コンテック List of Products and Services

"PC-HELPER USB Series" devices for electronic measurement/testing/analysis/communication applications. Mobile measurement utilizing laptops, replacement of benchtop systems, and remote I/O systems embedded in equipment. Contec, specializing in PC-based measurement and control, proposes the miniaturization and efficiency enhancement of inspection systems and research equipment using USB technology.

The CC-USB271-CPSN4 is a compact modular USB I/O unit that connects to a Windows PC's USB port using an attached USB cable (USB 3.2 Gen1 Type-A to Type-C). It can utilize up to four versatile and low-cost signal input/output I/O modules from Contec's Ethernet-based remote I/O "CONPROSYS(R) nano series (currently available)." When there are different operating circuits or sensors at a single endpoint and the overall number of I/O points is low, it is possible to combine I/O modules with the net number of signal input/output points to configure the I/O unit, which helps reduce costs compared to traditional USB I/O units. Additionally, it can be powered via USB cable from a Windows PC. If the power consumption exceeds the power that can be supplied by the USB bus power, a safety design alerts users with an LED blinking. 【Main Features】 ● Flexible modular design for efficient unit configuration ● No AC adapter required due to USB bus power operation ● Malfunction prevention through USB power shortage detection ● Compact design

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.

The Contec Wireless I/O series employs a robust sub-gigahertz 920MHz wireless technology that excels in transmission distance and is resistant to obstacles. It offers analog input terminals (slave devices) for wireless data communication of analog signals, digital input/output terminals (slave devices), and an Ethernet gateway (master device) that converts Ethernet to 920MHz wireless. Up to 128 I/O terminals (slave devices) can be connected to a single master device (theoretical value). The Wireless I/O series supports multi-hop communication, making it suitable for remote monitoring and control of devices spread over a wide area. 【Main Features】 ● Highly reliable multi-hop communication ● Supports sub-gigahertz 920MHz wireless with excellent transmission distance ● Compatible with P2P (Peer-to-Peer) mode

This is a USB 2.0 compatible digital input/output unit that extends the input/output functions of a computer with digital signals. It is equipped with 128 points of photo-coupler isolated input (current sink output compatible) and 128 points of photo-coupler isolated open collector output (current sink type). Up to 16 of the input signals can be used as interrupts. Additionally, it features a digital filter function and a protection circuit for the output transistors (overcurrent protection).

【What's Different Here! Contec's Raspberry Pi Solutions】 ● Independently extended HAT specifications, enabling stack connections of up to 8 units FA control and measurement control systems require numerous signal inputs and outputs. Contec has expanded the standard HAT (Hardware Attached on Top) specification, which typically allows only one connection, to support multi-tier connections. With our unique Board ID system, we enable stack connections of up to 8 units, catering to systems that require a large number of signal inputs and outputs. ● No waste of development assets, multi-platform compatibility If you want to partially replace a PC-based system with a Raspberry Pi-based one, or scale up a Raspberry Pi-based system to a PC-based one, Contec allows for migration with minimal program changes. Our integrated driver software absorbs the differences in hardware, ensuring high compatibility at the API level. 【Product Lineup】 ● RAS function expansion ● Digital input/output / Relay output ● Analog input/output ● Counter

This product is a USB 2.0 compatible counter unit that extends the functionality of counting pulse signals input from external devices to a computer via a USB port. It features a 32-bit up/down counter with 4 channels, allowing it to be used in conjunction with devices such as rotary encoders and linear scales. The input interface for pulse signals is opto-isolated. With a compact design that does not require a specific installation location (188.0(W)×78.0(D)×30.5(H)mm), it can be easily installed on floors, walls, or mounted on a DIN rail, facilitating installation within panels or devices. 【Main Features】 ● 32-bit up/down counter ● Bus isolation using isolation elements ● Control input signals for I/O signals and sampling function control ● Sampling mode ● AC adapter included

