2V4765 LINK AS Caterpillar parts
988B, 988F, 988F II
Rating:
Alternative (cross code) number:
CA2V4765
2V-4765
2V4765
CA2V4765
2V-4765
2V4765
Weight: 138 pounds 63 kg.
WHEEL LOADER,
Related part:
2V4765
LINK AS-YM
5161578
CL
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$594.65
04 Dec 2021
US: Florida-Parts-Z
2V4765 - Link ASSEM. 9C6026 2V3964 for Caterpillar (CAT)
FIRST PRICE PARTS
FIRST PRICE PARTS
$444.58
11 Mar 2021
-: -
2V4765 Link A - Fits: 988F 988B
Compatible Models - 988F 988B || Related Items - 1v6934 5p2671 || Interchange - 5161578 || bucket control gp
Compatible Models - 988F 988B || Related Items - 1v6934 5p2671 || Interchange - 5161578 || bucket control gp
Information:
The coolant system contains the following components:
Radiator
Pressure cap for the radiator
Fan for the radiator
Drive pulley (if equipped) for the fan
Hydraulic drive (if equipped) for the fan
Water pump
Drive pulley for the water pump
Water temperature regulator
Housing for the water temperature regulator
Coolant temperature switchThe coolant flows from the bottom of the radiator to the centrifugal water pump. The water pump is installed on the cylinder block above the timing case. The water pump is driven by a pulley. The crankshaft pulley turns a belt which drives the pulley of the water pump.The water pump forces the coolant to flow to the water temperature regulator. When the engine is cold, the water temperature regulator is closed. Then, the coolant flows directly into the cylinder head. When the engine warms, the water temperature regulator begins to open. Then, the regulator allows some of the coolant to flow to the top of the radiator.The regulator opens fully when the engine reaches the normal operating temperature. When the regulator is fully open, the flow to the radiator is the maximum. However, the regulator does not close the flow of coolant into the cylinder head.Coolant flows continuously through the cylinder head and the top of the cylinder block. This coolant flows into the back of the water pump from the cylinder block. This coolant then mixes with the coolant that is pumped from the radiator by the water pump.The water temperature regulator maintains the correct engine temperature by adjusting the direct flow of coolant to the top of the radiator. The coolant is cooled by the radiator. Heat is removed from the coolant by cooler air which passes over the radiator fins. The fan causes a high volume of air to flow between the radiator fins in order to provide sufficient cooling. The coolant flows from the radiator through the bottom hose to the coolant pump.The water temperature regulator is contained within the housing of the water pump on 3003 engines.The 3013, 3014 and 3024 engines have a housing for the water temperature regulator. The housing is installed on the left side of the cylinder head.Different machine models have different locations for the radiator, the fan, and the fan drive. These three components may be remotely mounted from the engine if the machine has a hydraulic drive for the fan.
Radiator
Pressure cap for the radiator
Fan for the radiator
Drive pulley (if equipped) for the fan
Hydraulic drive (if equipped) for the fan
Water pump
Drive pulley for the water pump
Water temperature regulator
Housing for the water temperature regulator
Coolant temperature switchThe coolant flows from the bottom of the radiator to the centrifugal water pump. The water pump is installed on the cylinder block above the timing case. The water pump is driven by a pulley. The crankshaft pulley turns a belt which drives the pulley of the water pump.The water pump forces the coolant to flow to the water temperature regulator. When the engine is cold, the water temperature regulator is closed. Then, the coolant flows directly into the cylinder head. When the engine warms, the water temperature regulator begins to open. Then, the regulator allows some of the coolant to flow to the top of the radiator.The regulator opens fully when the engine reaches the normal operating temperature. When the regulator is fully open, the flow to the radiator is the maximum. However, the regulator does not close the flow of coolant into the cylinder head.Coolant flows continuously through the cylinder head and the top of the cylinder block. This coolant flows into the back of the water pump from the cylinder block. This coolant then mixes with the coolant that is pumped from the radiator by the water pump.The water temperature regulator maintains the correct engine temperature by adjusting the direct flow of coolant to the top of the radiator. The coolant is cooled by the radiator. Heat is removed from the coolant by cooler air which passes over the radiator fins. The fan causes a high volume of air to flow between the radiator fins in order to provide sufficient cooling. The coolant flows from the radiator through the bottom hose to the coolant pump.The water temperature regulator is contained within the housing of the water pump on 3003 engines.The 3013, 3014 and 3024 engines have a housing for the water temperature regulator. The housing is installed on the left side of the cylinder head.Different machine models have different locations for the radiator, the fan, and the fan drive. These three components may be remotely mounted from the engine if the machine has a hydraulic drive for the fan.
