Guardian Controls International GC 1719-LCS Control & Monitor Unit (1719LCS V 1.05)

Optimize your vessel’s electronic automation networks with the rugged reliability of the Guardian Controls International GC 1719-LCS Control & Monitor system. Engineered specifically for the volatile environments of the marine industry, this modular system works to process distributed telemetry signals, manage auxiliary relays, and continuously monitor sensor parameters across critical onboard infrastructure.

This unit is equipped with verified firmware V 1.05 (as shown in 5_2.jpeg), which stabilizes communication processing and reduces signal latency between input machinery and your central dashboard panels. Designed for high serviceability, its compact modular form factor integrates perfectly into centralized engine room distribution enclosures or main bridge automation consoles.

Key System Capabilities

• Dual-Row High-Density Matrix: Configured with a distinct top and bottom terminal architecture providing up to 52 individual pin connections for multi-channel sensor networks.

• On-Unit Calibration Logic: Features a front-panel tactile SET switch paired with a vibrant green monitoring LED (see 2_2.jpeg) to allow quick hardware diagnostic sweeps and field adjustments.

• DIN-Rail Compatibility: Built with a sturdy industrial backing and an integrated red mechanical locking tab (see 5_2.jpeg) for immediate snap-in mounting onto standard server and control racks.

• Hot-Swap Electrical Safety: Includes clear, factory-stamped technical warnings indicating proper hot-unplug safety procedures for auxiliary phone/network jacks to safeguard internal logic cards from static or inductive loops (see 4_2.jpeg).

• Fully Certified Architecture: Stamped with full CE Compliance approval, matching rigorous international marine safety, emission, and build benchmarks.

Technical Specifications Matrix

Terminal Connection Distribution Guide

• Top Terminal Rows (Pins 27–52): Dedicated signaling highway mapped for upper-level system communication feeds, remote auxiliary relays, and network data line connections (see 1_2.jpeg).

• Bottom Terminal Rows (Pins 6–26): Engineered primarily for main processing loops, sensor array data collection, inputs grounding matrix, and local voltage supply tracking (see 4_2.jpeg).

• Auxiliary RJ-Ports (Base Array): RJ-style communication interfaces reserved exclusively for external display terminals, bridge console bridges, or configuration loaders.