Why Choose the Carlo Gavazzi CPTDINAV61LV3AX Energy Transducer?
The Carlo Gavazzi CPTDINAV61LV3AX is a compact and highly accurate three-phase energy transducer designed for industrial power monitoring, automation and energy management applications. As part of the Carlo Gavazzi CPTDIN Advanced series, it provides precise measurement of electrical variables with three 0 to 10 V DC analogue outputs and two static outputs, making it ideal for integration into modern control systems.
Designed for panel builders, OEM machine manufacturers and facilities engineers, the CPTDINAV61LV3AX delivers dependable monitoring of voltage, current, power, frequency, power factor and energy consumption. Its compact DIN rail mounted enclosure enables quick installation inside electrical panels and switchboards while providing reliable long-term performance in demanding industrial environments.
Supporting 57 to 120 V AC line-to-neutral and 100 to 208 V AC line-to-line systems with 5 (6) A current transformer inputs, the unit operates from an 18 to 60 V AC/DC auxiliary supply. The combination of analogue outputs and static outputs provides flexible integration with PLCs, BMS and industrial automation equipment.
Key Advantages
- Compact three-phase energy transducer for industrial monitoring.
- 57 to 120 V L-N / 100 to 208 V L-L measurement capability.
- 5 (6) A current transformer inputs for accurate monitoring.
- Three 0 to 10 V DC analogue outputs for control system integration.
- Two static outputs for signalling applications.
- Compact DIN rail mounting simplifies panel installation.
Key Features
- Carlo Gavazzi CPTDIN Advanced series.
- Three-phase energy transducer.
- 57 to 120 V L-N / 100 to 208 V L-L input range.
- 5 (6) A AC current transformer inputs.
- 18 to 60 V AC/DC auxiliary supply.
- 3 × 0 to 10 V DC analogue outputs.
- 2 static outputs.
- Measures voltage, current, frequency, power, power factor and energy.
Reliable Energy Monitoring for Industrial Systems
The Carlo Gavazzi CPTDINAV61LV3AX continuously measures critical electrical parameters and converts them into high accuracy analogue signals suitable for industrial automation systems. This enables engineers to improve energy visibility, optimise equipment performance and detect abnormal operating conditions before they affect production.
Its combination of three analogue outputs and two static outputs makes it ideal for OEM machinery, industrial control panels, building management systems and energy monitoring installations where dependable electrical measurement is essential.
Typical Applications
- Industrial power monitoring.
- Energy management systems.
- Electrical distribution panels.
- OEM machinery.
- Building management systems.
- PLC and industrial automation integration.
