Order links and prices will be forthcoming in the very near future, for now, please call our order hot line at 1-877-902-2979. International customers may call us at 1-425-223-4311 or email [email protected]
The WNB-3Y208P true power WattNode sensor is used to measure energy usage (kWh) on 120V single phase with neutral, or 3-phase 4-wire 120/208V wye applications. Current transformers (CTs) are sold separately, and are required for each phase being measured. The sensor is used in conjunction with our SC14 wireless transmitter to provide wireless real-time monitoring of energy usage. A revenue grade option is available for improved accuracy on high-performance applications.
The WNB-3Y400P true power WattNode sensor is used to measure energy usage (kWh) on 230V single phase with neutral, or 3-phase 4-wire 230/400V wye applications. Current transformers (CTs) are sold separately, and are required for each phase being measured.The sensor is used in conjunction with our SC14 wireless transmitter to provide wireless real-time monitoring of energy usage. A revenue grade option is available for improved accuracy on high-performance applications.
The WNB-3Y480P true power WattNode sensor is used to measure energy usage (kWh) on 277V single phase with neutral, or 3-phase 4-wire 230/400V wye applications. Current transformers (CTs) are sold separately, and are required for each phase being measured. The sensor is used in conjunction with our SC14 wireless transmitter to provide wireless real-time monitoring of energy usage. A revenue grade option is available for improved accuracy on high-performance applications.
The WNB-3Y600P true power WattNode sensor is used to measure energy usage (kWh) on 347V single phase with neutral, or 3-phase 4-wire 347/600V wye applications. Current transformers (CTs) are sold separately, and are required for each phase being measured. The sensor is used in conjunction with our SC14 wireless transmitter to provide wireless real-time monitoring of energy usage. A revenue grade option is available for improved accuracy on high-performance applications.
The WNB-3D208P true power WattNode sensor is used to measure energy usage (kWh) on 240V single phase without neutral, or 3-phase 3-wire (no neutral) 208V delta applications. Current transformers (CTs) are sold separately, and are required for each phase being measured. The sensor is used in conjunction with our SC14 wireless transmitter to provide wireless real-time monitoring of energy usage. A revenue grade option is available for improved accuracy on high-performance applications.
The WNB-3D400P true power WattNode sensor is used to measure energy usage (kWh) on 3-phase 3-wire (no neutral) 400V delta applications. Current transformers (CTs) are sold separately, and are required for each phase being measured. The sensor is used in conjunction with our SC14 wireless transmitter to provide wireless real-time monitoring of energy usage. A revenue grade option is available for improved accuracy on high-performance applications.
The WNB-3D480P true power WattNode sensor is used to measure energy usage (kWh) on 3-phase 3-wire (no neutral) 480V delta applications. Current transformers (CTs) are sold separately, and are required for each phase being measured. The sensor is used in conjunction with our SC14 wireless transmitter to provide wireless real-time monitoring of energy usage. A revenue grade option is available for improved accuracy on high-performance applications.
The WNB-CT0750 current transformer (CT) is used with the WattNode sensors for measuring true power usage. It has an 0.75" split core opening, and is available in 5-250A ratings in both standard and revenue accuracy grades. One CT is required for each phase being measured.
Specifications:
Accuracy
±0.75% from 1% to 120% of rated primary current
Phase angle
±0.50 degrees (30 minutes) from 1% to 120% of rated current
The WNB-CT1250 current transformer (CT) is used with the WattNode sensors for measuring true power usage. It has an 1.25" split core opening, and is available in 250-600A ratings in both standard and revenue accuracy grades. One CT is required for each phase being measured.
Specifications:
Accuracy
±0.50% from 1% to 120% of rated primary current
Phase angle
±0.25 degrees (15 minutes) from 1% to 120% of rated current
