Product-family illustration. Appearance and accessories depend on the ordered configuration.
Wireless Split-Core CT Current Sensor Family
Equipment options & specifications
Non-invasive wireless current sensing for retrofit load monitoring, with single-phase 100 A / 300 A and three-phase 300 A / 500 A / 1000 A configurations.
Appearance, connectors and included accessories follow the configuration confirmed in your quotation.
Illustration: pump and motor monitoring installation with bearing sensors and a field enclosure.
Follow changes in irrigation pumps
Compare machine readings over time with operating hours and maintenance records. Installation and the selected measurement determine what the trend can tell you.
Add records for motors and fans
Maintenance teams can monitor compatible equipment in factories or utilities. A change in a reading needs investigation; it does not by itself prove a specific fault.
Specifications & version options
Architecture
Wireless split-core current-sensor family
Single-phase ratings
100 A or 300 A; 16 mm conductor aperture documented
Three-phase ratings
300 A, 500 A or 1000 A
Power
Measured-circuit power; USB Type-C option documented
Sampling
Up to 3.3 kHz
Reported values
Current and accumulated amp-hours once per second
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Alerts
Current-threshold and overcurrent alarms documented
Integration
Regional radio plan, gateway, payload and destination confirmed per order
Need to connect this equipment to an existing controller or platform?
Share your current model, a photo or the connection you need. We help assess interfaces, power and the required configuration.
Public documents describe this product family and selection options. Wiring, register maps and compliance documents must match the model and version selected for your order.
Choose single phase or three phase first, then select the documented 100 A, 300 A, 500 A or 1000 A configuration from the normal and peak current.
Confirm conductor diameter and panel clearance; the single-phase configuration documents a 16 mm aperture.
Select measured-circuit power or the documented USB Type-C option with the installation and isolation method.
Define the current-threshold and overcurrent alarms, accumulated amp-hour use and reporting interval required by the monitoring workflow.
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Confirm the regional radio plan, gateway, payload and destination platform; select the radio and gateway for the destination country.
Compatible with
Single-phase circuits using the 100 A or 300 A sensor configurations
Three-phase circuits using the 300 A, 500 A or 1000 A sensor configurations
Wireless monitoring projects with a regional gateway and payload path confirmed before quotation
Retrofit panels where a split-core sensor can be installed around the conductor without disconnecting the existing wiring
Typical package
Selected single-phase sensor or three-sensor CT assembly
Measured-circuit power arrangement or the documented USB Type-C option
Regional wireless gateway and network path selected for the project
Current-threshold, overcurrent and reporting configuration record
Installation and data-field handoff notes
Applications
Electrical ratings, current-sensor arrangement, gateway and panel wiring are confirmed before quotation.
This is a configurable wireless split-core current-sensor family, not one universal stock model. Select the phase count and current range first, then confirm the conductor aperture, power option, regional radio path, gateway and reported data before quotation.
Retrofit current monitoring without disconnecting existing conductors
Single- and three-phase load-current trending
Current-threshold and overcurrent event reporting
Accumulated amp-hour tracking for operating and energy-use analysis
Does the sensor measure electrical power directly?
This family measures current and accumulated amp-hours. Estimating power also requires voltage and power factor. For billing or revenue metering, select an energy meter with the required documented accuracy and approvals.
Can it be installed without disconnecting the existing conductor?
The split-core construction is intended for non-invasive retrofit installation without disconnecting the existing wiring. Electrical isolation, safe access and local installation rules still apply.
Which current ranges are documented?
Available configurations include 100 A and 300 A single-phase configurations, plus 300 A, 500 A and 1000 A three-phase configurations. Select from the actual conductor, normal current and peak current.
Which wireless protocol and gateway are included?
The source identifies a wireless current-sensor family, but the final regional radio plan, gateway, payload and destination platform must be confirmed for the project before quotation.
Does 3.3 kHz sampling mean 0.5% accuracy?
No. Sampling rate and measurement accuracy are different specifications. The product documentation lists sampling up to 3.3 kHz but does not publish a percentage accuracy class, so accuracy must be confirmed for the selected configuration.
Can a split-core current sensor report machine run status without cutting the power cable?
That is a common retrofit path. The CT clamps around an existing conductor and a remote I/O, meter or LoRaWAN node forwards current or run presence. Conductor size, current range, phase count and whether you need kWh or only run/load must be confirmed before quotation.
Is industrial current monitoring over LoRaWAN enough for motor overload protection?
No. This family is for monitoring and alarms into the buyer’s platform. Machine protection, certified safety circuits and trip settings stay with the existing starter or drive. Sampling interval and alarm delay are set from the maintenance workflow, not from a protection-relay standard.
What should I provide when requesting a quote for the Wireless Split-Core CT Current Sensor Family?
Single-phase or three-phase circuit and nominal voltage; Normal current, peak current and selected 100 / 300 / 500 / 1000 A range; Conductor diameter, panel clearance and installation method; Measured-circuit power or USB Type-C option
Where can I compare available model options?
Open the Application selection guide linked on this page. Use it to compare equipment options before requesting a configuration.
Will it work with my existing system?
Check the field signal, supply, protocol and receiving platform against the selected model. The connection options listed on this page are a starting point; send your equipment model or interface document so we can check the combination before ordering.
Product-family reference. Final ordered model and specifications are confirmed in the written quotation.
