﻿GET_GEVOMechL2_03_01_01_93 - ANIMATION Screen
1
00:00:00,000 --> 00:00:03,000
You have reached the end of this module!

2
00:00:03,000 --> 00:00:05,542
In this module, you learned to:

3
00:00:05,542 --> 00:00:11,417
State the purpose and location of the major components of the split cooling water system.

4
00:00:11,417 --> 00:00:22,958
The split cooling water system maintains a nearly constant engine operating temperature throughout the load range of the engine, even with wide variations in outside temperature and throttle call.

5
00:00:22,958 --> 00:00:31,042
The split cooling water system provides additional cooling for the water-based intercooler and oil cooler at higher load conditions.

6
00:00:31,042 --> 00:00:44,417
The additional cooling of the water-based intercooler helps reduce the intake manifold air temperature into the engine cylinders, which in turn decreases the amount of harmful emissions from the exhaust stack and fuel consumption.

7
00:00:44,417 --> 00:00:50,875
The added cooling of the oil cooler in higher load conditions helps improve the life of the engine's bearings.

8
00:00:50,875 --> 00:01:10,000
The major components of the split cooling water system are the water storage tank, water pump, lubricating oil cooler, water-based intercooler, univalve, univalve control magnet valves, radiator, radiator fan, fuel manifold, and automatic and manual water drain valves.

9
00:01:10,000 --> 00:01:25,667
The split cooling water system also includes several sensors: Engine Water In Temperature, Engine Water Out Temperature, Engine Water In Pressure, Manifold Air Temperature, Ambient True Temperature, Barometric Air Pressure, and Engine Lube In Temperature.


