Key points:
- Participation at APEC 2026, Henry B. Gonzalez Convention Center, San Antonio, Texas, March 22 – 26, 2026 at Booth 2155 of GMW Associates
- Launch of new high precision DC and AC current clamp-on transducer for galvanically isolated measurement up to 500Arms
- Technical experts on hand to discuss high-accuracy current measurement in high-bandwidth applications, as well as solutions for residual current monitoring
Danisense, the leader in high-accuracy current sense transducers for demanding applications, will exhibit at APEC 2026, taking place in San Antonio from 22nd to 26th March 2026 at the Henry B. Gonzalez Convention Center. Visitors can find Danisense at Booth 2155 of its long-term and highly trusted US distribution partner, GMW Associates.
At the event, Danisense will launch the MK500ID, a new high-precision DC and AC clamp-on current transducer designed for galvanically isolated measurements up to 500Arms and DC. The device delivers outstanding performance, including an industry-leading phase shift and high-frequency bandwidth.
Remarks Loic Moreau, Sales & Marketing Director at Danisense: “APEC has consistently proven to be a highly successful exhibition and conference for Danisense. We invite visitors to meet with us at the event to learn more about the exciting capabilities of our new high-precision DC and AC clamp-on current transducer.” He continues: “In the context of the ongoing energy transition and the rapidly growing power demands of AI data centers, we are also looking forward to discussing emerging requirements for high-performance current measurement in DC microgrid architectures and solid-state transformers. Our experts will be on hand to provide guidance and discuss application needs.”
Visit Danisense at APEC 2026 at Booth 2155, hosted by GMW Associates, to learn more about the latest MK500ID clamp-on current transducer. Our team will be available to discuss your requirements for high-accuracy current measurement in high-bandwidth applications, as well as solutions for residual current monitoring.
Learn more about Danisense here.