E-Drive 48V akkumulátorérzékelő

The Integrel E-Drive 48V battery sensor is a dedicated component for precise monitoring of 48-volt battery banks, specifically designed for marine E-Drive electric propulsion systems. It collects essential data for onboard energy management.

This sensor monitors the condition of 48V batteries by collecting critical data such as current, voltage, and state of charge. This information is vital for optimizing efficiency, extending battery life, and ensuring proactive energy management in marine electric propulsion systems.

The Integrel E-Drive 48V sensor provides accurate data on:

The 48V battery bank voltage.The charge and discharge current.The estimated state of charge (SOC) of the battery.This data is then used by the Integrel system for overall energy management.

The Integrel E-Drive 48V battery sensor is a key component designed to integrate natively and optimally within Integrel's E-Drive ecosystems. It collects data, but display and full analysis are typically managed by other Integrel system elements, such as a controller or compatible display.

This sensor is specifically designed to monitor battery banks with a nominal voltage of 48 volts. It is not suitable for systems with a different voltage.

The Integrel E-Drive 48V battery sensor is designed to monitor the voltage and current of a 48V battery bank. Its compatibility with different battery technologies (lithium, lead-acid, etc.) will primarily depend on the Integrel system's overall capacity to interpret and manage these battery types. The sensor itself measures electrical parameters without distinguishing between technologies.

Although the sensor is optimized for native integration with Integrel's E-Drive ecosystems, its use with systems from other brands is not guaranteed without prior verification. It is designed to operate within the Integrel architecture for accurate data collection and optimal management.

The Integrel E-Drive 48V sensor is designed to transmit its data to compatible displays within the Integrel ecosystem. For display on standard navigation screens from other brands, an Integrel interface or controller would typically be required to convert the data into a compatible format (such as NMEA 2000), if this functionality is supported by the Integrel system.

Installing the Integrel E-Drive 48V battery sensor requires connecting it to the 48V battery bank and integrating it into the Integrel system’s communication network. While designed for seamless integration, familiarity with marine electrical systems and Integrel installation diagrams is recommended for correct and secure installation.

The sensor must be installed near the 448V battery bank it is intended to monitor. It must be placed in a dry and protected environment, in accordance with Integrel's specific instructions, to ensure accurate measurements and a long service life.

Installation requires basic tools for marine electrical connections, such as crimping pliers, screwdrivers, and a multimeter. It is also important to have the appropriate cables and connectors as specified in the product's installation manual.

Installing electrical components on a boat, especially those related to high-voltage propulsion systems like 48V, must be done with caution. It is strongly recommended to use a qualified marine electronics professional or a certified Integrel installer to ensure correct, safe, and standards-compliant installation.

The sensor is typically powered by the 48V system it monitors or by the Integrel network to which it is connected. It is designed to integrate energy-wise into the existing system without requiring an independent external power source.

The sensor transmits data via a proprietary protocol or a communication bus integrated into the Integrel system. This ensures reliable and optimized transmission of information to compatible Integrel controllers and displays.

The reference number (SKU) for this product is ISD0005.

Yes, like all Integrel equipment intended for the marine environment, this sensor is designed to withstand typical conditions encountered at sea, including humidity and temperature variations. However, it is recommended to install it in a location protected from direct water spray.

Yes, by providing precise and real-time data on the state of your 48V battery bank, this sensor enables better understanding of your consumption and remaining capacity. This information is crucial for proactive energy management, helping to optimize usage and avoid deep discharges.

The sensor is specifically designed for marine electric propulsion systems operating on a 48-volt voltage. It is relevant for fully electric boats as well as hybrid systems that include a 48V battery bank for propulsion or high-capacity services.