Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
Carlo Gavazzi ROG4X1002M9003X is a three-coil 900 mm Rogowski current sensor kit for accurate 20 to 4000 A AC current measurement with compatible Carlo Gavazzi energy analysers.
£726.81
The Carlo Gavazzi ROG4X1002M9003X is a flexible Rogowski coil current sensor kit designed for accurate measurement of high AC currents in electrical energy monitoring and power measurement systems. Supplied as a kit of three coils, it supports current measurement from 20 to 4000 A and is specifically designed for use with compatible Carlo Gavazzi energy analysers.
As part of the Carlo Gavazzi ROG4X series, this sensor provides a practical alternative to conventional solid-core current transformers where large conductors, busbars or restricted installation spaces make traditional CTs difficult to fit. The flexible split-coil construction allows each sensor to be installed around an existing conductor without disconnecting the power cable.
The ROG4X1002M9003X features a 900 mm coil length, a rated primary current of 4000 A and an output of 100 mV/kA at 50 Hz. Its three-coil configuration is particularly suited to three-phase power monitoring applications, while its IP67 construction provides dependable protection in demanding electrical installations.
Rogowski coils measure alternating current by sensing the magnetic field generated around a conductor. Their flexible construction makes them especially useful for high-current electrical installations where conventional rigid current transformers may be difficult to install around large cables or busbars.
The Carlo Gavazzi ROG4X series is designed for energy monitoring and electrical measurement applications using compatible Carlo Gavazzi analysers. The three flexible coils in the ROG4X1002M9003X kit can be fitted around phase conductors, providing a convenient solution for three-phase current measurement in new installations and retrofit projects.
Tick the specs you need, then view products that match.
| IP Rating | IP67 | |
|---|---|---|
| Manufacturer | Carlo Gavazzi | |
| Series | ROG4X | |
| Model | ROG4X1002M9003X | |
| Product type | Rogowski coil current sensor kit | |
| Number of coils | 3 | |
| Current measurement range | 20 to 4000 A | |
| Rated primary current | 4000 A | |
| Output at 50 Hz | 100 mV/kA | |
| Output at 60 Hz | 120 mV/kA | |
| Accuracy class | Class 1 | |
| Coil length | 900 mm | |
| Coil thickness | 8.3 mm ±0.2 mm | |
| Coil external diameter | approx. 300 mm | |
| Connection cable length | 2 m | |
| Operating frequency | 40 to 20000 Hz | |
| Protection rating | IP67 | |
| Operating temperature | -30 to +80 °C | |
| Dielectric strength | 7.4 kV AC for 1 minute | |
| Overvoltage category | CAT III 1000 V / CAT IV 600 V | |
| Pollution degree | 2 | |
| Mounting | Cable or busbar |
This Rogowski coil kit is used to measure AC current in electrical energy monitoring and power measurement systems, particularly where large conductors or busbars make conventional current transformers difficult to install.
The sensor is designed for current measurement from 20 to 4000 A, with a rated primary current of 4000 A.
The ROG4X1002M9003X is supplied as a kit of three coils, making it suitable for three-phase electrical measurement applications.
Each flexible Rogowski sensor has a coil length of 900 mm, allowing it to be installed around large cables and busbars.
The ROG4X1002M9003X is designed for use with compatible Carlo Gavazzi EM210 and EM50 energy analysers that support Rogowski coil current inputs.
Carlo Gavazzi current measurement products are widely used in industrial automation, energy management and electrical distribution applications, providing flexible and reliable measurement solutions for demanding electrical installations.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.