Noga NF1024 Indicator Positioner Holder Fine Adjustment

Product Description

The NOGA NF1024 is an indicator positioner holder designed for precise dial indicator and test indicator placement in machining, inspection, and metrology applications. It features a fine adjustment mechanism for accurate positioning, an articulated arm measuring 128.50 mm in length and 8.00 mm in diameter, and a rectangular magnetic base that secures firmly to ferrous machine surfaces. Weighing 1.15 pounds, the NF1024 is a compact, field-ready tool used by machinists, toolmakers, and quality-control technicians who require repeatable indicator placement during setup and inspection work.

The NF1024 is suited for use in machine shops, fabrication environments, and inspection stations where dial indicators or test indicators must be held at a fixed, adjustable position. The magnetic base attaches to mill tables, surface plates, lathe beds, and similar ferrous surfaces. The articulated arm allows multi-angle positioning, and the fine adjustment feature enables small, controlled movements without disturbing the overall setup. This holder is appropriate for both production floor use and precision inspection benchtop work.

Key Features

• Fine adjustment mechanism for controlled, precise indicator positioning
• Articulated arm provides multi-directional reach and angular flexibility
• Rectangular magnetic base mounts securely to ferrous surfaces
• Arm length of 128.50 mm with 8.00 mm arm diameter
• Accepts indicators with a 3/8-inch clamping diameter
• Includes holder and magnetic base with arm as a complete assembly

Compatibility

Designed as an OEM-style replacement or direct-use holder compatible with dial indicators and test indicators using a 3/8-inch clamping stem, typical of standard indicator positioner applications on ferrous work surfaces.

Installation Notes

A machinist or quality-control technician typically installs this holder by activating the magnetic base against a clean, flat ferrous surface before positioning the arm. Ensure the mounting surface is free of chips, coolant, and debris to achieve full magnetic holding force. Adjust the articulated arm and fine adjustment control with the indicator loaded to avoid drift after final lock-down. Do not mount on non-ferrous surfaces, as the magnetic base will not hold.