Seaward, a prominent entity within the GMC-Instruments Group, has unveiled its latest innovation — the Seaward PV:1525 photovoltaics tester. This portable device is engineered for photovoltaic systems up to 1500 VDC and 25 A, merging output analyses and electrical safety tests within a compact handheld unit. Key functionalities include measuring ground continuity, insulation resistance, no-load voltage, and short-circuit current. A notable feature is the dynamic surge protection, which mitigates inrush current during module testing, thereby preventing equipment damage due to power surges and ensuring the tester’s reliability and durability under challenging conditions.
The PV:1525 is equipped with precise diagnostic capabilities, facilitating rapid troubleshooting for issues such as power loss, wiring problems, or module degradation. This efficiency makes it particularly suitable for photovoltaic installers, as well as operation and maintenance teams across commercial and industrial sectors. The inclusion of a Bluetooth interface enables seamless integration into contemporary maintenance and installation workflows, allowing users to transmit measurement results wirelessly, verify them via a mobile app, and perform software updates. Additionally, the PV:1500 clamp meter, part of the package, can capture and transmit measured values directly to the tester via Bluetooth. This integration supports extensive analysis and documentation of system performance.
Mark Burton, Head of Engineering at Seaward, emphasised the alignment of the PV:1525 with the evolving landscape of solar technology. “The PV:1525 tester is our response to the rapid advances in solar technology. As solar panels become more powerful, testing technology must keep pace. We have developed a PV tester that is tailored to the everyday challenges of installers and maintenance technicians. This gives them a powerful, reliable tool for operating PV systems safely and efficiently.”
For more information, visit the GMC-Instruments website at www.gii.de.
