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PAPS Digital Gauge Module Optional Accessory For Firenock Pro APS PAPS

$ 92.37

Availability: 100 in stock
  • MPN: Does Not Apply
  • All returns accepted: ReturnsNotAccepted
  • Condition: New with tags
  • Brand: Firenock

    Description

    Brand New
    PAPS Digital Gauge Module
    is an accessory for PAPS which gives you accurate and reliable spine deflection reading of your shaft.  Now, there is no more guessing how much your arrows are deflecting.
    To see how PAPS works, just type "
    Firenock PAPS
    " on YouTube
    - Photo 1 shown the main components of PAPS Digital Gauge Module
    - Photo 2 shown an example after set up (arrow, spine locating tower, track and vibrating generation module are not included)
    PAPS Digital Gauge Module consists of 4 components:
    1. Main Mounting Arm - It is CNC machined Aluminum to mount the Digital Gauge straightly onto the tower.
    2. Zero Reference support - Its function is to ensure the shaft is laid perfectly straight on PAPS (i.e. zero deflection), so you can zero your Digital Gauge before taking measurement and is
    equipped with custom crowned ball bearings for accurate and smooth operation
    .
    3. Brass weight - The brass weight is accurately machined to provide constant pressure on your shaft, thus you can measure your arrow deflection value easily and reliably.  When the brass weight is acting in the middle of a shaft on PAPS, it resembles a weight of 1.94lbs (880g) suspended from the center of a 28 inch (0.71m) arrow shaft.  This method follows the Standard Test Method for Measurement of Arrow Shaft Static Spine (Stiffness) / the American Society for Testing and Materials (ASTM) F2031-05.
    4. Digital meter - Large easy to read LCD display and reading can be "hold / memory / zero". Reading unit can be in inch (0.0005”) / metric (0.1mm) / fraction (1/64”). The 40mm plunger is made of GR5 Titanium for accurate measurement. The meter is powered by long lasting common 3V CR2032 batteries and it will auto shut off after 5 minutes of inactive operation.