R9M80X6M PowerTag Rési9 - Energy meter for 6 single-phase circuits com Modbus

The Resi9 PowerTag is a compact energy meter for monitoring the consumption of 6 single-phase circuits with Modbus communication, ideal for a KNX installation.

Highlights of the R9M80X6M energy meter :

• Accurate monitoring: Measures the active energy produced and delivered for 6 single-phase circuits.

• Modbus Compatibility: Easy integration with KNX systems for intelligent energy management.

• Compact and efficient: Compact 1.5 module design for simple, space-saving installation.

The Resi9 PowerTag is an advanced energy meter designed for accurate and efficient energy consumption monitoring of 6 single-phase circuits. With its ability to measure the active energy produced and delivered, this meter is an ideal solution for installations using the KNX protocol. Thanks to its Modbus communication, it allows for easy integration and intelligent energy management within your electrical system.

This compact energy meter from Schneider, with a width of only 1.5 modules, is easily installed in the electrical panel, saving space while offering advanced features. Combined with the set of 6 current transformers (TORs) from Schneider Electric's PowerTag Resi9 range, it perfectly complements the energy management ecosystem, enabling detailed monitoring and optimization of energy consumption.

Users can gain complete visibility into their energy consumption, making it easier to implement measures to improve energy efficiency and reduce costs. The Resi9 PowerTag is therefore an essential tool for any facility that wants to effectively monitor and manage its energy consumption.

Characteristics:

• Product Type: Energy meter for 6 single-phase circuits
• Maximum current: 80A per circuit
• Communication: Modbus
• Compatibility: KNX Systems
• Width: 1.5 modules
• Application: Monitoring of active energy consumption produced and delivered
• Installation: Electrical panel
• Ecosystem: Can be combined with the Resi9 PowerTag 6-pack of current transformers
• Additional features: Accurate real-time measurement, optimization of energy management