Digital Indicator ID-N, IP66, ANSI/AGD Inch/Metric, 0,5", 0,00005" 543-576 Mitutoyo

  • Rating:
    0 reviews
  • Manufacturer:
  • Model:
    543-576
  • SKU:
    ID-N112E
  • Available:
    In stock
  • Model:
    ID-N112E
  • Alarm:
    Low voltage, counting value composition error, overflow error, tolerance limit setting error
  • Battery life:
    Approx. 7000 hours
  • Contact point:
    Carbide ball, thread: No.4-48UNF
  • Counting direction switchable:
    Yes
  • DATA/HOLD:
    Yes
  • Delivered:
    Including SR44 battery, certificate of inspection
  • Digimatic data output:
    Yes
  • Digital Scale:
    Electrostatic capacitance type absolute linear encoder
  • Digital step:
    0.00005"/0.0005"/0.001 mm/ 0.01 mm
  • Digital/Analog:
    Digital
  • Display:
    LCD, character height: 6.2 mm
  • External PRESET / ZERO:
    Yes
  • Functions:
    ANSI/AGD type
  • GO/±NG judgement:
    Yes
  • H MPE (Hysteresis):
    0.0001"/0.002 mm
  • Inch-Metric:
    Inch/Metric
  • Inch/Metric switchable:
    Yes
  • Mass:
    130
  • Max. Permissible Error E MPE (Total Range):
    ±0.00012"/0.003 mm
  • Max. response speed:
    Unlimited
  • Measuring force:
    ≤2,5 N
  • Measuring force MPL:
    ≤2.5 N
  • ON/OFF:
    Yes
  • Power supply:
    1 battery SR44
  • Protection:
    IP66
  • R MPE (Repeatability):
    0.0001"/0.002 mm
  • Range:
    0.5"/12.7 mm
  • Stem ∅:
    9.52 mm
  • Type:
    ASME/ANSI/AGD Standard
389.00€
In stock

Description

This is a slim back-plunger model that is highly resilient and robust.
The ABSOLUTE Digimatic Indicator ID-N offers you the following benefits:
  • It slim body design is ideal for multi-point measurements.
  • The ABSOLUTE sensor means you don‘t have to carry out origin setting every time you power it on, saving you time and hassle.
  • It has excellent resistance against water and dust (IP66 protection level) allowing you to use it in machining situations that include splashing coolant fluid.
  • Switchable display orientation gives you more mounting options.
  • You can perform GO/±NG judgement by setting the upper and lower tolerances.

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