This product is a microconverter that converts a computer's USB port to an IEEE-488 compliant GPIB communication port. With the included USB cable (1.8m), it can be directly connected to the GPIB interface of various devices without using a GPIB cable. Additionally, it can operate with bus power, allowing for the construction of a simple and compact GPIB communication system. On our website, you can download Windows drivers and LabVIEW-compatible GPIB communication drivers that can be used according to your needs. 【Main Features】 ● IEEE-488.1/488.2 compliant GPIB communication, capable of communication at up to 1.5Mbyte/sec ● Compliant with USB1.1/USB2.0 standards, eliminating the need for external power supply due to bus power operation ● Equipped with 2Kbyte transmit and 2Kbyte receive buffer memory ● Features a self-developed high-speed GPIB controller (μPD7210 register compatible) for stable supply ● Equipped with SPAS event functionality (in slave mode)

Compact design that does not require a specific installation location (188.0(W)×78.0(D)×30.5(H)mm) allows for easy installation on floors, walls, and DIN rails within panels or devices. It features 8 channels of 16-bit analog input and digital input/output (4 points each), and is an isolated type between these functions and the computer. The analog input supports differential input, enabling accurate measurement even when there is a potential difference with the signal source. The input range accommodates current input from 0 to 20mA. 【Main Features】 ● High-precision analog input (current input) with 8 channels and 4 points each for digital input/output ● Equipped with buffer memory that can be used in FIFO format ● Capable of sampling based on various trigger conditions and clock ● Calibration function via software ● Bus isolation using digital isolators ● Compact design that does not require a specific installation location (188.0(W)×78.0(D)×30.5(H))

This is a USB 2.0 compatible unit that expands the serial communication function compliant with RS-422A/485 on a computer by 4 channels. It supports baud rates up to 921,600 bps and is equipped with a transmission buffer of 128 bytes and a reception buffer of 384 bytes. A Windows driver is included, allowing it to be used as a standard COM port in the OS. 【Main Features】 ● Supports RS-422A/485 serial communication with a maximum of 921,600 bps ● Each channel is equipped with a transmission buffer of 128 bytes and a reception buffer of 384 bytes ● Compliant with USB 1.1/USB 2.0 standards ● Compact design that can be installed in various locations, with options for screw mounting, magnets (sold separately), and DIN rail mounting ● Supports a wide range power supply of 12-24 VDC

This is a USB 2.0 compatible digital input/output unit that expands the input/output capabilities of a computer with digital signals. It supports digital signal input/output of 12-24VDC. It is equipped with 16 points of photo-coupler isolated input (current sink output compatible) and 16 points of photo-coupler isolated open collector output (current sink type). Up to 16 points of the input signals can be used as interrupts. Additionally, it features a digital filter function and a protection circuit for the output transistors (surge voltage protection and overcurrent protection). It is compatible with the connector shape and signal arrangement of the PCI bus compatible board PIO-16/16L(PCI)H and the PCI Express bus compatible board DIO-1616L-PE, making it easy to transition from existing systems. 【Main Features】 ● 16 points of photo-coupler isolated input and 16 points of photo-coupler isolated open collector output ● Equipped with USB hub functionality ● 16 input signals can be used as interrupt request signals ● Built-in Zener diode for surge voltage protection and poly-switch for overcurrent protection in the output circuit ● Connector compatibility with PCI/PCI Express bus compatible boards

This is a PCI bus-compliant motion control board capable of positioning stepping motors and servo motors (with pulse train input method). It features positioning, home return, linear interpolation, and S-curve acceleration/deceleration functions, allowing for linear interpolation between multiple axes and the ability to override speed and position. It can be used in a wide range of applications such as semiconductor manufacturing equipment, inspection equipment, multi-axis robots, or X-Y robots. 【Main Features】 ● Independent multi-axis control with a maximum pulse output of 9.8Mpps ● Control of continuous operation, positioning operation, and home return operation through constant speed, linear acceleration/deceleration, and S-curve acceleration/deceleration ● Diverse output and input formats that can be connected to encoder inputs and pulse output circuits ● Synchronization control function for multiple axes, allowing for alignment of operation start and stop timings ● Ability to override speed and position ● Comparator circuit enables comparison between set values and counter values

