KNESTEL’s precision analog measurement module delivers high-accuracy acquisition of current, voltage, and temperature. Boasting an accuracy below 0.005 percent and sampling rates up to 20 kilohertz, it ensures precise capture of rapid transitions. Sub-100-microsecond EtherCAT latency plus CAN support enable seamless integration into energy storage systems and benches. Modular design accommodates channels, while configurable signal paths and options allow tailored adaptation. Its rugged industrial housing secures full reliability and scalability.
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KNESTEL introduces precision analog measurement module for dynamic applications
KNESTEL has introduced a precision analog measurement module that captures current, voltage and temperature signals with exceptional accuracy. Engineered for dynamic, high-reliability environments, this module excels in charge and discharge testing of energy storage systems and managing test benches. Its analog front end and temperature-compensated processing ensure stable readings under varying conditions. Integrated interfaces support real-time data acquisition and control loops, enabling seamless operation in high-dynamic drive and regulation tasks.
Sub-0.005% Accuracy and 20kHz Sampling Revolutionize High-Performance Signal Measurement
The module delivers measurement accuracy better than 0.005 percent of the reading and sampling rates up to 20 kilohertz. It precisely captures high-frequency signal patterns, transient load variations, and intricate control operations. All acquired data can be consistently reproduced and evaluated. Temperature-compensated signal processing eliminates drift and ensures uniform measurement stability across a wide temperature and operating range, supporting reliable performance in demanding industrial or laboratory environments and critical tasks.
EtherCAT and CAN Deliver Sub-100µs Latency for Real-Time Measurements
Integration through EtherCAT and CAN communication interfaces simplifies connection to existing automation frameworks, allowing unified data exchange across distributed nodes without complex configuration. With EtherCAT latency below 100 microseconds, the module ensures virtually instantaneous responses, eliminating perceptible delays. This combination of high-speed data transfer and deterministic timing with synchronization makes it a prime candidate for real-time measurement tasks, ensuring precise control feedback and stable operation within fast-paced dynamic control loops.
Modular architecture enables scalable parallel multi-channel operation and customization
The device features a modular architecture enabling simultaneous multi-channel measurement and scalability to accommodate expansions. Each module supports customizable signal routing, adjustable measurement spans, and varying mechanical configurations to address specialized system requirements. Users can rapidly assemble bespoke configurations integrating precisely matched channels for different signal types. From prototype development to mass production, this flexibility ensures a streamlined integration path, optimal resource utilization, and minimal redesign effort all project stages.
Precise module supports battery tests, drives, PHIL, fast simulations
Designed for evaluation tasks, the module excels in battery characterization within energy storage arrays, dynamic motor test stands and high-fidelity Power-Hardware-in-the-Loop (PHIL) frameworks. It delivers real-time simulation capabilities that accurately replicate system behavior under varying load conditions. Beyond electrochemical storage testing, this solution integrates seamlessly with photovoltaic inverter diagnostics, fuel cell performance assessment, electric vehicle development and automated manufacturing processes, offering high-precision measurements and minimal latency for critical control loops.
Hopferbach-engineered module merges advanced electronics and decades analog expertise
Designed and manufactured at KNESTELs Hopferbach headquarters, this measurement module integrates cutting-edge electronic design with decades of expertise in analog signal processing. Its sturdy industrial construction features durable components and housing that withstand harsh operating conditions, while a configurable modular architecture allows seamless adaptation to project requirements. The platforms high level of system flexibility supports deployment across research laboratories, development environments, and production lines, ensuring long-term reliability and technology longevity.
KNESTEL’s Precision Analog Module Delivers Ultra-Low Latency, High Accuracy
Delivering below 0.005 percent accuracy and 20 kHz sampling rates, the KNESTEL precision analog measuring module captures currents, voltages, and temperatures with exceptional fidelity in demanding energy storage and test environments. Its modular design supports scalable multi-channel configurations, while built-in EtherCAT and CAN interfaces streamline integration into automation networks. Combined with temperature-compensated signal processing and robust industrial housing, the module provides a future-proof platform for high-dynamic measurement and control applications.
