Welcome to Adisens
Welcome to Adisens – Your Partner in Precision Sensing
At Adisens, we specialize in high-performance current and voltage sensors that are tailored to meet the evolving needs of industrial and renewable energy applications. Whether you’re in EV charging, solar inverters, wind converters, or power supplies, our solutions are designed to deliver unmatched performance.
Furthermore, with our commitment to reliability, precision, and innovation, we offer a comprehensive range of sensors that ensure accurate measurements while seamlessly integrating into your systems. In fact, many global leaders trust Adisens for their most critical sensing needs.
Our Key Strengths:
- Continuous Innovation: Constant research to develop advanced technologies and address tomorrow’s challenges.
- Proven Reliability: Products designed to perform optimally in the harshest environments.
- Flexibility: Custom solutions tailored to the specific needs of each client.
- Global Commitment: A presence in multiple countries with products compliant with international standards.
- Discover Our Solutions:
- Current Sensors: High accuracy, compact designs, and versatile applications.
- Voltage Sensors: Reliable and efficient for critical energy systems.
- Experience the difference with Adisens – where performance meets precision.
Join us to discover how Adisens can contribute to the success of your projects with innovative and high-performance sensors.
Product Range
Discover our wide range of products designed to meet your specific needs. We offer current sensors, voltage sensors, and current-voltage detectors with various output options, connectors, and mounting styles—whether on a PCB or other applications.
VCS
Is an open-loop current sensor serie designed to measure DC, AC and pulsed waveform currents. With a primary nominal current IPN from 200A to 1500A and Bandwidth: Up to 25 kHz …
OPUS
Is an open-loop current sensor serie designed to measure DC, AC and pulsed waveform currents. With a primary nominal current IPN from 500A to 2500A and Linearity Error: < ±1.0% of IPN …
VPS
Is an open-loop current sensor serie designed to measure DC, AC and pulsed waveform currents. With a primary nominal current IPN from 100A to 3000A and Linearity Error: < ±0.5% of IPN …
VTC-S/R
Is an open-loop current sensor serie designed to measure DC, AC and pulsed waveform currents. With a primary nominal current IPN from 50A to 600A and Linearity Error: < ±0.8% of IPN …
VTC-B
Is an open-loop current sensor serie designed to measure DC, AC and pulsed waveform currents. With a primary nominal current IPN from 200A to 2kA and Bandwidth up to 50 kHz (-1 dB) …
OPCO
Is a closed-loop current sensor serie designed to measure DC, AC and pulsed waveform currents. With a primary nominal current IPN from 200A to 3kA and accuracy <0.2%) …
TCS
Is a closed-loop current sensor serie for railway application. Measure DC, AC and pulsed waveform currents. With a primary nominal current IPN from 400A to 3kA and accuracy < ±0.3%) …
ATC
Is a closed-loop current sensor serie designed to measure DC, AC and pulsed waveform currents. With a primary nominal current IPN from 50A to 500A and accuracy <0.5%) …
OTS
Is a PCB-mounted current sensor series designed to measure DC, AC, and pulsed waveform currents. With a primary nominal current IPN from 20A to 50A and Bandwidth up to 500kHz (-3 dB) …
KHTC
Is a PCB-mounted current sensor series designed to measure DC, AC, and pulsed waveform currents. With a primary nominal current IPN from 100A to 250A and Bandwidth up to 300kHz (-3 dB) …
KHTB
Is a PCB-mounted current sensor series designed to measure DC, AC, and pulsed waveform currents. With a primary nominal current IPN from 100A to 250A and Response Time of 1 µs …
MCT
Is a PCB-mounted current sensor series designed to measure DC, AC, and pulsed waveform currents. With a primary nominal current IPN from 100A to 400A and Bandwidth up to 18 kHz …
EM-EMT-EMK
Is a PCB-mounted current sensor series designed to measure DC, AC, and pulsed waveform currents. With a primary nominal current IPN from 15A to 75A and Response Time of 2 µs …
HEVS
Is a Hall Effect closed-loop voltage sensor measure DC, AC, and pulse in high-voltage environments. With a primary nominal voltage VPN from 1kV to 5kV with Accuracy of 1% of VPN and Isolation of 12kV…
COSY
Is an isolated voltage sensor measure DC, AC, and pulse in high-voltage environments. With a primary nominal voltage VPN from 50V to 2kV, Accuracy of 0.7% of VPN and Bandwidth of 14Khz…
GVS
Is a fluxgate isolated voltage sensor measure DC, AC, and pulse in high-voltage environments. With a VPN from 1.8kV to 4.2kV, Accuracy of 0.4% and insulation voltage of 20KV…
Our Expertise
At Adisens, we bring our expertise to four key sectors, delivering innovative, high-performance, and tailored sensor solutions. With a deep commitment to innovation and sustainability, we empower industries to operate efficiently, securely, and responsibly.
Energy Production and Conversion
From renewable to traditional energy sectors, Adisens sensors drive efficiency and performance. Whether monitoring solar or wind energy generation or optimizing energy conversion systems.
Railway
In the railway sector, where safety and reliability are non-negotiable, Adisens sensors monitor critical infrastructure and equipment. Our robust solutions ensure seamless and secure operations across rail networks.
Industry
Adisens partners with industries to elevate operational efficiency and reliability. Our sensors enable precise monitoring, reduce downtime, and enhance machine performance, ensuring consistent product quality and streamlined processes.
Electric Vehicle Charging
Adisens designs high-precision sensors to revolutionize electric vehicle (EV) charging systems. Our solutions enable real-time monitoring and control of critical parameters, ensuring fast, safe, and efficient charging experiences.
Our story
“We exist to turn challenges into opportunities, shaping a better future through innovation and resilience.”
CEO
It all began long before the official creation of Adisens. For over 15 years in the field of electrotechnics, we were faced daily with a clear realization: businesses needed sensors that were not only high-performing but also tailored to their unique realities. Too often, we witnessed generic, expensive, and inflexible systems fail to meet expectations.
The spark came during a conversation with one of our partners, frustrated by slow and ill-suited solutions for their needs. “What we need is a fast, efficient solution that respects our budget constraints,” they told us. These words resonated deeply with us, and that day, we understood that addressing these needs wasn’t just a commercial opportunity but a duty to our partners and the industry.