The AMC dydaqlog data logger features 24-bit precision across 16 versatile channels enclosed in an IP65 housing. A Quad-Core ARM processor enables real-time sampling at 10 Hz. Setup is streamlined via its own hotspot and web interface. Built-in cloud connectivity and Modbus-TCP interfaces ensure efficient data exchange, while optional PDF report generation and Modbus import/export enhance workflow. It supports voltage, current, temperature, humidity, pressure, resistance, flow, force, strain, acceleration, frequency, pulse.
Table of Contents: What awaits you in this article
IP65 enclosure houses 16 channels at 24-bit resolution, 10Hz
Webinterface zur Konfiguration und Bedienung des dydaqlog Datenloggers (Foto: AMC – Analytik & Messtechnik GmbH Chemnitz)
The dydaqlog data logger features an IP65-rated enclosure that safeguards its sixteen analog input channels against dust and moisture. Each channel delivers 24-bit measurement precision at a consistent sampling frequency of ten hertz, enabling reliable acquisition of electrical parameters and physical quantities. Users can monitor voltage, current, temperature, humidity, pressure, resistance, displacement, volumetric flow, force, strain, vibration, acceleration, velocity, frequency, and pulse events with exceptional industrial-grade accuracy and long-term stability.
dydaqlog IIoT Data Logger Creates Standalone Webserver with Hotspot
Each dydaqlog IIoT data logger operates autonomously as a built-in web server. Upon power-up, the unit establishes its own Wi-Fi hotspot network. Users connect via PC, tablet, or smartphone and launch the browser-based interface. Within moments, they configure measurement inputs, define logging parameters, and design graphical dashboards. After completing setup, a single click on the Start button initiates the first recording session. This intuitive workflow enables rapid deployment in environments.
Quad-Core ARM Processor Delivers Real-Time Data Processing and Alerts
Software-Erweiterung Reports erzeugen (Foto: AMC – Analytik & Messtechnik GmbH Chemnitz)
The device leverages an embedded quad-core ARM(R) processor to handle measurement data at high speed. Each input channel supports real-time arithmetic operations and continuous threshold monitoring. Upon exceeded limits, the system triggers user-defined alarms that activate digital outputs or dispatch email notifications. This architecture guarantees accurate process supervision and swift reaction times, maintaining stability and reliability even under rigorous industrial conditions. Integration is seamless and configuration remains straightforward.
Report Extension Creates A4 PDF Documents With Configurable Templates
Using the new Reports extension, the logger generates print-ready PDF documents in A4 portrait or landscape orientation. Users define templates containing line or bar charts, tables, individual readings, and static image or text modules. Reports can be scheduled at specific intervals, triggered by conditional events, or produced manually on demand. Generated PDF files are stored locally within the devices memory and can be downloaded or viewed in any web browser.
Activate Modbus TCP Server on dydaqlog Data Logger Seamlessly
The Modbus-TCP option installs a Modbus TCP server on the dydaqlog data logger. Measurement values and computed data are assigned to predefined Modbus registers, making them accessible to external clients such as PLCs or PCs. An additional extension allows importing third-party sensor readings via Modbus TCP, integrating supplemental data streams seamlessly. This unified approach optimizes data acquisition, consolidates diverse inputs and maintains reliable monitoring and processing within industrial automation environments.
Logger Exports Control Data Over Modbus TCP To Devices
The data logger implements Modbus TCP protocol to deliver control signals directly to external I/O modules or controllers over Ethernet. Compatible ADAM-6000 series units include ADAM-6017 with two digital outputs, ADAM-6050 with six digital outputs, ADAM-6051 also providing two digital outputs, and ADAM-6224 equipped with four analog outputs. This integration ensures seamless data transmission for diverse automation environments, enabling reliable remote actuation and monitoring functions across multiple industrial devices, peripherals.
Effortless Integration of dydaqlog Data Logger into Industrial Cloud
Effortless integration of the dydaqlog data logger into industrial cloud environments is provided by flexible APIs and an IIoT-focused design. Measurement applications become programmable and scalable, adapting to expanding operational demands. The devices robust enclosure and array of interfacesâincluding Ethernet, Modbus-TCP, and wireless protocolsâensure dependable data flow and continuous cloud synchronization. This synergy supports efficient modernization of monitoring systems, fosters streamlined workflows, and drives accelerated digitization across diverse industrial contexts.
High-Precision Data Logging with IP65 Protection and Cloud Connectivity
Encased in a dustproof and water-resistant IP65 enclosure, the dydaqlog data logger provides sixteen high-precision 24-bit channels for accurate measurement across diverse parameters. Its quad-core processor handles real-time data analysis and generates alerts. Users configure the device via a browser-based hotspot interface, while automatic PDF report creation streamlines documentation. Modbus-TCP server and client capabilities enable seamless communication with external PLCs, I/O modules, and cloud services for efficient industrial measurement applications.
