Benefits
- Improvement Over Factory 75 Amp
- More Charging Capability
- Great for Underdrive Pulleys
- Re-Use your Stock Belt
Features
- Limited Lifetime Warranty
- 95 Amps of Charging Power
- 60 Amps at Idle (2000 alternator shaft RPM)
- 120 Amps Maximum (6000 alternator shaft RPM)
What's in the Box
- (1) Replacement Alternator
- (1) Hardware Pack
- (1) Instructions
1987-1993 Mustang PA Performance 95 Amp Alternator - 5.0
LMR is proud to supply PA-Performance alternators! PA-Performance offers 100% new, OEM designs with the newest technology. Expect new components and exceptional unit reliability because of OEM engineering. PA's 100% new units provide the maximum available voltage for optimum charging system performance. Say good-bye to low idle speed voltage when using underdrive pulleys! All PA Performance products feature a lifetime free replacement warranty against defects. All alternators will include instructions, plus everything needed for an easy installation!
Alternator Specs
- 60 Amps at idle (2000 alternator shaft RPM)
- 120 Amps maximum (6000 alternator shaft RPM)
- The stock belt can be used on original equipment vehicles
- Actual Alternator Weight is 13.6 lbs
- All units are 100% NEW and come complete with internal voltage regulator and pulley
Pulley Size
- Pulley Diameter 2.22" (56.45mm)
Installation Note
- Clearancing of the alternator bracket is required when installing this alternator. (see our 130 amp installation article)
- Modification to your wiring harness with the included wiring is required with the installation of this alternator
Alternator Max RPM
- The maximum Alternator shaft RPM is 16,000 RPM. This RPM is calculated by taking the crank pulled diameter and dividing it by the alternator pulley diameter. Then multiply it by the max engine RPM.
Underdrive Pulley Notice
- Charging performance is tested with stock size accessory drive pulleys. Underdrive pulleys will lower the alternator RPM thus preventing optimal charging at engine base idle speed.
PA Performance Limited Warranty - Click Here