Search results for 'Air intake'
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Brian Crower high performance camshafts are ground on state-of-the-art CNC cam grinders to insure accuracy and tolerances to within .02mm. Every Brian Crower camshaft profile has been prototyped and dyno tested for proven horsepower results prior to placed into mass production. By grinding cores in high volume; Brian Crower; Inc. is able to pass the cost savings on to the end user. Quality at an affordable price.
Brian Crower uses small diameter grinding wheels during the finishing phase when applicable to generate a more aggressive ramp rate for a faster cylinder fill rate. More air + more fuel = more power. Although it takes longer to grind the cams; research and development has proven that the inverted radius created by the small grinding wheel on the opening side delivers more horsepower on radius and roller rocker applications than the conventional; large diameter grinding wheels.
All Brian Crower cams are checked on a high speed; sub-micron accuracy measuring gauge. The Adcole Camshaft Measuring System uses individual measuring heads for each cam journal and cam lobe; with .01 micron resolution; taking one datum point each 1/10th of a degree or 3;600 data points per revolution. Measuring camshafts for rise error and chattermark detection; this model can measure 200 parts per hour.
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Brian Crower high performance camshafts are ground on state-of-the-art CNC cam grinders to insure accuracy and tolerances to within .02mm. Every Brian Crower camshaft profile has been prototyped and dyno tested for proven horsepower results prior to placed into mass production. By grinding cores in high volume; Brian Crower; Inc. is able to pass the cost savings on to the end user. Quality at an affordable price.
Brian Crower uses small diameter grinding wheels during the finishing phase when applicable to generate a more aggressive ramp rate for a faster cylinder fill rate. More air + more fuel = more power. Although it takes longer to grind the cams; research and development has proven that the inverted radius created by the small grinding wheel on the opening side delivers more horsepower on radius and roller rocker applications than the conventional; large diameter grinding wheels.
All Brian Crower cams are checked on a high speed; sub-micron accuracy measuring gauge. The Adcole Camshaft Measuring System uses individual measuring heads for each cam journal and cam lobe; with .01 micron resolution; taking one datum point each 1/10th of a degree or 3;600 data points per revolution. Measuring camshafts for rise error and chattermark detection; this model can measure 200 parts per hour.
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Brian Crower high performance camshafts are ground on state-of-the-art CNC cam grinders to insure accuracy and tolerances to within .02mm. Every Brian Crower camshaft profile has been prototyped and dyno tested for proven horsepower results prior to placed into mass production. By grinding cores in high volume; Brian Crower; Inc. is able to pass the cost savings on to the end user. Quality at an affordable price.
Brian Crower uses small diameter grinding wheels during the finishing phase when applicable to generate a more aggressive ramp rate for a faster cylinder fill rate. More air + more fuel = more power. Although it takes longer to grind the cams; research and development has proven that the inverted radius created by the small grinding wheel on the opening side delivers more horsepower on radius and roller rocker applications than the conventional; large diameter grinding wheels.
All Brian Crower cams are checked on a high speed; sub-micron accuracy measuring gauge. The Adcole Camshaft Measuring System uses individual measuring heads for each cam journal and cam lobe; with .01 micron resolution; taking one datum point each 1/10th of a degree or 3;600 data points per revolution. Measuring camshafts for rise error and chattermark detection; this model can measure 200 parts per hour.
Learn More
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AEM’s 4-Channel K-Type Thermocouple Amplifier provides laboratory-grade accuracy for virtually any on-board temperature measurements. This unit utilizes low-cost K-Type thermocouple amplifiers to measure multiple engine system temperatures with better accuracy and faster response times than currently available temperature-measuring devices.
Unlike common single-channel gauges and amplifiers whose readings can vary up to 20? C from actual temperatures; AEM guarantees its 4-Channel K-Type Thermocouple Amplifier to read better than 1% full scale; even at the extremes of the temperature range! The unit achieves its laboratory-grade accuracy via a 100% surface-mounted PCB (printed circuit board) that has four differential temperature inputs fed into an A/D converter and fitted using a stage-three; eighth-order polynomial curve fit. The amplifier then compensates for this value using AEM’s on-board cold junction temperature measurement; and then sends the temperature outputs on feedback-monitored 0-5v analog outputs and an RS-232 serial data stream.
