FranklinWH ACCY Current Split CT Kit for aGate Metering
FranklinWH ACCY Current supports accurate auxiliary current sensing with the built-in aGate meter. It is a split-core current transformer kit that ensures fast installation around conductors. The kit includes two 200A/40mA CTs, a splitter terminal block, and 15 meters of wire, making it a complete package for current measurement.
This current transformer kit allows for measuring line current without breaking the circuit. It is well suited for energy monitoring and power management applications. The kit supports clean wiring inside electrical panels and consistent readings for system logging and alarms.
FranklinWH ACCY Current is specified at 3% accuracy. This rating meets many monitoring needs and it is often used where trend accuracy is important. However, it is not intended to be a revenue-grade metering device.
Split-core CTs open and close around a conductor, which reduces downtime and the need to disconnect loads. Installers should, however, follow proper lockout procedures while installing.
The kit is compatible with metering inputs that accept 40 mA secondary signals. Always confirm input type before wiring to avoid confusion. Check if the meter expects a CT ratio or direct mA signal for correct operation. This precaution helps reduce commissioning issues.
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FranklinWH ACCY Product Features
The FranklinWH ACCY Current features split-core construction for easy retrofit work. This design avoids conductor removal, significantly reducing installation time. It also lowers the risk of service interruptions during setup.
The kit contains two matched CTs, each rated for 200A primary with a 40mA secondary output. This configuration fits many monitoring inputs commonly found in panels.
A splitter terminal block is included to aid clean and organized wiring termination. It helps reduce loose connections, but users must apply proper torque for safety and reliability.
The package includes 15 meters of wire to support flexible routing. This length is adequate to reach from CT locations to the meter. Keep wires apart from high-noise sources for better signal quality.
FranklinWH ACCY Current supports auxiliary connection to an aGate meter, providing consistent current sensing. This setup aids visibility into load behaviors and supports troubleshooting tasks.
Related technical terms such as split-core CT, current sensing, and power metering often indicate common use cases. These terms also align with standard field installation practices.
How it Works
This current transformer measures primary conductor current through magnetic coupling. The CT core surrounds the conductor, which acts as a single-turn primary. The CT winding forms the secondary.
Current flow generates a magnetic field that the CT converts into a smaller current output. In this kit, the output is a steady 40 mA at rated load, which the meter interprets properly.
The split-core design uses a hinged core that opens for placement and closes to form a continuous magnetic path. A fully closed latch ensures accuracy in measurement.
Proper CT installation orientation is critical. Most CTs have markings for source and load directions. Correct direction maintains phase relationships essential for power calculations.
CT secondary wiring should be secure and protected from sharp bends and abrasion. Keep conductors away from heat sources and apply strain relief as needed for durability.
Never open-circuit the CT secondary under load because it can create hazardous voltages. Follow safety guidelines and meter manuals carefully. Use shorting blocks when recommended.
The FranklinWH ACCY Current supports auxiliary metering when 3% accuracy suffices. It can track load changes over time, validate operating states, and assist fault investigations.
Applications
This product fits residential and light commercial monitoring. It helps track major loads, verify inverter or storage system behavior, and confirm generator transfer status.
It is useful for energy monitoring dashboards and supports data collection for audits. It also assists in operational tuning and load balancing checks.
Installation is possible in distribution panels, subpanels, on feeder conductors, and branch circuits, as long as sizing and clearance are confirmed.
The kit supports solar and storage system monitoring, verifying charging profiles, detecting standby loads, and confirming demand peaks.
It commonly supports power metering add-ons, split-core CT retrofits, and auxiliary aGate inputs. It also aids maintenance records and commissioning documentation.
Specifications
| Brand |
FranklinWH |
| MPN |
ACCY-CT200V1-US |
| Product Type |
Current Transformer |
| Kit Contents |
Two 200A/40mA split-core CTs, splitter terminal block, 15m wire |
| Primary Current Rating |
200 A |
| Secondary Output |
40 mA |
| Accuracy |
3% |
| CT Style |
Split-core |
| Auxiliary Meter Compatibility |
Built-in aGate meter auxiliary connection |
| Wire Length Included |
49.2 ft (15 m) |
| Dimensions (L x W x H), Inches |
N/A |
| Weight, lbs |
N/A |
| Datasheet |
No datasheet available |
The FranklinWH ACCY Current specifications above reflect detailed product information. Dimensions and weight were not published. Measure delivered items for enclosure planning. Confirm clearance around conductors during installation.
Select FranklinWH ACCY Current based on input type and rating. Ensure the 200A range matches the intended conductor load. Confirm meter compatibility with a 40 mA CT input and verify polarity markings during commissioning.
This product is typically installed by qualified personnel. Follow NEC and local codes carefully. Adhere to manufacturer instructions for both meter and CT. Verify torque, insulation, and labeling after installation.