AUTOMETER GAUGE 2-1/16" OIL PRESSURE,W/ PEAK & WARN,0-100 PSI,STEPPER MOTOR,3652

AUTOMETER GAUGE 2-1/16" OIL PRESSURE,W/ PEAK & WARN,0-100 PSI,STEPPER MOTOR,SPORT-COMP II # 3652

Calculate Shipping

Australia wide rate - $20.00 (ETA: 3 days)

Item: AUTOMETER GAUGE 2-1/16" OIL PRESSURE,W/ PEAK & WARN,0-100 PSI,STEPPER MOTOR,SPORT-COMP II # 3652

The life blood of your engine, a lack of oil pressure is one of the most catastrophic scenarios that can happen. Knowing the precise pressure is critical to both its longevity and performance, as well as your peace of mind. AutoMeter’s Digital Stepper Motor Oil Pressure Gauge utilizes the most advanced technology on the market to deliver accuracy and durability you won’t find anywhere else. Peak value recall and a configurable warning point help you to keep your eyes on the task at hand. Our advanced 1/8” NPT solid state pressure transducer (included) provides the best possible measurements with unparalleled resistance to vibration and heat. A direct plug in wiring harness is also included for ease of installation and data logging is available thanks to a .5 - 4.5v analog output.

Feature Points

Modern white LED through-the-dial lighting provides clear visibility during nighttime use
Gauge kit includes 1/8” NPT stainless steel pressure transducer, 1/4" NPT adapter, wiring harness, mounting hardware, and detailed instructions for installation
12 and 16 volt compatible, compatible with nearly every street car or race car electrical system
Acquire data for later review with one-touch Peak Recall functionality
Set a custom alert specific to your vehicle & receive warning notification to highlight the need for driver attention
Includes data acquisition grade solid-state pressure transducer, providing unmatched accuracy and durability even in the harshest environments
AutoMeter’s race proven digital stepper motor electric instruments provide unmatched accuracy while keeping hazardous fluids outside of the vehicle
The accuracy of digital stepper motor gauges is further increased by utilizing a self calibration sequence during power up