9821-8530 - Egis Mobile Electric Egis XD NMEA 2000 Dual Relay/VSR w/Knobs 8-Pin DT Connector

XD NMEA 2000 Dual Relay/VSR with Knobs 8-Pin DT Connector

XD NMEA 2000 Dual Relay/VSR with Knobs is a high-power, dual-circuit marine and vehicle electrical management device. It combines a remote battery switch and an Automatic Charging Relay (ACR) / Voltage Sensing Relay (VSR) into a single compact, programmable module.

Features:

• NMEA 2000 Integration: Allows seamless remote control and real-time monitoring of battery voltage and switch status directly from compatible Multi-Function Displays (MFDs).
• High Capacity: Supports continuous loads up to 500A and cranking loads up to 1600A per switch, making it suitable for heavy-duty marine or work truck systems.
• Manual Override Knobs: Includes intuitive 3-position local knobs that allow you to manually force relays Open or Closed and lock them in place.
• Smart Charge Management: Eliminates dead start batteries by automatically sharing charging sources (e.g., an alternator) and isolating batteries when no charging is present.
• Programmability: Easily configurable via built-in dip switches to customize voltage offsets and delay settings.
• Bulletproof Construction: Sealed to IP67/IP6K9K standards, featuring high-temperature electronics and corrosion-resistant stainless-steel hardware.

The Egis XD NMEA 2000 Dual Relay/VSR, part number 9821-8530, is a specialized electrical component designed for integration into NMEA 2000 networks. This unit functions as both a dual relay and a Voltage Sensitive Relay (VSR), providing automated power management and switching capabilities. It is equipped with control knobs for manual adjustments and features an 8-pin DT connector for secure and reliable installation. This product is suitable for IT professionals and businesses managing marine or vehicle electrical systems that require NMEA 2000 compatibility for monitoring and control of power distribution. It addresses the need for intelligent power switching and battery isolation within complex networked environments, helping to optimize system performance and protect connected equipment.