The 4-Channel K-Type Thermocouple Amplifier is ideal for users who want to accurately monitor multiple engine system temperatures; including water; air; coolant; fuel; disc brake and more. Multiple channels allow you to use each amp to simultaneously read different system temperatures (one channel for EGT; one channel for CLT; etc.). Users can utilize ANY K-Type thermocouple including commonly-available miniature thermocouple connectors; and datalog the readings via an RS-232 serial data stream. K-Type sensors sold separately.
- Uses common miniature thermocouple connectors or ANY K-Type thermocouple
- On-board cold junction temperature compensation for laboratory-grade accuracy
- Includes FOUR (4) 0-5v analog outputs
- 0-1;000? C(32-1;832? F) measurement range
- Measures up to 20? C below cold junction temperature
- RS-232 serial port included for datalogging (programmable EMS not required)
- “Fault LEDs” indicate when a thermocouple is faulty
- High-quality Deutsch connector
- Mating harness included
Some parts on this site are sold for Racing or Off-Road use only. Check with your local authorities if in doubt of your local regulations.
Product pricing subject to change. Please note:All Prices are subject to change due to exchange rates & price alterations from suppliers. For more information please click
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For: Subaru BRZ YR: 2012-2013 Cyl: 4 App: 2.0L Eng 6-SHPeed
The FX100 System uses the Power Plus I Pressure Plate with a custom heavy-duty Steel Back Organic friction disc. This clutch is engineered for heavy-duty street use. It is specifically designed for extended wear and additional clamping force for the enthusiast who has added an exhaust system, an intake system, up to 50hp NO2 upgrade, or other non-forced induction external bolt-ons. It features only slightly increased pedal pressure, longer life than stock, and normal clutch feel during engagement and disengagement for a very smooth operation.
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For: Subaru WRX YR: 2002-2005 Cyl: 4 App: 2.0L 242mm (2600#)
The FX100 System uses the Power Plus I Pressure Plate with a custom heavy-duty Steel Back Organic friction disc. This clutch is engineered for heavy-duty street use. It is specifically designed for extended wear and additional clamping force for the enthusiast who has added an exhaust system, an intake system, up to 50hp NO2 upgrade, or other non-forced induction external bolt-ons. It features only slightly increased pedal pressure, longer life than stock, and normal clutch feel during engagement and disengagement for a very smooth operation.
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For: Subaru WRX YR: 2006-2011 Cyl: 4 App: 2.5L Turbo 5-SHPeed
The FX100 System uses the Power Plus I Pressure Plate with a custom heavy-duty Steel Back Organic friction disc. This clutch is engineered for heavy-duty street use. It is specifically designed for extended wear and additional clamping force for the enthusiast who has added an exhaust system, an intake system, up to 50hp NO2 upgrade, or other non-forced induction external bolt-ons. It features only slightly increased pedal pressure, longer life than stock, and normal clutch feel during engagement and disengagement for a very smooth operation.
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For: Subaru Baja YR: 2004-2006 Cyl: 4 App: 2.5L 5-SHPeed Turbo
The FX100 System uses the Power Plus I Pressure Plate with a custom heavy-duty Steel Back Organic friction disc. This clutch is engineered for heavy-duty street use. It is specifically designed for extended wear and additional clamping force for the enthusiast who has added an exhaust system, an intake system, up to 50hp NO2 upgrade, or other non-forced induction external bolt-ons. It features only slightly increased pedal pressure, longer life than stock, and normal clutch feel during engagement and disengagement for a very smooth operation.
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For: Subaru Forester YR: 2004-2006 Cyl: 4 App: 2.5L 5-SHPeed 4WD
The FX100 System uses the Power Plus I Pressure Plate with a custom heavy-duty Steel Back Organic friction disc. This clutch is engineered for heavy-duty street use. It is specifically designed for extended wear and additional clamping force for the enthusiast who has added an exhaust system, an intake system, up to 50hp NO2 upgrade, or other non-forced induction external bolt-ons. It features only slightly increased pedal pressure, longer life than stock, and normal clutch feel during engagement and disengagement for a very smooth operation.
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For: Subaru Forester YR: 2004-2005 Cyl: 4 App: 2.5L 5-SHPeed Turbo
The FX100 System uses the Power Plus I Pressure Plate with a custom heavy-duty Steel Back Organic friction disc. This clutch is engineered for heavy-duty street use. It is specifically designed for extended wear and additional clamping force for the enthusiast who has added an exhaust system, an intake system, up to 50hp NO2 upgrade, or other non-forced induction external bolt-ons. It features only slightly increased pedal pressure, longer life than stock, and normal clutch feel during engagement and disengagement for a very smooth operation.
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