Victron Skylla-i Remote On-Off Cable - ASS030550400

SKU: CN VIASS030550400

€ 28,05

1-2 weeks delivery time

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The Victron Energy Skylla-i Remote On-Off Cable (ASS030550400) enables precise control of Skylla-i chargers by external devices like the VE.Bus BMS. It activates the charger when the control signal is high and disables it when the signal is low or floating, ensuring optimal battery protection and automated system integration.

Description
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Victron Energy ASS030550400 – Skylla-i Remote On-Off Control Cable

The Skylla-i Remote On-Off Cable is designed for integrating Victron Skylla-i battery chargers into smart energy systems using external control logic. Most commonly, it is used with the VE.Bus BMS, allowing automatic enable/disable of the charger based on battery status and system conditions.

Key Features:

Remote Charger Control: Enables on/off switching of Skylla-i based on control signal voltage.
VE.Bus BMS Compatibility: Ideal for use with the VE.Bus BMS to manage charging operations based on lithium battery protection logic.
Safe Battery Operation: Prevents overcharging and ensures safe alternator management in BMS-based systems.
Simple Integration: Plug-and-play connection simplifies system setup and enhances control automation.

Technical Specifications:

Parameter	Value
Product Code	ASS030550400
Application	Skylla-i remote on/off control
Max Input Voltage	70 V
Min Input Voltage to Enable Charger	~6 V
Charger Off Threshold	< 1 V or free floating
Compatible Devices	Skylla-i Chargers, VE.Bus BMS

Application Example:

When connected to a VE.Bus BMS, this cable ensures the Skylla-i charger is only active when the BMS permits charging—enhancing battery safety and automation in Victron-powered systems.

Typical Use Cases:

Marine or off-grid energy systems using Victron lithium batteries
Remote control of charging systems via Victron BMS logic
Integrated energy management systems where automatic charger control is essential

Note: The cable turns the charger ON when the input voltage is high (~6V or more) and OFF when low (<1V) or disconnected.