This product note explains how to use the DGC-2020 programmable logic features to create multiple-layer logic schemes, providing guidance for implementing complex control, automation, and custom operating sequences using logic gates, timers, inputs, and outputs.
This product note explains how to use DGC-2020 programmable logic to automate fuel transfer from a main storage tank to a day tank, providing configuration examples for fuel level monitoring, pump control, and automatic fuel replenishment.
This product note explains how to use DGC-2020 programmable logic to alternate between redundant starter motors, providing configuration examples that balance starter usage, reduce wear, and maintain redundancy in engine starting applications.
This product note explains how to use RDP-110 remote display panels with the DGC-2020 in multiple locations, providing guidance for RS-485 communications, panel daisy-chaining, and remote monitoring of generator status, alarms, and operating conditions.
This product note explains how to use DGC-2020 Ethernet communications and programmable logic to sequence multiple generators on and off a paralleled network, providing guidance for generator startup, shutdown, load management, and coordinated operation based on configurable sequencing priorities.
This product note explains how to use dual DGC-2020 controllers to provide redundant start/stop control, genset metering, protection, and alarm monitoring from different operator locations, improving system availability and operational flexibility for generator applications.
This product note explains how to use the DGC-2020 RS-232 communication port with an external modem, providing setup guidance for remote alarm notification, dial-out communications, and monitoring of generator and engine operating conditions.
This product note explains how to configure programmable inputs and outputs on the DGC-2020 using the AEM-2020, CEM-2020, and LSM-2020 expansion modules, providing setup guidance for custom monitoring, protection, alarm, control, and automation functions.
