DC 200 A shunt with cable for DCM100

This transducer is designed for monitoring direct current (DC) power supply on board vessels. It allows precise measurement of direct current up to 200 amperes, providing essential data for reliable energy management of onboard electrical systems.

The Raymarine CC 200 A current transducer can measure direct current up to 200 amps. This capacity makes it suitable for monitoring a wide range of onboard electrical systems.

Yes, the product name « [RAYMARINE] CC200A Transducer with cable for DCM100 display » clearly indicates that it is supplied with the cable required for connection to the DCM100 display.

The primary role of a direct current transducer is to convert an electrical current into a measurable signal that can be read by a monitor. In a marine context, this allows tracking energy consumption or production, identifying potential issues, and optimizing onboard power management.

Yes, this transducer is a Raymarine component, a recognized brand in marine electronics, and is specifically designed for monitoring DC power supply onboard vessels, implying a robust design for the marine environment.

This transducer is specifically designed to be integrated and operate with the Raymarine DCM100 DC monitor.

The transducer itself is a component of the DCM100 system. It is the DCM100 DC power monitor, with which this transducer is designed to operate, that integrates into the NMEA 2000 network. The transducer provides current data to the DCM100.

This transducer is specifically designed and optimized for integration with the Raymarine DCM100 DC monitor. Use with other monitors is not guaranteed and could result in compatibility issues or inaccurate measurements.

The NMEA 2000 compatibility of the DCM100 monitor ensures standardized communication and interoperability with other compatible marine electronic devices on the boat’s network. This allows current data to be integrated into a unified and harmonized monitoring system.

To install this transducer, you will need Raymarine’s DCM100 DC power monitor, which it is designed to work with. The transducer connects to the DCM100 via the supplied cable. A basic understanding of marine electrical systems and NMEA 2000 networks (for the DCM100) is recommended.

Installing marine electrical equipment generally requires some expertise to ensure system safety and reliability. Although the transducer comes with its cable for a direct connection to the DCM100, it is recommended to consult the DCM100 installation manual or hire a professional if you are unfamiliar with this type of installation.

The product is described as a "DC 200 A transducer with cable." The specific cable length is not mentioned in the provided information. It is typically supplied with a standard length as specified by the manufacturer for integration with the DCM100. For specific requirements, refer to the manufacturer's technical documentation.

To obtain accurate measurements, the transducer must be installed on the direct current circuit you wish to monitor, following the DCM100 installation manual instructions. It is essential to ensure a dry and protected environment, compliant with marine installation standards.

Raymarine products are generally covered by the manufacturer's standard warranty. To find out the exact duration and specific warranty conditions for this transducer, it is recommended to consult Raymarine's official warranty policy or contact the brand's customer service.

Generally, manufacturer warranties do not cover damage resulting from incorrect installation, misuse, or negligence. It is critical to strictly follow the installation instructions provided by Raymarine for the transducer and the DCM100 display.

The provided documentation states that Maretron products are tested to IEC 60945 and NMEA 2000 certified. However, it explicitly notes that this information is not confirmed for this specific Raymarine transducer. For this Raymarine product’s certifications, refer to Raymarine’s official documentation.

The transducer measures the direct current flowing through it and transmits this information to the DCM100 monitor. The DCM100 can then display these current data and integrate them into the NMEA 2000 network for comprehensive power monitoring.

No, the transducer is a passive component that measures current. It is powered and communicates via its connection to the DCM100 monitor, which itself is powered by the NMEA 2000 network or a dedicated power source. The transducer itself does not require a separate power supply.

Yes, by measuring direct current, this transducer, when connected to the DCM100, can be used to monitor charge or discharge currents of batteries, thereby contributing to better management of the state of charge and battery health aboard.