Value Collection 615-7209 Feeler Gage Set 26 Piece

Product Description

The VALUE COLLECTION 615-7209 is a 26-piece feeler gage set used to measure clearances and gaps with precision in mechanical and engine service applications. Each leaf is made from tempered steel and ranges from 0.0015 to 0.025 inches in thickness, giving technicians a broad range of measurements in a single compact set. Leaves measure 3.5 inches in length and 0.5 inches in width, making them easy to insert into tight spaces. This set is a standard tool for HVAC technicians, mechanics, machinists, and electricians working with equipment that requires close-tolerance gap checks such as spark plugs, valve clearances, and contactor gaps.

This feeler gage set is suited for both residential and commercial service work where gap measurement is required. Common applications include checking contact gap on electrical contactors, burner electrode spacing on gas furnaces and boilers, and mechanical clearances on motors and compressors. The 26-leaf assortment covers a wide range of common tolerances, reducing the need for multiple individual gages on a service call. The compact leaf length keeps the set manageable in a tool pouch or service bag.

Key Features

• 26 tempered steel leaves covering 0.0015 to 0.025 inches thickness range
• Leaf length of 3.5 inches fits into confined clearance points
• Leaf width of 0.5 inches for stable, consistent contact during measurement
• Tempered steel construction resists deformation and corrosion from shop use
• Full metric equivalent range of 0.03 to 0.63 mm for dual-unit reference

Compatibility

Designed as a general-purpose feeler gage set suitable for mechanical, HVAC, electrical, and engine service applications requiring gap measurement in the 0.0015 to 0.025 inch range.

Installation Notes

Feeler gages are a measurement tool and do not require installation, but safe use practices apply. Always power down and de-energize equipment before inserting a feeler gage near electrical contacts or moving components. Do not force a leaf into a gap that is too tight, as this can deform the leaf and compromise measurement accuracy. Clean leaves before and after use to prevent contamination that can affect readings.