Fuel Pressure Module w/ Sensor 0-15psi

The RACEPAK Fuel Pressure Module with Sensor 0-15psi (MPN: 220-VP-PT-CP15) is a precision fuel pressure sending unit engineered for high-performance V-Net digital data acquisition systems. This sensor integrates seamlessly with RACEPAK digital dashes and telemetry platforms, delivering real-time fuel pressure readings across the 0–15 psi range—a critical metric for engine management diagnostics and performance tuning on both street and track applications.

The 0–15 psi specification targets fuel-injected engines running mechanical or low-pressure fuel systems where system integrity and transient pressure response are monitored continuously. Integration with RACEPAK's V-Net ecosystem ensures accurate signal conditioning and logging at high sampling rates, essential for detecting fuel delivery anomalies, regulator drift, or pump degradation before they compromise engine performance. The compact form factor (7.95 × 1 × 11.1 inches, 0.3 lbs) facilitates clean installation in tight engine bay layouts without sacrificing accessibility for service.

This sensor is essential for engine builders, race teams, and serious enthusiasts who demand diagnostic-grade telemetry and real-time performance trending. Track operators benefit from early warning on fuel system faults that could strand them mid-session. Street performance builds rely on pressure trending to validate fuel pump upgrades and regulator calibration. The 0–15 psi window covers stock and mildly modified port-injection systems; naturally aspirated or boosted applications demanding higher system pressures require the extended-range variant.

RACEPAK's fuel pressure modules are industry standard in professional motorsports data acquisition, where every telemetry channel directly influences setup and tuning decisions. The V-Net protocol allows multi-sensor networked configurations, scaling from single-channel hobbyist logging to full-featured race vehicle instrumentation. Compatibility with RACEPAK digital dashes and MoTeC compatible interfaces ensures long-term integration flexibility as your instrumentation platform evolves.