air fuel and ignition
Edelbrock 70003 Performer RPM Carb/Plate Nitrous Systems for Square-Bore Carbs (75-250 Hp)
$1,114
Made to order
Add your car with the “Your car” button in the header to check fitment.
Free freight ≥ $999 · $40 flat below
About this part
Edelbrock Performer RPM Dual-Stage Nitrous System #70003 is designed for those who want to add power in stages to soften the "hit" of the nitrous system. This is one of the best ways to control excessive tire spin or violent chassis reaction. Performer RPM Dual-Stage System allows you to adjust the first stage to supply 75-150 additional horsepower then trigger the second stage for 150-250+ horsepower. Include all the high quality features of single stage Performer RPM systems with the additional solenoids and spray bar plate to add a second stage of nitrous to your engine. Edelbrock nitrous spray bars are precision machined on an EDM machine instead of standard drilling giving you the best flow characteristics available. This system is for use with square-bore carburetors and has a silver powder coated bottle.
Specifications
| WIDTH | 9.62 |
|---|---|
| HEIGHT | 9.62 |
| LENGTH | 23.56 |
| PROP65 | |
| WEIGHT | 28.2 |
| WARRANTY | 12 Months |
| EMISSIONS | Racing or Pre-Emissions Use Only |
| ATTRIBUTES | Hose Color:Stainless Steel;Bottle Color:Silver;Wire Gauge Measurement:16 GU;Switch Type:Push;Switch Terminal Quantity:1;Bottle Capacity:10 LB;Switch Terminal Type:Blade;Switch Terminal Gender:Male;Solenoid Terminal Gender:Male;Solenoid Terminal Quantity:2;Hose Material:Stainless Steel;Hose Length:14.0 FT;RGL:WARNING: This product can expose you to Chromium which is known to the State of California to cause cancer or birth defects or other reproductive harm. For more information visit www.P65warnings.ca.gov. |
| PCDB CATEGORY | Air and Fuel Delivery |
| COUNTRY OF ORIGIN | US |
| PART TERMINOLOGY | Nitrous Oxide Injection System Kit |
| VEHICLE SPECIFIC FITMENT | Y |
| INSTALLATION INSTRUCTIONS | https://sdda.semadata.org/Standard/Edelbrock/70003.pdf |
Datasheet — not yet published