This is a USB2.0 compatible digital input/output terminal that allows for easy input and output of digital signals (12 - 24VDC) by connecting to a computer's USB interface. It can handle up to 8 input points and up to 8 output points. By using the driver library [API-DIO(WDM)], you can create application software for Windows using various programming languages that support Win32API functions, such as Visual Basic and Visual C++. 【Main Features】 ● Photocoupler isolated input and photocoupler isolated open collector output ● Complies with USB1.1/USB2.0 standards, powered by bus power, eliminating the need for an external power supply ● Bus isolation via photocoupler ● Uses terminal connectors for easy wiring

This is a USB I/O unit compatible with USB 2.0 that extends the input or output functions of digital signals to a computer. It does not require external power supply due to USB bus power operation. It features 8 non-isolated TTL level inputs and 8 non-isolated open collector outputs. Additionally, the input/output circuits are equipped with protection circuits (surge protection) and use terminal connectors that facilitate easy wiring. A Windows driver is provided. 【Main Features】 ● Non-isolated TTL level input and non-isolated open collector output ● Compliant with USB 1.1/USB 2.0 standards, requiring no external power supply due to bus power operation ● Built-in diodes for surge absorption in the input/output circuits ● Provides a driver library compatible with Windows ● Uses terminal connectors that facilitate easy wiring

The DAQfast LabVIEW-compatible data acquisition library is a free LabVIEW-compatible data recording library for using our devices (PCIExpress / PCI / USB modules) with National Instruments' LabVIEW.

The Windows version of the Pattern Generator and Logic Analyzer: C-LogicDesigner is software that utilizes our high-speed bidirectional digital input/output device (32DM series) to generate digital signals and implement logic analyzer functions through sampling. It allows for the automatic generation of digital signal patterns and direct editing on graphs, execution of generating with various output conditions, verification of signals sampled under specified conditions, data saving to files, data pattern searching, frequency calculations, and more. Creating generating data can be done directly on the graph window, with rich editing features such as direct input of [0, 1] values, copy & paste, data inversion, pulse width modification, and data exchange for each channel. Basic data patterns can be automatically generated. Signals captured by the sampling function of the high-speed bidirectional digital input/output device (32DM series) are displayed graphically as a logic analyzer. Using the high-speed digital signal output function of the same series, the created logic patterns are output as signals from a pulse generator.

Data Logger Software for Windows: C-LOGGER(R) is a data logger software compatible with our analog input/output devices. It allows for graph display of recorded signal data, zoom observation, file saving, and dynamic transfer to spreadsheet software Excel. No complicated programming is required at all.

The Analog G series is a multifunctional interface board equipped with 2 channels of analog output, 16 points of digital input/output, and 2 channels of 32-bit counters, in addition to analog input. It enables the realization of measurement and control systems that require diverse signal input/output in a compact and cost-effective manner. Furthermore, the built-in DMA bus master transfer function allows for long-term continuous sampling while maintaining the device's maximum conversion speed. The event controller integrated into the Analog G series manages the trigger/clock/status of each signal input/output in a unified manner, enabling synchronization control of signals at the hardware level, which is difficult to achieve at the software level. Additionally, up to 16 devices can be connected via a dedicated cable to the synchronization connector on the board, allowing for synchronized operation through the event controller. 【Main Features】 ● High-performance, multifunctional single DAQ device with analog input/output, digital input/output, and counters ● High-speed continuous sampling with DMA bus master transfer function ● Versatile conversions enabled by the event controller ● Synchronized operation of up to 16 devices (via synchronization connector) ● Abundant functional expansion modules and wiring accessories

