Leviton Telcom 4OUMR-2M 3-phase Modbus Meter

Product Description

The LEVITON TELCOM 4OUMR-2M is a 3-phase Modbus energy meter from the Outbound Series 4000 product line. It is designed to measure and communicate electrical energy consumption data across three-phase electrical systems using the Modbus communications protocol. This type of meter is typically installed by licensed electricians or electrical contractors in commercial, industrial, or multi-tenant residential applications where real-time power monitoring and data logging are required. The Modbus interface allows integration with building automation systems, energy management platforms, and SCADA systems for centralized monitoring and reporting.

This meter is suited for 3-phase electrical installations where accurate sub-metering or primary metering is needed. Typical applications include commercial buildings, industrial facilities, and utility monitoring setups where energy data must be transmitted digitally to a controller or monitoring system. The Modbus 2 designation indicates a specific communication configuration within the Series 4000 platform. Installation is performed by qualified electrical professionals in panel or enclosure environments where 3-phase service is present.

Key Features

• 3-phase electrical measurement for commercial and industrial power monitoring applications
• Modbus communication protocol support for integration with BAS, SCADA, and energy management systems
• Part of the Outbound Series 4000 meter platform
• Sold as a single unit (EA) for individual installation or system expansion

Compatibility

Designed as an OEM-style metering solution for 3-phase electrical systems that use Modbus-based communication infrastructure. Consult system documentation to confirm compatibility with your specific monitoring platform or controller before installation.

Installation Notes

Installation of 3-phase energy meters must be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and any applicable local codes. De-energize all circuits and verify absence of voltage before making any wiring connections. Proper grounding and enclosure requirements must be observed for the installation environment. Modbus network configuration, including device addressing and baud rate, should be set before commissioning the unit.