COMMON AR 3960342 - Caterpillar

3960342 COMMON AR Caterpillar parts CB24B

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Alternative (cross code) number:
CA3960342
396-0342
3960342

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Water Pump 3960342 Applicable for Komatsu 6D107E

$98.00

22 Aug 2025

CN: Liupanshuifengc

Water Pump 3960342 Applicable for Komatsu 6D107E
ZLPSFCSM Product Name: Water Pump || Product Number:3960342 || Application:For Komatsu 6D107E || TIPS: Strict quality inspection: The product undergoes multiple strict quality inspections from raw materials to finished products, ensuring reliable quality and stable performance. || TIPS: Friendly Reminder: To save time and avoid unnecessary returns, please confirm the product images, part number, and vehicle compatibility meet your needs before purchasing. If unsure, contact us we're here to help!

CR3072 Engine Water Pump Compatible with Dodge 89-10 RAM 2500 3500 W250 W350 D250 D350 Pickup 5.9L Diesel Turbocharged Engine w/ 7-blade Impeller Replace OE# 3960342 50109644AA 50109644AB

$48.00

22 Aug 2025

US: Todamin Parts

CR3072 Engine Water Pump Compatible with Dodge 89-10 RAM 2500 3500 W250 W350 D250 D350 Pickup 5.9L Diesel Turbocharged Engine w/ 7-blade Impeller Replace OE# 3960342 50109644AA 50109644AB
Todamin Brand New Engine Water Pump: Our CR3072 Engine Water Pump is a high-quality, brand new component designed specifically Compatible with Dodge 89-10 RAM 2500 and 3500 models, ensuring optimal performance and reliability. || OE Original Fit and Performance: This Engine Water Pump provides OE original fit and performance, making it the perfect replacement Compatible with Dodge RAM's water pump needs, enhancing engine efficiency and longevity. || Gasket Included: The package comes with a gasket included, ensuring a complete installation without the need for additional purchases, saving you time and money on your maintenance efforts. || Interchangeable Part Numbers: Our Engine Water Pump is interchangeable with GMB 120-3072 and Airtex AW7145, as well as OE# 3960342, 50109644AA, and 50109644AB, providing you with versatile options for your repair needs. || Durable 7-Blade Impeller Design: Featuring a robust 7-blade impeller design, this Engine Water Pump efficiently circulates coolant throughout your Turbocharged Engine, maintaining optimal operating temperatures for your vehicle.

Water Pump 3960342 for Cummins 6C ISC, ISL, QSC, QSL

$138.00

28 Jul 2025

CN: maanshangejunji

Water Pump 3960342 for Cummins 6C ISC, ISL, QSC, QSL
MASGJJX Part Number: 3960342 || Applicable models: Fit for Cummins 6C ISC, ISL, QSC, QSL || Safety: 100% Tested Before Shipping to Ensure Product Safety, Stability and Durability. || Function: High-quality material for long-lasting durability. Perfect match for the original car and easy to install || TIPS: Please be sure to compare carefully with photos and check part number before buying items, If you are not sure this part is suitable, please feel free to contact us, we'll reply you as soon as possible.

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COMPACTOR CB-24B Caterpillar

Information:

Table 1
Method for determining flow loss
Pump flow at
690 kPa (100 psi)
- Pump flow at
6900 kPa (1000 psi)
Flow loss
Table 2
Example of determining flow loss

217.6 L/min (57.5 US gpm)
-
196.8 L/min (52.0 US gpm)

20.8 L/min (5.5 US gpm) Flow loss is used as a measure of pump performance. Flow loss is expressed as a percentage of pump flow.
Table 3
Method of determining percent of flow loss
Flow loss (L/min or US gpm) × 100 = Percent of flow loss
Pump flow at
690 kPa (100 psi)
Table 4
Example of determining percent of flow loss
20.8 L (5.5 US gal) × 100 = 9.5%
217.6 L/min (57.5 US gpm) If the percent of flow loss is more than 10%, the pump performance is inadequate.Note: The values in the examples are not set values for any specific pump or for any specific pump condition. Refer to the Specifications for the specific machine.Test On The Machine
Install a 5P-3600 Hydraulic Flow Meter on the pressure side of the pump. Run the engine at high idle. Measure the pump flow at 690 kPa (100 psi), and at 6900 kPa (1000 psi). Use these values in the following formula (table 5).
Table 5
Method of determining percent of flow loss
Flow loss (L/min or US gpm) × 100 = Percent of flow loss
Pump flow at
690 kPa (100 psi) Test On The Bench
If the test bench can be run at 6900 kPa (1000 psi) and at full pump rpm, determine the percent of flow loss by using the following formula (table 6).
Table 6
Method of determining percent of flow loss
Flow loss (L/min or US gpm) × 100 = Percent of flow loss
Pump flow at
690 kPa (100 psi) If the test bench can not be run at 6900 kPa (1000 psi) at full pump rpm, run the pump shaft at 1000 rpm. Measure the pump flow at 690 kPa (100 psi) and at 6900 kPa (1000 psi). Use these values in the top portion of the following formula (table 7). For the bottom part of the formula, run the pump shaft at 2000 rpm. Measure the pump flow at 690 kPa (100 psi).
Table 7
Pump flow at
690 kPa (100 psi)
- Pump flow at
6900 kPa (1000 psi) × 100 = Percent of flow loss
Pump flow at
690 kPa (100 psi) and at 2000 rpm