Pokit Clamp

Conventional energy monitoring systems are bulky, expensive, difficult to scale, cumbersome to install, and limited in simultaneous multi-phase visibility. Many require wired power connections for long-term monitoring, forcing shutdowns or dangerous live installation while increasing deployment complexity and cost.As a result, advanced energy studies are frequently avoided entirely or reduced to isolated spot measurements, limiting understanding of real-world building energy behaviour and reducing opportunities for energy efficiency improvement.The design challenge was to combine synchronised multi-phase analysis, long-duration wireless operation, waveform logging, and IEC-certified safety into an ultra-compact sensing platform capable of rapid installation within highly constrained electrical environments.

Pokit Clamp reimagines energy monitoring through a synchronised wireless sensing architecture that shifts complexity from hardware into software. Ultra-compact battery-powered sensing devices combine with smart apps and connected infrastructure to deliver scalable multi-phase energy analysis without cumbersome wiring or power connections.Patented wireless synchronisation technology enables simultaneous monitoring across up to nine channels, providing visibility across multiple phases and sub-mains. Integrated waveform visualisation, logging, and remote monitoring transform isolated spot measurements into understanding of electrical behaviour.The design integrates CAT IV IEC-certified safety, ultra-low-power operation, ergonomic portability, repairable construction, and durability within a compact device engineered for constrained electrical environments.

Pokit Clamp makes advanced energy analysis safer, more practical, and more accessible for electricians, facilities, and energy professionals. By reducing the size, cost, and installation complexity of conventional systems, it enables deeper energy studies without major operational disruption. As EV charging, renewable energy, and smart buildings expand, simultaneous multi-phase and submain monitoring improves visibility into energy usage, load balancing, and infrastructure performance. Wireless battery-powered operation reduces exposure to hazardous live systems and simplifies installation. Rechargeable, repairable, and modular design features extend product life, reduce waste, and support more energy-efficient electrical infrastructure across commercial and residential buildings for long-term sustainability benefits.

• True RMS AC/DC current measurement up to 1000A.• 1000V CAT III and 600V CAT IV safety rating.• Ultra-compact form factor approximately one-quarter the size of conventional clamp meters.• Patented wireless synchronisation supporting up to nine simultaneous channels.• Integrated OLED display for standalone operation.• Bluetooth connectivity with smart device and cloud integration.• Waveform visualisation, spectral analysis, graphing, and remote monitoring.• Standalone data logging with export and online sharing capability.• Rechargeable battery-powered operation with USB charging.• Customisable colour channel identification system.• Integrated torch and internal ambient temperature sensing.• Precision user-calibratable architecture.• Rogowski coil and external temperature probe expansion support.