This is an expansion chassis that allows you to add a PCI bus (5V/32bit 33MHz) slot to your computer. The computer and this expansion chassis are connected via a separately sold expansion bus adapter (EAD(PCI), EAD(LPCI)BE, EAD-BE-LPE). There are two types of chassis available: one for short size and one for long size. The short size chassis can accommodate up to 7 PCI boards, while the long size chassis can accommodate up to 13 PCI boards. Additionally, it can turn the power ON/OFF in conjunction with the computer, and it features a steel chassis with a built-in cooling fan, making it suitable for use in the field. 【Main Features】 ● Capable of installing 2 to 13 PCI boards ● Power can be turned ON/OFF in conjunction with the computer ● Flexible chassis selection based on system and application ● Supports a wide range power supply of 10.8 to 31.2VDC (models -H2B/-H4B/-F4B)

This is a USB 2.0 compatible analog input/output terminal that allows for easy measurement of analog voltage signals and output of voltage signals by connecting to a computer's USB interface. It supports analog input (16-bit, 8 channels), analog output (16-bit, 2 channels), digital input (LVTTL 4 points), and digital output (LVTTL 4 points). Programless data collection can be performed using the data logger software [C-LOGGER], and it is possible to create Windows applications using Visual Basic, Visual C++, and other programming languages with the attached driver library. 【Main Features】 ● Input 10μsec/ch, 8ch; Output 10μsec, 2ch; 16-bit resolution ● Complies with USB 2.0/USB 1.1 standards and is powered by bus power, eliminating the need for an external power supply ● Supports various trigger conditions and sampling via clock ● Equipped with buffer memory (1K data) for both analog input and analog output, which can be used in FIFO or RING format ● Adopts terminal connectors for easy wiring

This is a USB 2.0 compatible analog input/output unit that expands the analog signal input/output functionality from a computer's USB port. In addition to high-precision 16-bit analog input (32 channels) and high-precision 16-bit analog output (2 channels), it is equipped with digital input/output (8 points each at LVTTL level) and a counter (32-bit binary, 2 channels at LVTTL level). It features an event controller that integrates and manages control signals in hardware, as well as buffer memory (128K data each), allowing for the construction of various high-precision computer measurement and control systems with this product alone. 【Main Features】 ● Multi-function ● Versatile sampling control via event controller ● Equipped with USB hub functionality, allowing up to 4 of our USB-compatible products to be connected ● Compatible design with PCI / PCI Express bus boards and CardBus PC cards. Common connector shape and signal arrangement ● Provides data logger software and Windows-compatible driver library

This is a PCI bus-compliant interface board that performs digital signal input and output. It can handle digital signals of 12-24VDC for input and output. It can manage up to 32 input points and 32 output points with a single board. Drivers for both Windows and Linux are provided. 【Main Features】 ● Up to 32 points of photo-coupler isolated input and up to 32 points of photo-coupler isolated open collector output ● Bus isolation via photo-couplers ● 32 of the input signals can be used as interrupt request signals ● Digital filter function to prevent misrecognition of input signals due to noise and chatter ● Built-in Zener diode for surge voltage protection and poly-switch for overcurrent protection in the output circuit

This is a PCI Express bus-compliant interface board that performs input and output of digital signals (12 - 24VDC). It can handle up to 16 input points and up to 16 output points with a single board. It has built-in protection circuits for output transistors (surge voltage, overcurrent). 【Main Features】 ● Photocoupler isolated input (supports current sink output), photocoupler isolated open collector output (current sink type) ● Bus isolation via photocoupler ● All input signals can be used as interrupt inputs ● Equipped with a digital filter function to prevent misrecognition of input signals due to noise and chattering ● Built-in Zener diode for surge voltage protection and overcurrent protection circuit in the output circuit. The rated output signal is a maximum of 35VDC and 100mA per point.

