fits year: 2012.

( Brand: Armstrong ), ( Manufacturer Part Number: 70-817 ), ( Type: Feeler Gauge ), ( Set Or Single Item: Set )
The Armstrong 70-817 Feeler Gauge Set is a must-have tool for any mechanic, automotive enthusiast, or DIY garage. This 12-piece gauge set comes in a compact and convenient plastic case, making it easy to transport and store. Each gauge is precision-made with high-carbon steel blades that provide accurate and reliable measurements between metal surfaces.
The set includes gauges ranging from 0.002 inches to 0.025 inches in thickness, allowing you to measure clearances in various applications with ease. The blades are color-coded for quick identification, ensuring that you always have the right gauge for the job at hand. The set also includes a protective plastic sleeve for the 0.012-inch gauge, which is commonly used for checking piston rings and valve clearances.
The Armstrong 70-817 Feeler Gauge Set is designed to provide accurate and consistent readings, even in the most demanding environments. The blades are hardened and tempered to ensure durability and longevity, while the handles are ergonomically designed for a comfortable grip. The set is also calibrated to meet or exceed ANSI/ASME B7.1-2016 standards, giving you the confidence that your measurements are precise and reliable.
The gauges are easy to use and require little maintenance. Simply place the gauge blades between the two surfaces you want to measure and read the clearance at the point where the blades touch. The set comes with a user-friendly instruction manual that provides detailed information on how to use and care for your feeler gauges.
In summary, the Armstrong 70-817 Feeler Gauge Set is an essential tool for anyone working on engines, transmissions, brakes, or any other application where accurate clearance measurements are required. Its precision-made blades, compact and durable design, and easy-to-use features make it an indispensable addition to any toolbox.
The Armstrong 70-817 Feeler Gauge Set is a popular choice among mechanics and DIY enthusiasts for measuring clearances and tolerances in various mechanical components. Here are some pros and cons of buying this particular feeler gauge set:
Pros:1. High-quality construction: The Armstrong feeler gauges are made of chrome-plated brass, which ensures durability and precision.
2. Wide range of thicknesses: This set includes 12 gauges with thicknesses ranging from 0.002 inches to 0.025 inches, allowing you to measure a wide range of clearances and tolerances.
3. Portable and compact: The small size of the feeler gauges makes them easy to carry and store, making them a convenient tool for mechanics and DIY enthusiasts.
4. Affordable: The Armstrong 70-817 Feeler Gauge Set is relatively affordable compared to other high-quality feeler gauge sets.
Cons:1. Limited thickness range: While this set covers a wide range of thicknesses, it may not be suitable for very small or very large clearances and tolerances.
2. Requires careful handling: Due to their thin and delicate nature, feeler gauges require careful handling to avoid bending or damaging them.
3. May not be suitable for high-temperature applications: The chrome-plated brass construction may not be suitable for use in high-temperature environments, as the chrome plating could potentially melt or peel off.
In conclusion, the Armstrong 70-817 Feeler Gauge Set is a high-quality, affordable, and portable tool for measuring clearances and tolerances in various mechanical components. Its wide range of thicknesses makes it a versatile tool for many applications, but its limited thickness range and the need for careful handling are potential drawbacks.
If you are looking for a high-quality feeler gauge set for general automotive or mechanical work, the Armstrong 70-817 set is a good choice. However, if you require a feeler gauge set for very small or very large clearances and tolerances, or for high-temperature applications, you may want to consider other options.
Armstrong 70-817 FEELER GAUGE SET 12PC 12, New old stock. See photos, R1D 0.