G&W Electric’s sensor technology is based on highly innovative, customizable, high precision low power instrument transformers (LPITs) that can meet the needs of the modern grid.
High Accuracy Current and Voltage Sensors
G&W Electric’s voltage sensing technology is a high accuracy, temperature compensated capacitive divider with high frequency measurement bandwidth which enables users to collect critical voltage data for optimizing grid power delivery and reliability. G&W Electric’s current sensing technology utilizes Rogowski coils that can measure a wide range of current measurements with high accuracy, from dynamic system loads to fault currents. Rogowski sensors are safe with no hazardous secondary voltages in the event of an open secondary circuit.
Versatility with one sensor for metering and protection applications
High accuracy up to 0.5 class over the temperature range
High frequency measurement bandwidth
Safety with low energy outputs and primary to secondary isolation
Light-weight, compact size for easy installation and retrofits
Reliability with no ferro resonance
High Accuracy Sensor Types
Explore our high accuracy sensor solutions by type to find those best suited to your needs.
G&W Electric's current sensors are high accuracy with a wide, dynamic measurement range and suitable for installation on insulated medium voltage cables.
G&W Electric's voltage sensing technology is a high accuracy, temperature compensated capacitive divider for indoor or outdoor applications.
G&W Electric's Current and Voltage Sensors are a combined low-power instrument transformer (LPIT) for indoor and outdoor use.
