ET272DINMV53X2SX – Self-Addressing Quick Fit Energy Transducer
Carlo Gavazzi ET272DINMV53X2SX three-phase energy transducer with TCDxM current input, self-addressing via VMU-C, RS485 Modbus RTU communication and DIN rail mounting for multi-load energy monitoring.
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Why Choose the Carlo Gavazzi ET272DINMV53X2SX Energy Transducer?
The Carlo Gavazzi ET272DINMV53X2SX is a compact and reliable three-phase energy transducer designed for multi-load electrical monitoring, energy analysis and automation system integration. As part of the Carlo Gavazzi ET272 quick-fit energy transducer range, it provides accurate measurement for three-phase and multi-circuit energy monitoring applications.
This energy transducer is designed for use with TCDxM current sensors and features RS485 Modbus RTU communication for integration with VMU-C systems, PLCs, SCADA platforms and building energy management software. Its self-addressing capability via VMU-C helps simplify configuration in multi-load monitoring installations.
With support for 230 V L-N / 400 V L-L electrical networks, the ET272DINMV53X2SX is suitable for monitoring multiple single-phase or three-phase loads in commercial, industrial and automation environments. Its self-powered DIN rail design makes it ideal for panel builders and energy monitoring specialists who need compact, scalable metering.
Key Advantages
Compact three-phase energy transducer for multi-load metering.
Designed for TCDxM current input sensors.
Integrated RS485 Modbus RTU communication.
Self-addressing via VMU-C for simplified configuration.
Suitable for 230 V L-N / 400 V L-L networks.
DIN rail mounting for straightforward panel installation.
Key Features
Carlo Gavazzi ET272 energy transducer series.
Three-phase multi-load energy monitoring.
TCDxM current sensor input.
RS485 Modbus RTU communication interface.
Self-addressing when used with VMU-C monitoring systems.
Measures energy and key electrical variables.
Self-powered operation.
DIN rail mounting for electrical panels.
Scalable Multi-Load Energy Monitoring
Energy transducers such as the Carlo Gavazzi ET272DINMV53X2SX allow electrical consumption and key power variables to be monitored across multiple loads. This helps facilities teams, panel builders and system integrators improve energy visibility, identify consumption trends and support efficient load management.
The RS485 Modbus RTU interface enables measured data to be transferred to automation and energy management systems. When used with compatible Carlo Gavazzi VMU-C systems, the self-addressing function helps reduce commissioning time in larger multi-load metering installations.
Typical Applications
Industrial multi-load energy monitoring.
Commercial building energy management.
Distribution boards and switchboards.
Control panels and automation systems.
VMU-C based energy monitoring networks.
Panel building and system integration projects.
Technical Specifications
Manufacturer
Carlo Gavazzi
Series
ET272
Model
ET272DINMV53X2SX
Product type
Three-phase energy transducer
Voltage input
230 V L-N / 400 V L-L
Input type
Three-phase AC
Current input
TCDxM current sensor input
Connection
CT / VT
Communication
RS485 Modbus RTU
Addressing
Self-addressing via VMU-C
Measured variables
kWh, kvarh, V, A, W
Display
None
Power supply
Self-powered
Mounting type
DIN rail mounting
Approvals
CE, UKCA
Frequently Asked Questions
What is the Carlo Gavazzi ET272DINMV53X2SX used for?
The ET272DINMV53X2SX is used for three-phase and multi-load energy monitoring in industrial, commercial and building management applications.
What current input does this transducer use?
This model is designed for use with TCDxM current sensors, making it suitable for multi-load metering installations.
Does the ET272DINMV53X2SX support Modbus communication?
Yes, it includes RS485 Modbus RTU communication for integration with automation systems and energy monitoring platforms.
What does self-addressing via VMU-C mean?
Self-addressing via VMU-C helps simplify device configuration when the transducer is used within compatible Carlo Gavazzi energy monitoring systems.
Where is this energy transducer typically installed?
It is typically DIN rail mounted inside control panels, distribution boards, switchboards and energy monitoring enclosures.
Trusted by Energy Management Professionals Worldwide
Carlo Gavazzi ET272 energy transducers are trusted by electrical contractors, panel builders and system integrators for scalable multi-load metering, dependable Modbus communication and efficient integration into modern energy monitoring systems.
Manufacturer
Carlo Gavazzi
Series
ET272
Model
ET272DINMV53X2SX
Product type
Three-phase energy transducer
Voltage input
230 V L-N / 400 V L-L
Input type
Three-phase AC
Current input
TCDxM current sensor input
Connection
CT / VT
Communication
RS485 Modbus RTU
Addressing
Self-addressing via VMU-C
Measured variables
kWh, kvarh, V, A, W
Display
None
Power supply
Self-powered
Mounting type
DIN rail mounting
Approvals
CE, UKCA
No documents available for this product.
Delivery
We offer fast UK delivery on all stocked items. Orders placed before 3pm Monday to Friday are eligible for next-day delivery.
Standard delivery: 2–3 working days
Next-day delivery: available on in-stock items when ordered before 3pm
Express options available — contact us for details
Returns
If you need to return an item, please contact our sales team within 30 days of receipt. Items must be returned unused in their original packaging.
Our service agreements are built to support long term procurement relationships. By working closely with engineering teams and procurement departments, we help streamline purchasing processes while ensuring consistent access to critical components and sourcing support when it matters most.
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Customers supported
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LED Controls is a specialist distributor of factory automation and industrial controls, supplying OEMs, machine builders, panel builders and end users throughout the UK and worldwide. As a trusted UK distributor for many of the world’s leading automation manufacturers, we provide industrial control products, technical expertise and bespoke automation solutions backed by outstanding customer service.
2025 has been a big year for LED Controls, and our blog has expanded accordingly. We've covered a wide range of topics across industrial control and factory automation this year. From core technology explainers and new product releases to panel building best practice...
2025 has been a big year for LED Controls, and our blog has expanded accordingly. We've covered a wide range of topics across industrial control and factory automation this year. From core technology explainers and new product releases to panel building best practice...