Usage:
G3512 (4KC) G3516 (3RC) Engines
G3512 and G3516 Engines in cogeneration or landfill applications operate with higher than normal jacket water temperatures. The engines can be equipped with an alarm/shutdown system that will either sound an alarm or begin to shut the engine down when a critical temperature or pressure is sensed. Cogeneration engines can be equipped with the alarm/shutdown system while landfill engines come standard with the alarm/shutdown system.
Chart A identifies the critical temperatures and pressures for cogeneration applications. The chart also identifies the part numbers of the alarm and shutdown switches. Illustrations 1 and 2 show the locations of those alarm and shutdown switches.
Chart B identifies the critical temperatures and pressures for landfill applications. The chart also identifies the part numbers of the alarm and shutdown switches. Illustrations 3 and 4 show the locations of those alarm and shutdown switches.
Illustration 1. (Right Side View Of Engine) Location of alarm and shutdown switches for cogeneration applications. High Intake Air Temperature Alarm Switch (1). High Oil Temperature Shutdown Switch (2). High Oil Temperature Alarm Switch (3).
Illustration 2. (Front View Of Engine) Location of alarm and shutdown switches for cogeneration applications. High Water Temperature Alarm Switch (4).
Illustration 3. (Right Side View Of Engine) Location of alarm and shutdown switches for landfill applications. High Intake Air Temperature Alarm Switch (5). Jacket Water Pressure Arming Switch (6).
Illustration 4. (Front View Of Engine) Location of alarm and shutdown switches for landfill applications. High Water Temperature Shutdown Switch (7). High Oil Temperature Shutdown Switch (8).