Leviton Telcom CDE02-R11 Current Transformer 0.67 200A

Product Description

The LEVITON TELCOM CDE02-R11 is a round current transformer rated for 200 amps, designed to measure and monitor AC current in electrical distribution systems. With a ratio of 0.67, it steps down high current levels to a manageable signal suitable for metering, energy monitoring, or protective relay applications. This transformer is a single-unit component installed by licensed electricians during panel upgrades, energy auditing setups, or sub-metering installations. Its compact, round form factor is suited for retrofit and new-construction work where space around conductors is limited.

This current transformer is typically applied in residential and light commercial electrical systems where non-invasive current sensing is required. It fits around a single conductor, allowing installation without breaking the circuit. Electricians use it in conjunction with energy monitors, data loggers, or metering panels to track load consumption. No specific compatible panel models or system families are stated in the available product data.

Key Features

• 200A current rating supports high-load residential and light commercial circuits
• 0.67 ratio steps down current for compatible metering and monitoring equipment
• Round split-core or solid-core form factor allows installation around existing conductors
• Single-unit packaging for individual circuit or point-of-use metering applications

Compatibility

Designed as an OEM-style replacement or upgrade component for electrical metering and current monitoring assemblies requiring a 200A round current transformer.

Installation Notes

Installation should be performed by a licensed electrician in accordance with NEC guidelines. De-energize the circuit and verify zero voltage with a calibrated meter before handling any conductors. Route the target conductor through the transformer core and secure the transformer to avoid mechanical stress on the conductor insulation. Do not exceed the rated 200A current through the transformer core.