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Cummins 8.3L Pressure Sensor 1998-2004: OEM 4025130

CUMMINS 8.3L PRESSURE SENSOR 1998-2004: OEM 4025130

Shipping ICON

ORDERS PLACED BEFORE 3PM EST WILL SHIP SAME DAY

WARRANTY ICON

WARRANTY
1M MILES OR 1 YEAR

$169.95

PRODUCT DESCRIPTION

This is a New, Tamerx Pressure Sensor, Tamerx part number 4025130TX ( OEM Part Number 4025130 ).This part is primarily made for a Cummins 8.3L, production years 1998-2004, and comes with a One Million Miles or One Year Warranty. For additional warranty info Click Here

OEM NUMBERS

Primary OEM4025130
Additional OEM4025130

ADDITIONAL DETAILS

CONDITIONNew
UPC / Barcode
WEIGHT1.00 LBS

SHIPPING OPTIONS

Ship Weight : 1.00 LBS
UPS Ground, 2nd Day Air, Next Day Air

SHIPPING POLICY

Tamerx Diesel Products ships via UPS Ground. Next day air shipping can be arranged for a reasonable price of anywhere from $50.00 - $100.00 depending on the weight of the product and your location. We will do everything we can to make sure that you get the service you need. We understand how important it is to receive your order as quickly as possible.
In most cases Tamerx Diesel Products only needs one address, as long as your product is shipping to the same location as your billing information. In order to eliminate credit card fraud, your billing information must match the credit card you provide.

The terms, conditions, and details of our warranty vary from product to product. Specific warranty details can be found below.

Tamerx Diesel Products provides a replacement warranty on all of our parts. The duration and mileage limitations of the warranty vary by product and are specified on the product's detail page/item listing.

Please note that the warranty covers replacement of the part and the cost of shipping the replacement part to you only. It does not cover any shop, labor, towing, or any similar or related costs. This is not a "money back guarantee".

If you experience a problem with your part or it is not functioning properly, the correct warranty procedure is to call us at (510) 257-1777 (8:00 AM - 5:00 PM ET Monday through Friday). Be sure to have your order number and/or other relevant order information ready so we can easily locate your order and resolve your issue as quickly as possible. From that point, we will review with you any troubleshooting steps that may need to be taken and other areas or systems that can be checked to rule out external problems contributing to your part's issue. If a replacement is determined to be necessary, we will then arrange for your replacement part to ship out ASAP and issue any necessary return shipping labels and/or documents.

As is the case for the majority of the diesel products sold on Tamerx Diesel Products, your part's warranty is active as soon as you install it. In some other cases, warranty activation is contingent upon you sending us your core (i.e., your old part). Tamerx Diesel Products will provide you a return shipping label for parts that have a warranty with a core return condition. When we have received your core return, the part's warranty coverage begins. We reserve the right to void the product warranty if your core is not received within the allotted time, or if it isn't received at all. If the warranty for the diesel part you are purchasing has a core return requirement, it will be clearly noted on the product detail page/item listing.

What is a Core Charge?

A core charge (also called "core deposit") is similar to the deposit you might pay for a can or bottle of soda and is a standard requirement in the auto parts industry. For example, in many states, to promote recycling, you pay a deposit when you purchase a can of soda and receive your deposit back when you return the empty can. Many automotive parts have a core charge, or core price, that works in essentially the same way as a soda can deposit.

30 Day Core Charge Hold

You authorize Tamerx Diesel Products, to hold your credit card for the specified core charge amount and that you agree to return your core with 30 days of receiving the purchased part. When we have received your core return, the hold is released and the core charge payment is canceled.

The customer, or parts buyer, is responsible for any shipping costs associated with core returns unless otherwise specified in the product listing/detail page. Tamerx Diesel Products offers prepaid UPS shipping labels (SKU numbers UPS-CR1 and UPS-CR2) for use in returning your core that are available for purchase on our website during your shopping/order process.

The shipping label you will need to use for the core return is dependent upon what part you are purchasing. UPS-CR1 is good for cores weighing up to 20 pounds. UPS-CR2 is appropriate for shipping cores weighing 21 pounds or more. You must include enough information with the core return that clearly identifies it as a.) a Core Return, and b.) contains enough information we can use to clearly associate the core return with your order. Including a copy of the invoice or packing slip that came with the original shipment, clearly marked "Core Return", is ideal. Alternately, you can include a note marked as "Core Return" that includes your order number, full name and address, and phone number or other contact information. Failure to include this information with your returned core will most likely delay any due core credit being issued and/or delay any applicable warranty activation. Core returns need to be for the exact part purchased and cannot be damaged. Substituting another part in place of the part you have purchased is not acceptable.

All fluids must be drained.

If you have purchased a set or a parts package, you will need to return cores for all components of the set. For example, if you have purchaed a high pressure oil pump with an IPR valve, you will need to return both HPOP and IPR valve cores to receive proper credit. If you have purchased an EGR cooler/EGR valve package, your core return must consist of an EGR cooler core and an EGR valve core, or core credit will not be given.

Core Charges are often mandated by state legislature, and, as such, the actual core charge and taxes on the charge may vary depending on the state in which you buy your part. The Tamerx Diesel Products core charge presented to you online today with your item is representative of the most common core charge.


FITMENT CHART

YEARMAKEENGINE(S)
1998Cummins 8.3L
1999Cummins 8.3L
2000Cummins 8.3L
2001Cummins 8.3L
2002Cummins 8.3L
2003Cummins 8.3L
2004Cummins 8.3L

PEOPLE ALSO ASKS | BLOG(S)

The Cummins 8.3L engine is a workhorse in many heavy-duty applications, known for its reliability and efficiency. A crucial component that ensures this engine operates at peak performance is the pressure sensor. The Cummins 8.3L Pressure Sensor (OEM 4025130) plays a vital role in monitoring and regulating engine pressure. In this blog, we will focus on how this pressure sensor enhances engine performance and reliability.