The AI-1664UG-PE is a PCI Express-compliant DAQ (data acquisition) device equipped with high-speed, high-precision multi-channel analog input capabilities. In addition to analog input, it is a multifunction device that includes digital input/output and counters, enabling the realization of measurement and control systems that require diverse signal input/output in a compact and cost-effective manner. With the DMA bus master transfer function, long-term continuous sampling can be achieved while maintaining the device's maximum conversion speed. It is ideal for component inspection equipment and measurement test benches that require high-speed and long-duration data collection. Additionally, the trigger/clock/status of each signal input/output is integrated and managed at the hardware level by an event controller, allowing for synchronization control of signal input/output that is difficult to achieve at the software level. It is perfect for applications in factory automation and mixed-signal testing that demand low latency and real-time performance. 【Main Features】 ● High-speed continuous sampling through DMA bus master transfer function ● Advanced synchronization control via event controller ● Synchronous operation of up to 16 devices (via synchronization control connector) ● Jumperless and trimmerless design (software configuration)

Using a Raspberry Pi makes it easy to implement electronics projects linked to the internet. This document explains the process of creating a "Raspberry Pi Model Train Controller" that can be operated from a smartphone's web browser, divided into Part 1 through Part 3. It covers how to turn the model train on and off from the Raspberry Pi, easy programming with Node-RED, noise countermeasures using Contec's highly reliable I/O board, all explained with photos. Additionally, it includes software implementation, operation from the dashboard, usage instructions, and a summary of automatic control for model trains at the end. We encourage you to read it. 【Products Used】 Expansion board to add 8-point/8-point opto-isolated digital input/output to Raspberry Pi - CPI-DIO-0808L *For more details, please refer to the PDF document or feel free to contact us.

This is an expansion chassis that increases the number of PCI bus slots by connecting an optional expansion adapter (EAD-DE-LPE) to the computer. It can turn the power ON/OFF in sync with the computer. Its compact chassis design, which includes a built-in cooling fan, allows for space-saving system construction. The long-size (full-size) PCI bus slots are gradually disappearing from the latest computers, making it difficult to continue using existing PCI long-size boards as assets in the field. By using a PCI bus expansion chassis with PCI Express extension, it becomes possible to use long-size PCI boards from the computer's PCI Express slot, allowing for the inheritance of existing system assets. This product can accommodate up to four long-size PCI boards. Additionally, it can turn the power ON/OFF in sync with the computer and features a steel chassis with a built-in cooling fan, making it suitable for use in the field.

This is an expansion chassis that increases the number of PCI bus slots by connecting an optional expansion adapter (EAD-DE-LPE) to the computer. This product can accommodate up to 13 long-size PCI boards. Additionally, it can turn the power ON/OFF in conjunction with the computer, and it features a steel chassis with a built-in cooling fan, making it suitable for use in the field.

This product features one LAN port compliant with IEEE802.3ab (1000BASE-T) and is a LAN board compatible with Low Profile size slots. It supports long-term stable supply and a wide operating temperature range (-40 to 75°C), making it suitable for use in production equipment, plant factories, and social infrastructure applications. The new PCI Express compatible gigabit LAN board can be installed in both Low Profile and standard size slots by swapping the included bracket, allowing for the expansion of LAN ports in various types of industrial computers.

This product maintains the functionality of the CONPROSYS(R) M2M Gateway and has realized a controller capable of supporting various signal sources by stacking different I/O modules. There are two models: the standard stack-type M2M Gateway (CPS-MGS341-DS1-131) and the model equipped with a Japan-compatible LTE SIM-free communication module (CPS-MGS341G5-DS1-130). The controllers in the "CONPROSYS(R)" series, including this product, are equipped with a variety of functions required for industrial IoT devices, contributing to the reduction of development man-hours in IoT system construction. 【Main Features】 ● Web monitoring, Web task scripting ● Multi-vendor support. Compatible with various PLC-specific communication protocols and Modbus devices ● Expansion of stack-type modules ● BACnet server and client communication functions ● Simple router function ● 4G LTE Cat.4 communication

This product is similarly equipped with a buffer and supports input and output via sampling (analog input/output unit). You can achieve measurement and control from a remote location over Ethernet with the same feel as our USB N series and PCI Express boards. The Ethernet N series has already released the DIO-1616LN-ETH, and with the addition of the newly launched product, the lineup now consists of a total of 7 models.

