AC naponski pretvornik za Digital & CZone

The BEP AC-VSEN-4 AC voltage transducer is a device designed to measure alternating current (AC) voltage in a marine electrical system. It converts this measurement into a digital signal that can be interpreted and displayed by digital monitoring systems.

Its main role is to provide accurate and reliable monitoring of AC voltage. This data acquisition is crucial for energy management, detection of electrical issues, and safety of marine installations.

Unlike a simple analog voltmeter, the AC-VSEN-4 transducer provides a digital output. This output is compatible with CZone and Dig interfaces, enabling centralized data visualization, programmable alerts, and integration into a broader management system.

It is specifically designed for precise monitoring of alternating current (AC) electrical systems aboard vessels, ensuring reliable data acquisition of voltage levels for marine installations.

No, the AC-VSEN-4 transducer is an AC voltage transducer. It is designed to measure only alternating voltage and does not measure current. For current measurement, specific current sensors (such as shunts or AC coils) are used.

It enables reliable and accurate acquisition of AC voltage data, which is essential for efficient energy management. By integrating this data into Dig and CZone systems, users can monitor consumption, anticipate overloads, and optimize onboard electrical resource usage.

Yes, as a BEP component, the AC-VSEN-4 transducer is designed for marine applications, which implies robustness and reliability suited to the demanding conditions encountered aboard vessels (humidity, vibrations, temperature variations).

Yes, by providing continuous and accurate monitoring of AC voltage, it enables rapid detection of fluctuations or anomalies in the electrical system. This helps identify potential issues before they become critical, contributing to the safety of installations.

The digital output allows the transducer to communicate directly with Dig and CZone MC12 monitoring systems. This facilitates the integration of voltage data into a centralized user interface, where it can be displayed, logged, and used to trigger automatic alerts.

This is a component that requires a host system, such as Dig digital monitoring systems or CZone MC12, to process, display, and use the voltage data it acquires. It is not designed to operate autonomously.

The AC-VSEN-4 transducer is specifically designed for seamless integration with Dig and CZone MC12 digital monitoring systems.

The product is specifically stated as being designed for CZone MC12 systems. For compatibility with other CZone modules, it is recommended to consult the specific technical documentation of these modules or contact BEP support.

The transducer itself connects to Dig and CZone MC12 systems. CZone systems are typically based on the NMEA 2000 protocol, meaning the data collected by the transducer can be made available on an NMEA 2000 network via the CZone MC12 module.

Integration with CZone MC12 is designed to be seamless. However, as with any component in a digital system, an initial configuration via the CZone interface may be required to set display parameters, alert thresholds, and sensor identification.

The AC-VSEN-4 transducer is specifically designed to integrate with Dig and CZone MC12 systems. Compatibility with monitoring systems from other brands is not guaranteed and is generally not provided without a specific adapter or interface that is not included.

The transducer connects directly to the Dig or CZone MC12 monitoring module. Detailed connection specifications, including wiring and terminal blocks to use, are provided in the product installation manual.

Installing any marine electrical component, particularly those related to AC voltage, must be performed by someone with proven knowledge in marine electricity. This ensures the safety of the installation and the proper operation of the system.

Yes, it is imperative to cut all AC power before proceeding with the installation or connection of the transducer. Compliance with marine electrical safety standards and the manufacturer's instructions is essential to avoid any risk of electrocution or damage to the equipment.

The transducer must be installed in a dry, protected location, shielded from direct water spray, excessive humidity, and intense vibrations. It is recommended to follow the manufacturer's specific instructions for the optimal mounting location of marine electronic equipment.

The exact contents of the packaging may vary. It is recommended to check the list of items included in the box or consult the product documentation to determine whether the connection wiring is supplied or must be purchased separately.