Custom, flexible, and sustainable engineering solutions for test systems, IoT products, and electronic hardware & software systems
At Eksens Technology, we aim to be a reliable technology partner throughout all processes from design to production, from testing to field validation, by developing custom, flexible, and sustainable solutions in test systems, IoT products, and electronic hardware & software systems.
To become a recognized technology leader by developing innovative solutions in high-tech test systems and IoT products, preferred in national and international markets.
To provide advanced engineering solutions through innovation and digitalization with an approach based on engineering discipline, quality mindset, and customer satisfaction.
We are with you at every stage from idea to product
ARM, STM32, PIC, ESP based microcontroller software and RTOS applications.
Analog, digital, and power circuits with EMC/EMI compliant multi-layer PCB designs.
3D modeling, mechanical-electronic integration, and prototyping consultancy.
LabVIEW-based test software, automatic test stations, and calibration systems.
Leading products in industrial automation and IoT solutions
Multi-Purpose I/O Device
The Multi-Purpose Industrial I/O Device combines analog inputs, RTD temperature sensor inputs, digital inputs, and digital relay outputs in a single compact unit. It is compatible with all automation systems via RS-485 Modbus RTU communication. With optional Ethernet, WiFi, and GPRS support, it provides remote access to field data, remote control, fast communication over Modbus TCP, and IoT integration. The IOMiX600 device allows relay outputs to be controlled via data sent from a PC over Modbus RTU (optionally Modbus TCP). By connecting contactors to these relays, higher electrical power devices can be controlled. Thanks to opto-isolated inputs, digital data can be received from automation systems (sensors, buttons, etc.). Temperature can be read using the onboard temperature sensor readers. Analog data from voltage-output sensors can also be read through the analog inputs.
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Thermocouple Reader
This industrial thermocouple and I/O device can simultaneously measure 12 different types of thermocouple sensors with high precision. The thermocouple type can be independently selected for each channel, providing maximum flexibility in processes using mixed sensor configurations. It easily integrates into almost all automation systems via RS485 Modbus RTU communication. With support for 2 digital inputs, 2 analog inputs, and 2 analog outputs, it offers control, monitoring, and external system interaction features in addition to temperature measurement. Thanks to its DIN rail compact design, it can be quickly and securely mounted in control panels.
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Voltage-Current Meter
The EPA1000 is a professional voltage-current monitoring device designed for use in energy monitoring, power analysis systems, motor driver applications, and R&D test benches. It converts voltage and current signals connected to its probes into digital data with high accuracy and can communicate via Ethernet and RS-485 (Modbus RTU). Additionally, the device can output the measured current information as a 0–10 V analog output; this allows the measured current information to be monitored on laboratory devices such as oscilloscopes. The EPA1000 can measure up to 3 voltage channels and 3 current channels. Depending on the connected current probe type, the device supports current measurement in wide ranges such as 100 A, 500 A, or 1000 A.
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Vehicle Tracker
This compact vehicle tracking device transmits location information received from the GPS module to the server via GPRS communication, enabling real-time tracking of vehicles. With dimensions of 73 mm × 45 mm, it is smaller than many tracking devices on the market, and with a design even narrower and shorter than a credit card, it is extremely easy to hide inside vehicles. The 2 digital inputs and 1 digital output on the device provide the ability to monitor and control the status of ignition, doors, sensors, or other vehicle equipment. LED indicators on the device allow quick observation of power status, GPS satellite connection, and server communication status. The advanced hardware watchdog mechanism ensures that the device automatically recovers in case of possible communication disconnections, lockups, or system errors, guaranteeing uninterrupted communication. Additionally, the device encrypts its proprietary data protocol with AES128 and securely transmits data to the server. If desired, the software protocol can be customized in a format suitable for customer needs.
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BLE Gateway
The BLE – IoT Gateway is a compact and versatile communication solution that can transmit data received from Bluetooth Low Energy sensors to the server via WiFi, Ethernet, or GPRS. It is specifically designed for temperature-humidity monitoring, environmental tracking, indoor positioning, and similar industrial IoT applications. All configurations such as BLE MAC filtering, server connection settings, and communication parameters can be easily managed through the device's web interface. The LCD screen on the device instantly displays temperature, humidity, or other measurement data read from connected BLE sensors, providing quick feedback to the user. Thanks to its advanced communication infrastructure, it can collect data from numerous BLE sensors and transmit this data in real-time to cloud or local servers via WiFi, Ethernet, or GPRS. With its robust hardware, stable software, and user-friendly management interface, the BLE – IoT Gateway has a wide range of applications from energy efficiency projects to warehouse/cold storage tracking, from smart building applications to industrial monitoring.
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