Versatile 2 Bar Map Sensor (reads - 14.7 Psi To +14.7 Psi) Pn: 899002 Set [eyBGLMqD]

2 Bar MAP Sensor for Performance Enthusiasts

The 2 Bar MAP Sensor (PN: 899002) is a versatile and durable tool designed for naturally aspirated or N2O-assisted engine setups. This high-quality sensor is built to provide precise readings, making it an essential component for monitoring engine performance and ensuring optimal efficiency. With its robust construction and wide pressure range, it's perfect for a variety of applications.

Key Features and Specifications

The 2 Bar MAP Sensor boasts a heavy-duty stainless steel body, ensuring long-lasting durability even in harsh conditions. It features a 1/8" NPT thread for easy installation and compatibility with various systems. The sensor reads a wide range of pressures from -14.7 to +14.7 PSI, allowing for accurate monitoring of both vacuum and crankcase pressures. With a 0.5V to 4.5V output, it can be easily integrated into any EFI or data logging system. Here are some of the key features:

• Robust Construction: Heavy-duty stainless steel body for durability.
• Wide Pressure Range: Reads from -14.7 to +14.7 PSI for comprehensive monitoring.
• Easy Installation: 1/8" NPT thread for compatibility with various systems.

Practical Applications and Benefits

This 2 Bar MAP Sensor is not just a tool for performance enthusiasts; it's also ideal for monitoring crankcase pressures with vacuum pumps. Whether you're looking to optimize your naturally aspirated engine or enhance the performance of an N2O-assisted setup, this sensor is up to the task. Its compatibility with all EFI and data logging systems makes it a versatile choice for both professional mechanics and DIY enthusiasts. Typical uses include:

• Map Sensor: Monitor engine performance and efficiency.
• Crankcase Pressure Sensor: Ensure proper engine function and prevent issues.

With its pre-wired GT150 Packard connector, pins, and grommets (cable sold separately), this sensor is ready to install and integrate into your system, providing you with the data you need to make informed decisions about your engine's performance.