The DAQfast measurement system development .NET component collection DAQ-DNC-100 is a GUI-based measurement system development support tool compatible with the integrated development environment Visual Studio, which enables low-code development. It is a very convenient collection of components for application development using our extensive range of measurement and control devices from the PC-HELPER series (PCIe/PCI, USB, Ethernet) and the industrial IoT CONPROSYS(R) nano series. DAQ-DNC-100 is a tool that simplifies device configuration, control, data collection, and integration, providing convenient parts such as labels, buttons, text boxes, and graph display components, allowing application development to be completed in just three easy steps. The numerous high-quality GUI components and device controls included offer an ideal low-code development environment with high productivity, significantly reducing development time and alleviating the burden on engineers, thereby contributing to a substantial reduction in development man-hours.

The CAN communication unit is a CAN/USB converter unit that connects to a computer's USB port to extend CAN communication capabilities. It complies with the CAN 2.0B communication standard and supports communication speeds of up to 1 Mbps. It features a USB Type-C port and can operate via bus power from the host. It is compatible with the SAE J2534 diagnostic protocol for automotive ECUs, allowing it to be used as a diagnostic tool during vehicle maintenance and as a communication interface during ECU programming. Additionally, it provides an API for low-level data transmission and reception, making it suitable as a CAN communication device for automotive parts inspection and ECU testing. 【Features and Specifications】 ■ Expansion Module Bus Specification: USB Connector Used: D-SUB 9-pin (Male) ■ CAN Communication Number of Channels: 2-ch Communication Standard: CAN 2.0B (Active) Communication Speed: ~ 1 Mbps (CAN 2.0B) Isolation Specification: Channel-to-channel isolation; Bus isolation ■ Supported OS Supported OS: Windows 11 (64-bit); Windows 10 (64-bit); Windows 10 (32-bit)

The "C-WaveformGenerator" is a PC-based software that can generate various waveform signals using our measurement and control board with analog output capabilities. It can output waveform signals in place of a benchtop signal generator (function generator) and can be utilized for building measurement control and inspection systems. This time, by supporting an API for controlling various settings and starting/stopping waveform output from external applications, users can utilize the various waveform output functions of the "C-WaveformGenerator" from their own applications.

This product is a fanless embedded computer equipped with an Intel(R) Atom processor x6413E (1.5GHz). Despite its ultra-compact design, it achieves a wide temperature range (-10℃ to 60℃ with an airflow of 0.7m/s) and performance. It features a rich set of interfaces including HDMI, two USB3.2 Gen2 ports, and two LAN ports. Additionally, the wireless model is equipped with wireless LAN, making it easy to connect with digital devices and ideal as an IoT gateway terminal for connecting peripheral devices. It uses an embedded type CPU, allowing for reliable parts supply, ensuring safe usage. Furthermore, it adopts a custom-designed BIOS, enabling support at the BIOS level. 【Main Features】 ● Ultra-compact PC the size of a palm ● Guaranteed operation in a wide temperature range of -10 to 60℃ ● Supports power interruption operation without OS shutdown, "Power Interrupt Protect(R)" ● High-security design contributing to a reliable system ● Convenient utilities provided by custom-designed BIOS ● Contributes to reduced running costs and energy savings

This product is a PCI Express bus-compatible board that extends CAN communication functionality to a computer. The CAN-4P-PE complies with CAN2.0B communication and supports a maximum communication speed of 1 Mbps. The CAN-4PF-PE complies with both CAN2.0B communication and the extended format of CAN FD communication, enabling data communication at speeds of up to 5 Mbps. It is designed for use in automotive parts inspection within factories and features four channels of CAN communication ports that can handle multiple parts inspections simultaneously, with each channel independently isolated. 【Main Features】 ● CAN2.0 communication and CAN FD communication functionality ● Isolation between CAN communication channels and bus isolation from the computer ● Individual buffers for each transmission and reception ● Isolation between channels and between the computer, with surge protection for signal lines ● Configurable termination resistors ● Includes channel distribution cable ● Device drivers compatible with Windows are provided

