A series of Micromar Micrometers offer capabilities to perform specialized measuring tasks. Micromar 40EWR micrometers feature a modern look and integrated wireless technology for data transmission.
- 40-EWR-R/40-EWRi-R micrometers with spherical and flat anvils for measuring wall thickness;
- 40-EWR-S/40-EWRi-S micrometers with non-rotating blade anvils for measuring grooves and slots;
- 40-EWR-B/40-EWRi-B micrometers with 3mm diameter measuring faces for recesses and spline shafts;
- 40-EWR-K/40-EWRi-K micrometers with blade and point contact for measuring wire crimps;
- 40-EWR-V/40-EWRi-V universal micrometer kits with interchangeable contacts for measuring diameters over balls, threads, and many other special lengths.
All Micromar 40 EWR/40-EWRi micrometers incorporate a large 10 mm digit high contrast display, tolerance limits to qualify the part, a built-in reference system for setting zero position only once, and a "hold" function (digital lock) that allows measured values to be "frozen" so they can be easily read. All are IP65 rated so users can have confidence they will work in some of the harshest manufacturing conditions.
This micrometer series can be ordered with a MarConnect data output (USB, RS-232 or Digimatic) or with Mahr’s wireless data transmission capability integrated within the digital micrometer. Mahr’s unique integrated wireless data transmission allows users to measure faster, more easily, and more reliably. Measurement data is transferred to an i-Stick on a computer without any interfering data cables, and MarCom software makes data acquisition simple: just take a measurement and transmit measuring data directly into Microsoft Excel or via a keyboard code into any Windows program or existing SPC application without the need for external transmitters or cumbersome cables. The micrometer confirms via a message on the display whether the data was transferred correctly. Additionally, Mahr’s patented integrated radio, and the innovative technology behind it, allows the measuring instrument to be very compact and consume very little energy.
