Speedfactory Crank Case Pressure Port Billet Aluminum B-Series Black

Regarding race car maintenance, keeping an eye on the crankcase pressure levels is crucial. This is because it can offer insight into the engine's overall health and the piston ring's seal to the cylinder wall. This monitoring becomes even more critical for turbocharged cars, which are known to experience high blow-by and crankcase pressure levels.

The SpeedFactory Billet B-Series Crankcase Pressure Port Fitting was explicitly created for Honda/Acura B-Series engines to simplify this task. This innovative fitting replaces the OEM "black box" breather port and provides a direct location in the crankcase to install a 1/8" NPT pressure sensor.

This allows for accurate pressure readings during engine operation and ensures that potential issues are detected and addressed before they become more significant problems. By using this state-of-the-art fitting, race car owners can rest assured that they are taking the necessary steps to maintain their vehicle's optimal performance and safety.

Features:

• Precision CNC machined from 6061-T6 billet aluminium
• Black Anodized finish adds durability and eliminates corrosion
• Precise fit w/dual O-rings provide a tight, leak-free seal & dampens vibrations to the sensor
• 17mm wrench provision for easy tightening with integrated 1/8" NPT pressure sensor port
• Laser-etched SpeedFactory Racing logo

Notes: 

All Standalones and most factory-based EMS, such as Hondata etc., support an auxiliary 0-5v sensor input, such as the commonly used 0-75 and 0-150psig pressure sensors.

Installation:

We recommend thoroughly cleaning the port in the block and the fitting with brake cleaner before installation and then liberally coating it with HondaBond or Permatex Ultra Grey and curing it for 24hrs before use.

Coating the surface will act both as a lubricant to facilitate installation. Then it will set up and bond the fitting into the block so that it doesn't blow out in the case of abnormally high crankcase pressures, such as during the event of a piston failure.