Mlll Pro - Digital readouts, DRO, Magnum Measuring Systems, sargon

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Clearing MEC factor l. In NOR mode, press the X or Y or Z key to selecthe appropriate axis. All but the leading zero will be blanked and the decimal point will flash for the selected axis. 2. Set the MEC switch 1at rear of unit) to GAL. The uncompensated dimension will be displayed for the cleared axis. 3. Retum the MEG switch to OFF. General MEC calibration notes . The MEC procedure is performed on one axis at a time. ' For best results the Mill Pro should be calibrated in the units (inch or mm) in which it will be used. ' The Mill Pro should be calibrated on the table areathat is most commonly used. ' Absolute and incremental modes have the same calibration factor for a given axis. Calibrating MEC 1. Switch to NOR mode. 2. Clear the MEC factor as described above. 3. Measure the gauge block (with the Mill pro) using standard machine shop procedures and practices. 4. X ory orZ key for that axis. All but the leading zero will be blanked and the decimal point will flash for the selected axis. 5. Use the numeric keypad to key in the true value (the actual certified gauge block length). 6. Set the MEG switch (at rear of unit) to CAL, then retum it to OFF, The compensated dimension will be displayed for this axis. 7. Measure the gauge block again to ensure the Mill Pro is now properly calibrated. 8. Repeathe procedure for the remaining axes ifrequired. 31
RS2 32 Fu nctions (Option) Description The RS232 option consists of two serial ports designated "COMPUTER" and "PRINTER" installed on the back panel of the Mill Pro. RS232 is the communication medium between the Mill Pro and the computer (and/or the printer). The communication code is ASCII. The printer and the computer may be used independent of each other. Information can be sent from the Mill Pro to the printer, using the Mill Pro keypad, whether a computer is connected or not. If a computer is also connected, information can be sent from the Mill Pro to the printer using the computer keyboard Information can also be sent from the computer, using the computer keyboard, to the Mill Pro. Connector pin assignments Cable Both connectors on the DRO are female D825, their pin assignments and signals are: Pin Number 2 3 4 5 7 Function Tx Rx RTS CTS Signal Ground NULL MODEM CABLE with at least one male (for the Mill Pro) DB25 connector. Computer setup A Terminal or Personal Computer can interface with the Mill Pro through the serial port. If using Microsoft Windows 3.x, choose Program Manager \ Accessories \ Terminal. If using Microsoft Windows 95/98, choose Programs \ Accessories \ Hyper Terminal. Printer setup A serial printer can interface with the Mill Pro provided they have the same protocol settinss. A1
Page 1 and 2: Mlll Pro PROGRAMMABLE MILL DISPLAY
Page 3 and 4: While MENU is displaying, press X,
Page 5 and 6: Preparation For Use Unpacking Inspe
Page 7 and 8: Cleari ng Al I Memory CAUTION The f
Page 9 and 10: Scale resolutions (countinue) rE1 0
Page 11 and 12: NOR mode and MENU NOR mode Press an
Page 13 and 14: Absolute and Dual Incremental Modes
Page 15 and 16: Cartesian and Polar Goordinates Des
Page 17 and 18: Bolt hole pattern around a portion
Page 19 and 20: Running a bolt hole pattern frN Efr
Page 21 and 22: Creating a line hole program You ca
Page 23 and 24: 12 CONVEX Description A convex surf
Page 25 and 26: START machining (continue) THE COVE
Page 27 and 28: Creating a CONCAVE program There is
Page 29 and 30: 14 REFERENCE MARKER Description Ent
Page 31: 15 Machine Error Gompensation Descr
Page 35 and 36: Keyboard equivalents Most of the Mi
Page 37: BOLT HOLE Radius = 2.0000 inches St

Mlll Pro - Digital readouts, DRO, Magnum Measuring Systems, sargon

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