Speedmaster 1-1/2" 0-100 PSI Fuel Pressure Gauge (Non Liquid) PCE357.1002

The Speedmaster PCE357.1002 is a 1-1/2" mechanical fuel pressure gauge designed to measure fuel system pressure in the 0-100 PSI range. Built with a non-liquid movement, this gauge delivers reliable, accurate readings for fuel pressure testing and monitoring across carbureted and fuel-injected engines. The compact 1-1/2" dial face fits easily in engine bays and test setups, making it an essential diagnostic tool for automotive technicians, enthusiasts, and DIY mechanics troubleshooting fuel delivery issues.

This gauge is ideal for verifying fuel pump output, diagnosing pressure leaks, and ensuring fuel systems operate within specification during repairs and performance tuning. The non-liquid construction eliminates concerns about spillage or freezing in varying temperatures, providing durability and consistent performance in shop and field environments. Compatible with standard fuel line adapters, the PCE357.1002 integrates seamlessly into temporary test harnesses or permanent installations for ongoing fuel system monitoring.

Key Features & Benefits

• 0-100 PSI Range: Measures fuel system pressure across the full spectrum from idle to loaded engine conditions.
• 1-1/2" Dial Face: Compact size fits engine bays and diagnostic test setups without taking up excessive space.
• Non-Liquid Movement: Dry gauge design eliminates liquid-filled concerns and ensures reliable performance across temperature variations.
• Standard Fuel Connections: Threads directly into fuel rail test ports and adapts to common fuel line fittings for easy integration.
• Automotive Diagnostics: Purpose-built for fuel pressure testing, troubleshooting, and performance verification on gasoline engines.

Specifications

Ideal Applications

• Fuel pump output verification and fuel system diagnostics
• Fuel pressure testing during engine repair and carburetor/fuel injector service
• Performance tuning and fuel delivery optimization
• Temporary or permanent fuel system pressure monitoring