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General| Brand | Millimar |
|---|---|
| Model | C 1208 |
| Category | Measuring Instruments |
| Language | English |
Describes available versions: C 1208/C 1216 M, T, F; C 1208 PE; C 1240 M.
Symbol indicating general information within the operating instructions.
Symbol indicating crucial information for correct operation or safety.
Guidelines for environmentally friendly disposal of electronic devices and batteries.
Conditions related to storage temperature and humidity that invalidate the warranty.
Guidelines for safe connection, voltage checks, and power socket usage.
Precautions for probe connection, environment, handling, and cleaning.
Steps for unpacking, connecting power, probes, and initial display settings.
Setting language, units, display range, and probe connection formulas.
How to navigate through the instrument's function and parameter catalog using keys.
Step-by-step guide on changing numerical values for various settings.
Introduces the display and keypad as primary control interfaces.
Explains the operation of MENU, DATA, and MASTER keys for navigation and input.
Describes the ESC key's role in navigating menus and exiting modes.
Steps to restore the instrument to its original factory settings via the ESC key.
How to select and change the display range for measurements.
Explains the programmable SELECT key for quick access to functions.
Details the function of TEST and START keys for setup and measurement.
Describes the meaning and use of status lamps for measurement feedback.
Details the setup and use of the serial RS 232 interface for data transfer.
Explains the parallel interface for connecting external devices and signals.
Procedure to set the user interface language.
How to adjust the screen contrast for optimal visibility.
How to choose between millimeters, micrometers, or inches for measurement display.
Configuring the number of decimal places and display format for measured values.
Setting whether one or two features are displayed simultaneously.
Steps for correctly inserting and positioning probes for accurate measurements.
Explains variations in probe sensitivity and when alignment is necessary.
Procedure for calibrating the measuring channel for probe C1.
Steps to align the sensitivity of the probe connected to C2 with C1.
How to input a correction factor for feature calculation based on measurement tasks.
Choosing the formula for calculating features based on probe inputs.
Choosing the type of feature to be calculated (NORMAL, MAX, MIN, etc.).
Explanation and process for performing a one-point master measurement.
Explanation and process for performing a two-point master measurement.
How to choose between one-point or two-point master measurement.
Procedure to input the nominal master value for one-point measurements.
Procedure to input nominal master values for two-point measurements.
Step-by-step guide to perform a one-point master measurement.
Step-by-step guide to perform a two-point master measurement.
How to set upper and lower tolerance limits for workpiece acceptance.
How to set warning limits to identify trends before tolerance breaches.
Assigning colors to status lamps for warning and tolerance limit breaches.
Setting plausibility limits to validate measured value ranges.
Adjusting filter parameters to reduce interference in measurements.
Selecting operating modes like NORMAL or AUTOM. for measurement sequences.
Explains the NORMAL and AUTOM. operating modes for measurements.
Configuring a delay before measurement starts to allow oscillations to subside.
How to set up a password to protect catalog functions and parameters.
Step-by-step guide to measure the thickness of a workpiece.
Step-by-step guide to measure the height of a step.
Procedure for measuring radial run-out deviation of a workpiece.
Explanation of memories for max, min, and mean values during measurements.
Choosing communication protocols (ASCII, M1240, etc.) for serial data transfer.
Configuring data bits, stop bits, and parity for serial data transfer.
Setting up hardware or software handshake for data flow control.
Setting the data transfer speed (bits per second) for serial communication.
Choosing manual or automatic initiation for data transfer via serial interface.
Recommended settings for transferring data to Mahr MSP2 or ASCII printers.
Recommended settings for transferring data to a computer via serial interface.
Circuit diagram showing how to connect the instrument to a PC using a zero-modem cable.
Table detailing the pin functions and designations of the 25-pin interface.
Explains how to use digital outputs and their various operating modes.
Explains how to assign functions to digital inputs and their operating modes.
Illustrates connecting to programmable controllers and devices without power supplies.
How to select which feature is outputted via the analog output.
Configuring the sensitivity of the analog output signal based on desired voltage.
Lists common error messages, their causes, and suggested remedies.
Provides general data like dimensions, weight, power supply, and protection rating.
Technical details on carrier frequency for different models and excitation voltage.
Specifies the measuring ranges and maximum resolution capabilities.
Details response times for outputs and error limits for various displays.
Details on how to contact Mahr GmbH for support and inquiries.
Information regarding warranty duration, conditions, and exclusions.
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