Caterpillar 307C Hydraulic Oil Cooler 190-5789

Built for Cat 307C excavator service, this 190-5789 cooler supports compact equipment repair channels where model specific oil cooling parts help reduce return risk.

Vehicle Fitment:
Caterpillar Excavator
Lead Time:
60 days
Target Audience:
Distributors, Wholesalers
Customization:
Logo, Packaging, and Branding
Minimum Order:
20
Warranty:
12 Months

Availability:



Inquiry

Product Description

Caterpillar 190-5789 Cross Reference

OEM Number	Notes
190-5789	Primary OEM
1905789	Equivalent reference

Caterpillar 307C Hydraulic Oil Cooler Application

Model	Equipment Type
307C	Excavator

Caterpillar 190-5789 Hydraulic Oil Cooler Specifications

Parameter	Value
Part Type	Hydraulic Oil Cooler Assembly
OEM Reference	190-5789
Overall Height	575 mm
Width	650 mm
Primary Application	307C
Equipment Type	Caterpillar Excavator
Condition	New aftermarket replacement

Frequently Asked Questions about 190-5789 Hydraulic Oil Cooler

What is the main application for the 190-5789 hydraulic oil cooler?

It is supplied for Caterpillar 307C hydraulic cooling service. Buyers should confirm the OEM number and machine configuration before bulk ordering.

Can this 190-5789 oil cooler support wholesale replacement programs?

Yes. It is positioned for distributors and importers that need stable aftermarket supply, repeatable packing and fitment support.

What is the minimum order quantity?

The standard MOQ is 20 units per model, with mixed model planning available for qualified wholesale orders.

What is the typical production lead time?

The typical wholesale production lead time is 60 days after order confirmation and final packing requirements are approved.

Can you support private label packaging?

Yes. Logo, packaging and branding customization can be arranged for distributor programs and regional aftermarket channels.

How should buyers confirm fitment before ordering?

Use the OEM reference 190-5789, the machine model and photos of the original cooler. Serial number checks are recommended when machine variants exist.