Model 1310S

Model 1310S Inline Camshaft Gage

The Adcole 1310 S is a high-speed, fully automated end-of-line camshaft measuring machine that features sub-micron accuracy and < 20 sec. cycle times.

The Adcole Model 1310S Inline Camshaft Gage can measure up to 28 features including lobes, journals, chatter, and timing references with sub-micron accuracy and repeatability.  Designed to be gantry or robot fed for 100% end-of-line inspection, this high-speed gage is fully automated to maintain the production machining process for up to 200 parts per hour in real-time.

 

Incorporating proprietary follower modules capable of 3,600 data points per revolution per follower, the Adcole Model 1310S Inline Camshaft Gage has an adjustable tailstock and headstock which engages all follower modules simultaneously.  To assure high reliability, there are a minimal moving mechanisms and the menu-driven software provides instant data collection.

Features at a Glance

  • High speed – cycle time < 20 Seconds
  • Camshaft – length up to 609 mm
  • Lobe numbers up to 20
  • Radial accuracy ±0.5 μ
  • Angular accuracy ±1.8”
  • Common follower module – inter
    exchangeable
  • Less moving mechanisms – better reliability
  • Modular design – easy trouble
    shooting and maintenance
  • Part number oriented fixture plate – quick
    retooling for part change-over
  • Correlative results to Adcole audit gage,
    e.g. Model 911, Model 1304, Model 1200
  • Affordable price – best performance to cost
    ratio
  • Low maintenance cost
  • Extended measuring functions, e.g. timing
    wheel (signal plate) angle, straightness
  • Integrated to process control – real-time
    data feedback to grinders via Ethernet

Available Options

  • Programmable parts elevator for accurate load/unload of parts into gage
  • Clean and calibration bar stand to be installed inline of the gantry
  • Part identification
  • Chatter Analysis Software for monitoring grinders and machining
  • Part rejection rack

Camshaft Measuring Parameters

  • Roundness (LSC, MIC, MCC, MZC)
  • Diameter (LSC, 2- point)
  • Surface chatter
  • Radius
  • Taper (with optional moving tailstock)
  • Eccentricity
  • Lift / Lift Error
  • Base circle radius
  • Velocity
  • Acceleration

  • Cylindricity
  • Radial runout
  • Concentricity
  • Center deviation
  • Lobing
  • Perpendicularity
  • Index angle
  • Lobe Height
  • Parallelism