The Importance of Pressure Sensors in Engine Performance

  • Accurate Pressure Monitoring

    • The OEM 4025130 pressure sensor provides precise monitoring of engine pressure, which is essential for optimal engine operation. Accurate readings help prevent issues related to over or under pressure.

  • Enhanced Fuel Efficiency

    •  By maintaining proper pressure levels, the pressure sensor ensures efficient fuel combustion. This leads to improved fuel economy, reducing overall fuel consumption and operational costs.

  • Improved Engine Performance

    • Proper pressure regulation ensures that the engine runs smoothly, minimizing instances of knocking and misfires. This contributes to more reliable and powerful engine performance.

  • Prolonged Engine Life

    • Maintaining optimal pressure levels helps reduce wear and tear on engine components. This prolongs the engine's lifespan and reduces the frequency of maintenance and repairs.

  • Reduced Emissions

    • Accurate pressure control helps optimize combustion, resulting in lower emissions. This is crucial for meeting environmental regulations and contributing to a cleaner environment.

Key Features of the OEM 4025130 Pressure Sensor

  • High Precision Engineering

    • Engineered to meet stringent specifications, this pressure sensor ensures accurate pressure monitoring, enhancing overall engine performance and efficiency.

  • Robust Construction

    • Made from durable materials, this sensor can withstand harsh operating conditions, ensuring long-term reliability and consistent performance.

  • Easy Installation

    •  The OEM 4025130 pressure sensor is designed for straightforward installation, minimizing downtime and ensuring your vehicle is back on the road quickly.

  • Compatibility

    •  Specifically designed for Cummins 8.3L engines from 1998-2004, ensuring a perfect fit and seamless integration with your engine system.

The Cummins 8.3L Pressure Sensor (OEM 4025130) is an essential component for maintaining the efficiency and reliability of your heavy-duty engine. Its ability to accurately monitor and regulate pressure, improve fuel efficiency, enhance engine performance, prolong engine life, and reduce emissions makes it a crucial part of your vehicle’s engine system. Investing in this high-quality pressure sensor will not only boost your engine’s performance but also contribute to significant cost savings over time. Ensure your Cummins 8.3L engine operates at its peak by choosing the OEM 4025130 pressure sensor.

Calibrating a pressure sensor is crucial to ensure accurate readings and optimal performance of your equipment. Whether you’re using a pressure sensor in an industrial application, automotive system, or any other setting, proper calibration is essential. Understanding the calibration process can help you maintain precision and reliability in your measurements.

Steps to Calibrate a Pressure Sensor

Calibrating a pressure sensor involves several critical steps. Here’s a detailed guide on how to do it effectively:

  • Gather Calibration Equipment
    • To calibrate a pressure sensor, you’ll need a reference standard or calibrator, which is a device that provides a known pressure output. Ensure that the reference standard is more accurate than the sensor being calibrated.
  • Document Initial Readings
    • Before making any adjustments, record the current readings of the pressure sensor. This helps in comparing the pre- and post-calibration accuracy.
  • Apply Known Pressure
    • Connect the pressure sensor to the reference standard. Apply a known pressure value from the calibrator to the sensor. Start with the lowest pressure point within the sensor’s range.
  • Record Sensor Output
    • Note the pressure sensor’s output reading at the applied known pressure. This will highlight any discrepancies between the sensor’s reading and the actual pressure.
  • Adjust Sensor
    • If there is a significant difference between the known pressure and the sensor’s reading, adjust the sensor according to the manufacturer’s instructions. This usually involves tweaking a calibration screw or using software settings to correct the output.
  • Repeat for Multiple Points
    •  Apply several different known pressure values, ranging from the minimum to the maximum capacity of the sensor. Record the output at each point and adjust as necessary to ensure accuracy across the entire range.
  • Verify Linear Response
    • Ensure that the sensor’s output is linear across the range of applied pressures. Any non-linearity should be corrected during the calibration process.
  • Final Verification
    • After making adjustments, reapply the known pressure values to verify the calibration. The sensor should now provide accurate readings that match the reference standard.
  • Document Results
    • Record the final readings and adjustments made during the calibration process. Maintain a calibration log for future reference and compliance with any regulatory standards.

Importance of Regular Calibration

Regular calibration of pressure sensors is essential for maintaining accuracy and reliability. Here are some key benefits:

  • Enhanced Accuracy
    •  Regular calibration ensures that the pressure sensor provides precise measurements, which is critical for applications requiring high accuracy.
  • Compliance
    • Calibration helps meet industry standards and regulatory requirements, ensuring your equipment is up to code.
  • Optimal Performance
    •  Properly calibrated sensors ensure optimal performance of your systems, preventing errors and potential damage to equipment.
  • Longevity of Equipment
    • Regular maintenance, including calibration, extends the lifespan of your pressure sensors and related equipment by ensuring they operate within specified parameters.
  • Safety
    • Accurate pressure readings are crucial for safety in various applications, from industrial machinery to automotive systems. Calibration helps prevent accidents and equipment failure.

Calibrating a pressure sensor is a vital process to ensure accurate and reliable measurements in any application. By following the steps outlined above and performing regular calibration, you can maintain the precision and performance of your pressure sensors. For high-quality calibration tools and expert advice on maintaining your equipment, visit our website and explore our extensive range of products designed to keep your systems running smoothly and accurately.

Cummins Pressure Sensors