Gage heads

Spring and air assisted return options are available on the high accuracy LVDT based gauge heads. AC and DC outputs are offered. Operating temperatures to 150C.

  1. LBB air-extend series

    LBB air-extend series

    • 0.02" to 0.2" range
    • -40° to 70°C range
    • AC gage head
    • 0.2% Linearity
    • Double shielded

    LBB air-extend series

    The Linear Ball Bearing (LBB) series of dimensional gaging probes is engineered for highly precise and repeatable measurements in quality control and metrology applications. LBB within the gaging probe minimize radial play and friction for ultra-precise measurement.

  2. PCA 375 series

    PCA 375 series

    • 0.1" to 1" range
    • -40° to 70°C range
    • AC gage head
    • Null V 0.5%
    • IP66 protection

    PCA 375 series

    The PCA-375 Series gage heads combine simplicity with the time proven reliability of LVDT (Linear Variable Differential Transformer) technology resulting in a cost effective, long stroke industrial aging solution. The rugged PCA-375 was specifically designed for operation in harsher industrial environments with minimal available installation space. Measuring just 0.375” in diameter the PCA-375 affords non-intrusive, slim profile measurements, making it the perfect choice for high density fixtures as well as numerous other industrial applications.

  3. Digital LBB

    Digital LBB

    • 1-10mm range
    • 0°-60°C range
    • Digital output
    • Accuracy 0.05% 
    • Drop-in for Solartron Orbit ® 2

    Digital LBB

    The Ultimate-Precision Digital LBB gaging system consists of digital gaging probes daisy chained in a network using T-Connectors (available separately) with DE-9P and -9S connectors. Each Digital LBB gaging probe includes a highly repeatable analog AC LVDT (Linear Variable Differential Transformer) gaging probe guided with a precision linear ball bearing, mated to an in-line digital I/O signal conditioning module. The circuitry and firmware feature digital calibration and linearity correction of the digital output position signal with very high accuracy.