This product is a converter unit that expands CAN communication capabilities via wireless LAN or USB. It complies with CAN 2.0B communication and supports a maximum communication speed of 1 Mbps. It is equipped with a USB Type-C port, allowing operation via USB. It is compatible with the SAE J2534 diagnostic protocol for automotive ECUs and can be used as a communication interface during vehicle maintenance diagnostics and ECU programming. 【Main Specifications】 ■ Bus Specifications: USB, Wi-Fi ■ Connector Used: D-SUB 9-pin (male) ■ Number of Channels: 2-ch ■ Communication Standard: CAN 2.0B (active) ■ Communication Speed: ~ 1 Mbps (CAN 2.0B) ■ Supported OS: Windows 11 (64-bit), Windows 10 (64-bit), Windows 10 (32-bit)

Contec has been contributing to the development of industrial use of PCs since 1982, when it launched its interface boards necessary for building PC-based measurement and control systems, with the catchphrase "Bringing the Ease of PCs to FA." The company has continued to innovate and adapt to expanding buses and operating systems. In April 2021, it developed the "CPI Series," a HAT-sized board for signal input and output compatible with the Raspberry Pi, which is the global standard for board computers. This series leverages the high cost performance and customization capabilities of the Raspberry Pi for applications in the measurement and control field. The product is a compact embedded PLC based on our original board computer using the latest embedded module CM4 from Raspberry Pi, and it implements the world's most widely used software PLC, "CODESYS." Utilizing our extensive asset of peripherals for Raspberry Pi, including the "CPI Series," users can build various control applications using the IEC 61131-3 compliant world standard PLC language.

This product is a PCI Express bus-compliant C meter board capable of high-speed, high-precision measurement of capacitance (C) and loss coefficient (D). It features two channels of four-terminal measurement, allowing a single unit to incorporate the functionality of two benchtop measuring instruments into a Windows PC, contributing to the miniaturization and cost reduction of electronic component inspection systems. In recent years, the demand for multilayer ceramic capacitors (MLCCs) has increased against the backdrop of the proliferation of smart devices such as smartphones and the electrification of mobility, including automobiles. Additionally, these devices require miniaturization and extended battery life, leading to advancements in the miniaturization and high-capacity of MLCCs. The new product enables the measurement of capacitance (C) from 400pF to a maximum of 1400μF and energy loss coefficient (D), making it suitable for inspecting high-capacity MLCCs.

This product is a spacer set (for 2 units) that allows you to connect CPI series expansion boards while an active cooler (SC1148) is installed on the Raspberry Pi 5.

This product is an expansion I/O module that adds a thermocouple interface to the stack-type CPU modules of the CONPROSYS(R) series. It features 4 channels of thermocouple input in a single module. 【Main Features】 ● Supports various thermocouple input types It accommodates a wide range of thermocouple input types, including J, K, E, N, R, S, and T. ● Equipped with cold junction compensation function The product includes cold junction compensation, eliminating the need to install an external temperature sensor for cold junction compensation, allowing for temperature measurement with just the thermocouple connection. ● Two-piece terminal block and DIN rail mounting The terminal block connector can be removed without using a screwdriver, enabling quick replacement of the product in case of failure. Additionally, the DIN rail mounting and sliding installation allow for easy replacement of the product. ● LED for operation confirmation An LED for operation confirmation is included, allowing for visual confirmation of the operational status. ● No electrolytic capacitors used By not using short-lived components like electrolytic capacitors, the product achieves a longer lifespan.

