Value Collection 600-9301 Outside Micrometer 16 Inch

Product Description

The VALUE COLLECTION 600-9301 is a mechanical outside micrometer designed for precise linear measurement of external dimensions. It covers a full 16-inch measurement range with a graduation of 0.001 inches, making it suitable for high-accuracy inspection tasks in fabrication, machining, and toolroom environments. The ratchet stop thimble provides consistent measuring pressure across readings, reducing operator error. Measuring faces are constructed from solid carbide for long-term wear resistance. The satin chrome coating minimizes glare under shop lighting and resists corrosion. A protective carrying case is included for storage and transport.

This micrometer is used in machine shops, manufacturing facilities, and quality control settings where large-diameter or long workpiece measurement is required. It is appropriate for machinists, metrology technicians, and tool-and-die professionals who need dependable measurement over an extended range. The 16-inch capacity accommodates large shafts, bores, castings, and structural components that smaller micrometers cannot reach.

Key Features

• 16-inch maximum measurement range for large workpiece inspection
• 0.001-inch graduation for precise dimensional readings
• Ratchet stop thimble ensures consistent and repeatable measuring pressure
• Solid carbide measuring faces resist wear over extended service life
• Satin chrome finish reduces glare and provides corrosion resistance
• Includes protective carrying case for safe storage and transport

Compatibility

Designed as a general-purpose mechanical outside micrometer suitable for standard inch-system measurement applications in machining and inspection environments.

Installation Notes

This instrument requires no installation. Prior to use, clean measuring faces and verify calibration against a known standard or gauge block set. Store in the included case when not in use to protect measuring faces and the thimble mechanism. Handle with care to avoid dropping, which can affect calibration and spindle alignment.