Congo Basin Group
Oil Pressure Sensor Tee Adapter — M10x1.0 to M10x1.0 with 1/8NPT Female Side Holes for Turbo Supply Feed Line Gauge
Oil Pressure Sensor Tee Adapter — M10x1.0 to M10x1.0 with 1/8NPT Female Side Holes for Turbo Supply Feed Line Gauge
Couldn't load pickup availability
Upgrade your oil pressure monitoring setup with this precision-engineered Stainless Steel Oil Pressure Sensor Tee Adapter. Designed for durability and efficiency, it allows seamless integration of your oil pressure sensor into your system while providing a convenient side port for turbo supply feed lines or gauges. Built for automotive enthusiasts, tuners, and professionals, this adapter ensures reliable oil pressure readings and superior performance under demanding conditions.
Key Features
-
Premium Stainless Steel Construction – Ensures corrosion resistance, durability, and longevity under high-temperature and high-pressure conditions.
-
Precise Threading – M10x1.0 male to M10x1.0 female with a 1/8" NPT female side port, designed for accurate and leak-free connections.
-
Versatile Application – Ideal for turbocharged engines, oil pressure monitoring systems, and performance tuning setups.
-
Compact & Lightweight – Measuring just 2" in length and weighing only 74g, it fits easily into tight engine bays without adding unnecessary bulk.
-
High-Quality Testing – 100% tested for repeatability, resolution, and sensitivity to ensure reliable performance.
Specifications
-
Model Number: JXSS029-M1010
-
Material: Stainless Steel
-
Color: Silver
-
Inlet Thread Size: M10x1.0 Male
-
Outlet Thread Size: M10x1.0 Female
-
Center Tap Thread Size: 1/8" NPT Female
-
Overall Length: 2.0" (Body Length: 1.5")
-
Weight: 74g
-
Type: Non-heating type
-
Sensor Type: Magnetic Induction
Package Includes
-
1 × Stainless Steel Oil Pressure Sensor Tee Adapter
Why You Need It
Whether you're tuning your turbocharged setup or installing a precise oil pressure gauge, this adapter makes the job simple and reliable. Its robust design and precise fit guarantee consistent readings while maintaining system integrity.
Share
