OUR PROjects

Thor embedded intelligent connectivity directly into its RF11iQP Prodigy Rack Guard Remote, enabling seamless communication with Crestron systems without the need for additional drivers or complex integrations. The solution allows AV and IT professionals to remotely monitor power status, receive alerts, and control individual outlets through the Crestron XiO Cloud® platform.

By integrating power protection directly into the broader automation ecosystem, Thor created a unified solution that improves operational visibility, remote troubleshooting, and system management. 

The collaboration between Thor and Crestron focused on delivering a more reliable and connected infrastructure designed to support mission-critical environments and reduce costly onsite maintenance.

The partnership established a new benchmark for intelligent power management within the professional AV and IT industries. Integrators and system managers can now manage power infrastructure with the same level of visibility and control as the rest of their connected systems, improving uptime, operational efficiency, and responsiveness.

The achievement also highlighted the success of an 18-month collaboration between Thor Technologies and Crestron’s engineering teams, resulting in a smarter and more integrated solution for the market. 

Crestron recognised Thor’s native integration capabilities as a significant advancement in networked power control, reinforcing Thor’s position as a leader in premium power protection and filtration solutions.

Thor’s DRM95 surge protector was engineered with comprehensive 3-mode protection, covering Active-Neutral, Active-Earth, and Neutral-Earth pathways. This allowed the device to respond effectively when the surge entered through the Earth line — a pathway many traditional surge protectors fail to address. 

Following inspection, Thor’s engineering team confirmed that the Earth-side Metal Oxide Varistor (MOV) array and associated circuitry had absorbed and dissipated the surge energy exactly as designed. 

The device’s flame-retardant housing also contained the thermal damage, preventing fire or further risk to the switchboard and surrounding infrastructure. 

The DRM95 successfully performed its intended role by sacrificing itself to protect critical downstream systems from catastrophic damage. Despite the severity of the Earth-borne surge event, the connected CBUS system remained fully operational, preventing what could have been a significant financial loss and operational disruption. 

The case study validated Thor Technologies’ engineering philosophy around full pathway surge protection and reinforced the reliability of its safety-focused design standards. 

The incident also highlighted the value of using premium surge protection solutions in environments where rare but destructive electrical events can occur unexpectedly

Thor’s technical team worked closely with the customer to isolate the source of the interference and assess how the P4 Prodigy filtration system was responding within the environment.

Through testing, it became evident that while standard power boards allowed the electrical noise to pass directly through to connected audio equipment — resulting in audible buzzing through the speakers — the Thor P4 Prodigy was actively filtering and absorbing the unwanted frequency noise.

Interestingly, the P4 itself responded audibly to the contaminated mains signal, effectively demonstrating the filtration system intercepting the interference before it reached the sensitive audio equipment.

This provided a real-world example of Thor’s advanced filtration technology operating exactly as designed in a challenging electrical environment.

The investigation ultimately reinforced the effectiveness of Thor’s power filtration technology in real-world conditions. While no filtration product can eliminate every abnormality present within highly contaminated or unstable power environments, the P4 Prodigy significantly reduced the amount of unwanted electrical noise reaching connected equipment — achieving a level of protection that standard power boards simply could not provide.

The customer concluded the support case by thanking the Thor team and confirming they were “extremely glad the product is doing exactly what it is intended to do.” They also indicated they would be recommending Thor products to friends and fellow audio enthusiasts, turning an initial support concern into a strong demonstration of Thor’s premium power filtration capabilities.

Thor Technologies identified the root cause as unfiltered “dirty power” entering sensitive equipment during generator changeovers. To resolve the issue, Thor recommended the installation of its CM90 Hardwired Power Filter directly into the affected systems, providing continuous filtration and surge protection for the laundry equipment. 

The hardwired filtration solution isolated the equipment from damaging power fluctuations and stabilised the electrical supply during generator transitions. 

By protecting the sensitive electronics from spikes and surges, the system enabled the facility to continue performing essential generator testing without risking further damage to the machinery.

Following installation of the CM90 Hardwired Power Filter, the ongoing mainboard failures stopped immediately. Over a four-month monitoring period, the facility experienced zero mainboard replacements, delivering substantial savings in repair costs, reducing downtime, and improving operational continuity. 

The project demonstrated the effectiveness of Thor’s hardwired power filtration technology in demanding industrial environments where power quality issues can severely impact critical infrastructure. 

While other unprotected systems on-site continued experiencing electrical problems, the protected laundry equipment remained fully operational and reliable.