node configuration based only on the necessary number of I/O points, minimizing waste. The CONPROSYS® nano series also provides a rich variety of I/O modules that can convert all types of signals into information, and it features an environmental design that supports a wide temperature range of -20 to 60°C. Its compact housing is designed for space-saving and can be installed in narrow locations without restriction. 【Main Features】: ● A rich variety of I/O modules that convert all types of signals into information. ● Modular design that allows for unit configuration based only on necessary functions and I/O points. ● Ethernet-based low-cost remote I/O that focuses on essential functions without compromising usability. ● Environmental design that can be installed in any location, with a space-saving design suitable for narrow spaces.
basic information
Remote I/O Communication Coupler: ■Modbus Slave / 4x Slots / 1x LAN / 1x RS-232C Remote I/O Communication Coupler: ■Modbus Slave / 4x Slots / 2x LAN (Built-in Switch) Programmable Remote I/O Communication Coupler: ■IEC 61131-3 Compliant Programming / Modbus-TCP Master/Slave / 4x Slots / 1x LAN / 1x RS-232C
Price information
Please feel free to contact us.
Price range
P2
Delivery Time
OTHER
Model number/Brand name
CONPROSYS(R) nano series
Applications/Examples of results
Can be used for input and output of all I/O signals in the industrial sector.
Detailed information
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Features of the Remote I/O Coupler Unit - By utilizing the driver library that can be downloaded for free from our website, it is possible to create input and output for digital and analog signals connected to the Remote I/O in the same way as the programs for our expansion boards. Linux drivers are also provided free of charge.
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Features of the Remote I/O Coupler Unit - By using the virtual COM driver available for free download from our website, the serial port of the Remote I/O can be accessed as a COM port in Windows.
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Features of the Remote I/O Coupler Unit - When configuring multiple Remote I/Os on a network, the Remote I/O terminals can be connected in a daisy chain, eliminating the need for a HUB to branch the network.
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Features of the Remote I/O Coupler Unit - It is equipped with the industry-standard Modbus protocol, allowing input and output modules to be used as Remote I/O from devices that support Modbus master functionality.
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Features of the Programmable Remote I/O Coupler Unit - By utilizing the Modbus TCP master function of CODESYS to connect only the remote I/O to the coupler and network, it is possible to increase the number of input and output points, allowing for the placement of necessary inputs and outputs in required locations and optimizing wiring.
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Features of the Programmable Remote I/O Coupler Unit - In modularly designed equipment, controlling each unit with CODESYS allows for modularization, including wiring, thereby enhancing the design flexibility of the equipment.
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Line up（3）
| Model number | overview |
|---|---|
| CPSN-MCB271-S1-041 | CONPROSYS nano series remote I/O communication coupler / Modbus slave / 4x slots / 1x LAN / 1x RS-232C |
| CPSN-MCB271-1-041 | CONPROSYS nano series remote I/O communication coupler / Modbus slave / 4x slots / 2x LAN |
| CPSN-PCB271-S1-041 | CONPROSYS nano series programmable remote I/O communication coupler (IEC 61131-3 CODESYS) / Modbus master / 4x slots / 1x LAN / 1x RS-232C |
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News about this product（6）
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[Free White Paper] Technical Column - Learning from Successful Case Studies of IoT Implementation in Factories: Utilizing Sensor Information Visualization (Part 3 of the Sensor and IoT Devices Series)
After reviewing how to utilize sensor information, we will introduce several successful IoT case studies and the IoT systems provided by Contec, while also touching on information collaboration with other IT systems, as well as the use of closed networks and the cloud. We will deliver a three-part series of explanatory columns focusing on "sensors" and "IoT devices." We hope this will be helpful in building your IoT systems. 【Table of Contents】 - What IoT Means in Factories - How to Utilize Collected Sensor Information - Centralized Management of Factory Equipment Operating Status through Visualization Systems - System Monitoring and Process Control Across Multiple Locations Using the Cloud - Case Study on Production Process Visualization: "Contec Komaki Office" - Utilizing Sensor Information with Contec's Solutions
