SensorSnap Joint Structure Split Core Coil Sensor is delivered as a 2 piece set of split core current transformers. Key benefits and features - Accurate AC current sensing: Designed to detect current with a 150A:5A ratio, enabling reliable measurement using standard 5A sensing inputs. - Noninvasive and easy installation: Split core design lets you clamp around conductors without disconnecting the circuit, reducing downtime and wiring effort. - Retrofit and non-disruptive monitoring: Ideal for adding current monitoring to existing panels, switchgear, and distribution systems without rewiring. - Compatible sensing output: Provides a 5A secondary suitable for connection to meters, data loggers, and monitoring equipment that accept 5A CT input. - Two transformers included: Supplied as a pair to cover multiple conductors or 2-channel monitoring in a compact footprint. - Performance-oriented design: Built for reliable AC current detection in everyday electrical environments while preserving system integrity. Specifications and attributes to consider - Type: Split core coil sensors for AC current measurement - Ratio: 150A:5A - Configuration: 2 pieces included - Installation: Split core, no circuit disconnection required - Output: 5A secondary current suitable for standard monitoring devices Practical use scenarios - Panel retrofit for energy management: Clamp around a feeder or utility conductor to monitor load trends and feed the data into a building management system or energy meter without opening panel doors. - Industrial motor monitoring: Place around motor supply lines to detect overcurrent, abnormal load, or startup spikes, enabling preventive maintenance and efficient control. - Renewable energy monitoring: Clip onto inverter AC output or battery charging circuits to verify real-time current draw and performance in solar or wind installations. This description stays aligned with the original product brand, specifications, models, and functions, delivering clear, concise information to support informed purchasing decisions.