This product is an 8-slot CPU coupler unit of the CONPROSYS(R) nano series, a remote I/O system that pursues cost performance and ease of use. You can freely combine the I/O modules of the CONPROSYS(R) nano series as needed to perform data collection and control. 【Main Features】 ● Supports ambient temperatures from -20 to 60°C ● Equipped with 2 LAN ports with built-in switch functionality ● Compatible with Modbus-TCP Slave and Modbus-RTU Slave※1 ● Driver software compatible with Windows/Linux is provided ※1 When using RS-422A/485 (multi-drop capable), the addition of the CPSN-COM-1PD module and firmware version 1.10 or later is required.

This product is an industrial computer designed for HPC, capable of mounting a high-performance 24-core, 32-thread 13th generation Intel(R) Core(TM) processor (Raptor Lake) in a 19-inch rack mount 4U type chassis with long-term supply. The PCI Express 5.0 (x16) x1 slot is directly connected to the CPU, allowing for the use of the latest dual-slot GPU boards at maximum performance. It can be switched to PCI Express 5.0 (x8) x2 slots via jumper settings, enabling the operation of two GPU boards with 8 lanes of performance. Additionally, it is equipped with PCI Express 4.0 (x4) x2, PCI Express 3.0 (x4) x1, and PCI x2 slots, making it suitable for replacing development assets. Furthermore, it features specifications that can comfortably handle heavy workloads, such as 2.5GBASE-T x2 and up to 128GB of large-capacity memory, along with a wealth of expansion interfaces including 1000BASE-T x1, RS-232C/422A/485 x1, RS-232C x4, USB 3.2 Gen2 (USB 3.1) x6, and USB 2.0 x2.

This product is an expansion board for the Raspberry Pi(R) CPU board that extends the input for thermocouples, which are widely used for temperature measurement. It can expand up to eight boards of the same series, allowing for the construction of a thermocouple input system with a maximum of 32 channels. Each module is equipped with 4 channels of differential input. A device driver compatible with Linux is provided. 【Main Features】 ● Supports various types of thermocouple inputs ● Equipped with cold junction compensation function ● Can connect up to 8 boards ● Supports ambient temperatures from -20 to 60°C ● No electrolytic capacitors used ● Driver software compatible with Linux * For more details, please download the PDF or contact us directly.

■COM-1C2-USB This is a micro converter that converts a computer's USB port to RS-232C compliant serial communication. It features one channel of RS-232C compliant COM port. It is equipped with a FIFO buffer of 128 bytes for transmission and 384 bytes for reception, supporting baud rates up to 921,600 bps. ■COM-1P2-USB This is a micro converter that converts a computer's USB port to RS-232C compliant serial communication. It isolates the bus line from the computer and features one channel of RS-232C compliant COM port. It is equipped with a FIFO buffer of 128 bytes for transmission and 384 bytes for reception, supporting baud rates up to 921,600 bps. ■COM-1PD2-USB This is a micro converter that converts a computer's USB port to RS-422A/485 compliant serial communication. It features one channel of RS-422A/485 communication port, isolates the bus line from the computer, and includes a surge protection circuit in the communication port to enhance noise resistance. It is equipped with a FIFO buffer of 128 bytes for transmission and 384 bytes for reception, supporting baud rates up to 921,600 bps.

The CONPROSYS Robust I/O series is a standalone remote I/O module that supports the Modbus communication protocol. It is designed for harsh environments with a wide temperature range of -25°C to 75°C, excellent noise resistance, and features overvoltage and overcurrent protection circuits. Communication is conducted via Ethernet (Modbus-TCP) or RS-485 (Modbus-RTU), allowing for the construction of systems that can acquire sensor data and control actuators from PCs, PLCs, and IoT gateways. 【Main Features】 ● Robust design for use in harsh environments ● Extensive lineup (13 types for Ethernet, 10 types for RS-485 available) ● Compact design compatible with DIN rails ● Easy installation ● Convenient Web HMI function (CPSR-ET7000/ET7200 only) ● Usable from Windows/Linux ● I/O pair connection function without programming (CPSR-ET7000/ET7200 only) *For more details, please download the PDF or contact us directly.