Victron Current Transformer CT 100A 50mA (5m)

Product description

The Victron CT 100A 50mA (5m) Current Transformer is a measurement sensor designed to integrate with Victron MultiPlus-II and MultiGrid-II inverters. It provides a proportional signal of 50 mA from a maximum current of 100 A, thus allowing the system to activate advanced functions such as PowerControl and PowerAssist. Its 5-meter cable with a 3.5 mm jack connector makes it especially suitable for installations where the inverter is somewhat separated from the electrical panel.

Main features

• Transformation ratio: 100 A : 50 mA
• Pre-installed 3.5 mm jack connector, ready to use
• 5-meter cable for medium-sized installations
• Compatible with all MultiPlus-II and MultiGrid-II
• Quick installation: plug & play
• Enables PowerControl and PowerAssist functions

Advantages or benefits

• Prevents overloads by limiting current from the grid or generator
• Optimizes solar consumption with PowerAssist during demand peaks
• Ideal for installations where the inverter is not next to the panel
• Accurate reading for dynamic control and adjustments from Cerbo GX
• Compatible with single-phase or three-phase systems (1 CT per phase)

Purpose or applications

This transformer is designed for hybrid solar installations with Victron MultiPlus-II, especially in residential projects, boats, caravans, or systems connected to a limited grid or generators. It is essential for activating PowerControl and PowerAssist, enabling more efficient, safe, and adapted consumption according to the actual capacity of the energy source.

Technical specifications

Compatibilities

This product is compatible with: MultiPlus-II 48/3000/35-32, MultiPlus-II 48/3000/35-32 GX, MultiPlus-II 48/5000/70-50, MultiPlus-II 48/5000/70-50 GX, MultiPlus-II 48/8000/110-100, MultiPlus-II 48/10000/140-100, MultiPlus-II 48/15000/200-100.

Victron Current Transformer CT 100A 50mA (5m) is a robust and effective solution for installations requiring precise control of energy flow. It enhances safety, optimizes self-consumption, and enables intelligent management of the grid or generator.