FREE 1 to 3-Day Delivery on Orders $149+ Details
Davies Craig 1/4-Inch NPT Compression Fitting with 5mm and 6mm Olive (Universal; Some Adaptation May Be Required)
Item CV9319
Our Price
$25.99
Military, Medical & First Responders
$1.30 Available in AM Cash Rewards.
Confirm Eligibility
Confirm Eligibility
Choose options to add to cart.
Saved - View your saved items
We're sorry. We couldn't save this product at this time.
or use
Shop Owners Save More!
Sign up for our dealer program
Product Information
Features, Description, Q&A
Features
- Sensor: Tapered Thread (Threads That Taper Along The Thread Profile And Decrease In Diameter As You Travel Down The Part)
- Includes One Sensor - Coolant Temperature (1/8" NPT)
- Includes One O-Ring
- This Is Only The Sensor, Connector Cable Sold Separately
- Fits Universal; Some Adaptation May Be Required
Description
Coolant Temperature Sensor. The Davies Craig 1/8-Inch NPT Thermal Sensor accurately monitors engine coolant temperature. It is designed as an alternative size to the more common 1/4-Inch NPT sensors and is compatible with most fan switches and electric water pump controller kits. This sensor is essential for precise thermal regulation, helping to ensure optimal engine performance and prevent overheating.
Construction and Appearance. Made with durable materials suitable for harsh engine environments, this sensor features a tapered thread design for secure and leak-proof installation. It includes a compatible O-ring to ensure a tight seal and is built to withstand temperature fluctuations and corrosion.
Installation. Installation requires minimal mechanical skill and does not require complex modifications. The tapered thread allows straightforward threading into the corresponding port without additional drilling.
Application. Fits universal; some adaptation may be required.
Davies Craig DC-0418
CA Residents: 
WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov
4.9
Reviews of Davies Craig Engine Products (4)
Questions & Answers
No questions about this product yet.
Ask the First Question
