Review ASHCROFT Exhaust Pressure Tester Guage And Line Vintage
This vintage exhaust back pressure tester gauge and line from Ashcroft is an essential tool for diagnosing the compression vacuum of gasoline engines in passenger vehicles.
Item as described, well packed, excellent transaction. 10-01-23
Thank you for the quick delivery - the book will help me rebuild my TR6 10-01-23
Excellent service communication.. Thank you very much. 10-01-23
Beautiful! Love the piece. Thanks! 10-01-23
seller compressionvacu:
rating: 100.0%
city: wood way, Texas
# feedbacks: 6
engine type: gasoline, accessories: adaptor hose, type: pressure tester, vehicle type: passenger vehicle, maximum psi: 8 psi, category: auto parts > tools supplies > diagnostic service tools > compression vacuum testers, sku: 4379867645008431,
Review#1
by compressionvacu#1,
As listed and shipped fast (10-01-23)
Review#2
by compressionvacu#2,
Item as described, well packed, excellent transaction. (10-01-23)
Review#3
by compressionvacu#3,
Thank you for the quick delivery - the book will help me rebuild my TR6 (10-01-23)
Review#4
by compressionvacu#4,
Excellent service communication. A . Thank you very much. (10-01-23)
Review#5
by compressionvacu#5,
Beautiful! Love the piece. Thanks! (10-01-23)
Ashcroft 7215 Is Similar To:
514-08 Ashcroft Vintage Vacuum Compression(29.9% similar) I will do my best to help you. Items are sold in the same condition that I find or receive them which may mean they dusty and dirty from years of storage. There are multiple shipping options available. Vintage Ashcroft vacuum compression gauge images to I do not make money from shipping and only ...(December 18th, 2017)
R03-000 1008 Ashcroft Wilkerson 0-60 Psi Pressure(33.3% similar) All funds must clear our bank before delivery. We combine shipping on multiple orders. Flow RANGE0 to 16 cfm max. You can pay with credit card over the phone overall width regulators make an appointment. Flow regulators 13 cfm max. REGULATORS125 degrees f adjustment range, REGULATORS5 to 125 ...(January 24th, 2017)