Caterpillar parts catalog:
Parts link Caterpillar catalog:
7T1099
LINK
216, 216B, 216B3, 226B, 226B3, 228, 236, 236B, 236B3, 242B, 242B3, 246C, 246D, 247, 247B, 247B3, 248, 252B3, 256C, 257B3, 259B3, 262C, 262C2, 262D, 267, 267B, 268B, 272C, 272D, 272D XHP, 277C, 277C2, ...
216, 216B, 216B3, 226B, 226B3, 228, 236, 236B, 236B3, 242B, 242B3, 246C, 246D, 247, 247B, 247B3, 248, 252B3, 256C, 257B3, 259B3, 262C, 262C2, 262D, 267, 267B, 268B, 272C, 272D, 272D XHP, 277C, 277C2, ...
1044270
LINK-CONNECTING
45, 55, 824G II, 826G II, 844, 844H, 854G, 854K, 988F, 988F II, 988G, 990, 990 II, 992D, 992G, 992K, R1300, R1600, R1600G, R1700G, R2900, R2900G
45, 55, 824G II, 826G II, 844, 844H, 854G, 854K, 988F, 988F II, 988G, 990, 990 II, 992D, 992G, 992K, R1300, R1600, R1600G, R1700G, R2900, R2900G
2V3082
LINK AS-SPRING
834B, 988B, 992C
834B, 988B, 992C
5G3045
LINK
227, 988B, 992C, D10, D9L
227, 988B, 992C, D10, D9L
2V2098
LINK
988B, 992C
988B, 992C
2V2153
LINK
988B, 992C
988B, 992C
1V7943
LINK
834B, 836, 988B, 988F, 988F II
834B, 836, 988B, 988F, 988F II
8V6882
LINK
834B, 836, 988B
834B, 836, 988B
2V3964
LINK
988B
988B
9C6026
LINK
988B
988B
8Y6985
LINK-CONNECTING
988F, 992D, 994D
988F, 992D, 994D
1V8227
LINK
988B
988B
8V6882
LINK
834B, 836, 988B
834B, 836, 988B
1V7943
LINK
834B, 836, 988B, 988F, 988F II
834B, 836, 988B, 988F, 988F II
2V2153
LINK
988B, 992C
988B, 992C
2V2098
LINK
988B, 992C
988B, 992C
5G3045
LINK
227, 988B, 992C, D10, D9L
227, 988B, 992C, D10, D9L
7V1912
LINK & BEARING AS
992C, 992D
992C, 992D
5V7160
LINK
950B, 966D, 980C
950B, 966D, 980C
3V6515
LINK AS
980C, 980F, 980F II, 980G, 980G II, 980H, 980K, 980K HLG, 980M
980C, 980F, 980F II, 980G, 980G II, 980H, 980K, 980K HLG, 980M
3V6514
LINK
980C, 980F, 980F II, 980G, 980G II, 980H
980C, 980F, 980F II, 980G, 980G II, 980H
3V5899
LINK
824G, 824G II, 824H, 825G, 825G II, 825H, 826G, 826G II, 826H, 980C, 980F, 980F II
824G, 824G II, 824H, 825G, 825G II, 825H, 826G, 826G II, 826H, 980C, 980F, 980F II
9C6026
LINK
988B
988B
2V3964
LINK
988B
988B