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[Free White Paper] Technology Column - Focusing on Sensor Interfaces! No More Confusion in Choosing IoT Gateways (Part 2 of the Sensor and IoT Devices Series)
To correctly connect sensors and IoT devices, it is essential to first focus on the sensor's interface. In the second installment of our explanatory column on "Sensors" and "IoT Devices," we will discuss how to select IoT devices while paying attention to the sensor's interface. We will deliver a three-part series of explanatory columns focusing on "Sensors" and "IoT Devices." We hope you find it useful for building your IoT systems. 【Table of Contents】 - What is an IoT Gateway? - The Role and Interface of IoT Gateways - Sensors that indicate ON/OFF (Digital Output) - Sensors where the number of ON/OFF signals has significance (Counters) - Sensors that indicate changes in physical quantities or the environment (Analog Output) - Sensors that convert data and send it out as communication (Communication Interface) - General-purpose products specialized in IoT gateway functions developed by Contec
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[Free White Paper] Technical Column - Types and Uses of IoT Sensors (Series Part 1: Sensors and IoT Devices)
When you hear "IoT (Internet of Things)," what images come to mind? As you start to tackle the realization of IoT with themes like "wanting to visualize the site," "wanting to improve production efficiency," and "wanting to detect signs of failure," you will first realize that you must solve the very practical issue of "how to collect data from the equipment on-site." This realization will highlight the gap between your envisioned smart IoT image and the reality. Where should you install which "sensors" on the equipment? How will the wiring be done? To choose the most suitable "sensors" for the information you want to acquire, you need to understand the types and characteristics of sensors. We will deliver a three-part explanatory column focusing on "sensors" and "IoT devices." We hope you find it useful for building your IoT system. This first installment, titled "Types of Sensors Essential for IoT and How to Use Them," will explain the sensors that can be used in IoT, focusing on the interface.
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The Raspberry Pi (R) HAT-sized board CPI series is compatible with Raspberry Pi OS February 2023.
Thank you for waiting! The CPI series of HAT-sized boards for Raspberry Pi(R) (Raspi) is now compatible with the latest Raspberry Pi OS February 2023. Under the motto "Making PC convenience available for FA!", Contec is quick to adapt to the current PC platform and will continue to contribute to the use of PCs in industrial applications. Our USB I/O units, Ethernet I/O units, sub-gigahertz wireless I/O units, and remote I/O (CONPROSYS nano) are also compatible with Raspberry Pi CPU boards. The device driver API-TOOL for Linux abstracts the differences in buses, allowing programming to remain the same regardless of the connected bus. This enables free selection of devices according to applications and purposes. Supported Raspberry Pi CPU boards: - Raspberry Pi 4 Model B - Raspberry Pi 3 Model B+
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The 4G LTE communication module "CPSN-COM-1GM1," which enables wide-area communication for the CONPROSYS® nano series, has arrived.
Contec has developed the 4G LTE module "CPSN-COM-1GM1" as a new product in the CONPROSYS nano series, a remote I/O system that pursues cost performance and ease of use for the IoT era, and has started accepting orders from May 18, 2023. The new product is an I/O module that adds 4G LTE communication functionality to the programmable remote I/O coupler unit (CPSN-PCB271-S1-041) of the CONPROSYS nano series, which is equipped with a CODESYS runtime compliant with IEC 61131-3. By adopting the wireless communication standard Cat. M1 for IoT devices and implementing it in the expansion slot of the coupler unit, it enables the transmission of collected data from remote locations for applications such as equipment monitoring. It is also easy to connect with our web HMI/SCADA software, CONPROSYS HMI System (CHS), which allows for the easy construction and operation of monitoring and management systems for plants and production processes. Additionally, for integration with cloud services such as AWS and Azure, it is possible to use the HTTP request functions provided by Contec, which are available in the CODESYS integrated development environment.
