LaserLinc 122 - User Manual

Quick Start Guide
Sheet 9
Installing Laser Micrometers in Total Vu
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Before proceeding with this quick start sheet, you should already have completed all previous (lower
numbered) quick start sheets. This Quick Start Guide presents the procedure for installing laser
micrometers for use with Total Vu software.
Step 1: Start the Total Vu Software and go to the Configure>Full Configuration>Scanners Screen. Double click on the
“Add Scanner” Icon.
Step 2: On the first Screen, select the manufacturer of the scanner to be installed. If it is a LaserLinc Scanner,
proceed to the section on the screen where the Serial number for the gauge is entered. All LaserLinc gauges have a
label with the serial number printed on it. Enter all six digits that make up the serial number and then check to see if
the description that appears in the window at the bottom of the screen matches the gauge being installed. If all of the
information on this screen is correct, press the Next button on the bottom of the screen.
Note: If the description does not appear at the bottom of the screen and a message appears saying that the serial
number entered is not in the TLAserX22.ini file, an updated calibration file is needed before proceeding. Close the
Total Vu Software. Place the following link into the address box of an Internet browser to download the latest file
from LaserLinc.
http://public.laserlinc.com/TLAserX22.ini
Copy the downloaded file into the Total Vu directory on your hard Drive (usually C:\Program Files\LaserLinc\Total
Vu) overwriting the file that is already there by the same name. Restart the Total Vu software, return to Step 1 above,
and start this procedure again.

Summary

Installing Laser Micrometers in Total Vu

Step 1: Start Total Vu Software

Start Total Vu Software and navigate to the Configure>Full Configuration>Scanners Screen.

Step 2: Configure Scanner

Select scanner manufacturer, enter serial number, and verify details.

Step 3: Assign Scanner Channel

Select a channel for the scanner and consult the channel assignment table.

Step 4: Configure Micrometer Settings

Set Glass Logic and the number of scanning facets for the micrometer.

Step 5: Configure Ignore Scans Setting

Set the Ignore Scans screen; default is off for standard applications.

Step 6: Name the Scanner

Enter a name for the scanner to be used in the Total Vu application.

Step 7: Handle Calibration Required Message

A message indicates calibration is needed; refer to the calibration wizard.

Overview

1. Function Description
2. Important Technical Specifications (Implied/Derived)
3. Usage Features
4. Maintenance Features (Implied)

This document, "Quick Start Guide Sheet 9: Installing Laser Micrometers in Total Vu," outlines the procedure for integrating LaserLinc laser micrometers with the Total Vu software. It is intended for users who have already completed previous quick start sheets.

Function Description:

The primary function of this guide is to walk users through the installation and initial configuration of LaserLinc laser micrometers within the Total Vu software environment. This process involves identifying the scanner, assigning it to a specific channel, configuring basic operational parameters like "Glass Logic" and scanning facets, and finally, naming the scanner within the application. The ultimate goal is to enable the Total Vu software to recognize and utilize the connected laser micrometers for measurement tasks.

Important Technical Specifications (Implied/Derived):

• Scanner Compatibility: The guide specifically mentions "LaserLinc Scanner" and "TLAser Micrometer Model" numbers (122, 222, 203, 160, 230, 260, 2120, 312, 330), indicating that the procedure is tailored for these specific LaserLinc devices.
• Total Vu Software: The installation is entirely dependent on the Total Vu software, which serves as the interface and control hub for the micrometers.
• TLAser400 Card: The installation process heavily references the "TLAser400 card" and its channels (Channel 1, 2, 3). This card appears to be a crucial hardware component for interfacing the micrometers with the computer system running Total Vu.
• Channel Capacity: The TLAser400 card has specific channel assignments depending on the micrometer model. For example, some configurations allow for "Limit 2 micrometers per TLAser400 card with direct connect cables," while others allow "Limit one 3 axis micrometer per TLAser400Card." A note also mentions that "Certain Configurations allow up to four laser micrometers of any brand to be connected to a TLAser400 card," suggesting flexibility in the number and type of micrometers supported, potentially with the aid of a "cable condenser box."
• Calibration File (TLAserX22.ini): A critical technical aspect is the TLAserX22.ini file. This file contains updated calibration data for the gauges. If the serial number entered for a gauge is not found in this file, an updated version must be downloaded and installed. This highlights the importance of having current calibration data for accurate measurements.
• Serial Number: Each LaserLinc gauge has a unique six-digit serial number, which is essential for identification and proper configuration within the Total Vu software.

Usage Features:

• Guided Installation: The document provides a step-by-step wizard-like approach to installation, starting with launching Total Vu and navigating through specific configuration screens.
• Scanner Identification: Users are guided to select the manufacturer (LaserLinc) and enter the serial number of the scanner. The software then attempts to match this with a description to confirm the correct gauge.
• Channel Assignment: Users must select an available channel on the TLAser400 card for the scanner. The guide provides a table mapping micrometer models to appropriate TLAser400 channels. If a desired channel is unavailable, it indicates that another scanner might already be assigned to it.
• "Glass Logic" Configuration: This feature allows users to enable or disable "Glass Logic," which is specifically for measurements of transparent objects. The default is off, and it should remain off unless transparent objects are being measured.
• Scanning Facets: The number of scanning facets can be specified, though the default setting is generally sufficient for most applications.
• "Ignore Scans" Screen: This screen is noted as being for "certain piece part applications" and is generally not necessary for standard use, suggesting it can be left in its default or off condition.
• Scanner Naming: Users are prompted to enter a descriptive name for the installed scanner, which will be used for identification within the Total Vu application.
• Calibration Requirement: After initial installation, the system explicitly states that the scanner "must be calibrated" to complete its configuration, directing users to a subsequent quick start guide for calibration procedures. This emphasizes that installation is only the first step towards operational readiness.
• Error Handling (Calibration File): The guide includes a specific procedure for handling situations where the scanner's serial number is not found in the TLAserX22.ini file. This involves downloading an updated file from a provided URL and replacing the existing one in the Total Vu directory.

Maintenance Features (Implied):

• Calibration File Updates: The necessity of updating the TLAserX22.ini file when a serial number is not recognized implies an ongoing maintenance requirement for keeping calibration data current. This ensures that the software has the most accurate information for the connected gauges. The process involves downloading a file from LaserLinc's public server and copying it to the Total Vu installation directory.
• Software Restart: After updating the calibration file, users are instructed to restart the Total Vu software, which is a common maintenance step to ensure changes are properly applied.
• Troubleshooting Channel Conflicts: The instruction to "Not Assigned" a channel if it's already in use suggests a basic troubleshooting step for channel conflicts, ensuring that each scanner has a unique and appropriate connection.

In summary, this guide provides a comprehensive, step-by-step process for integrating LaserLinc laser micrometers with the Total Vu software, covering initial setup, configuration options, and essential troubleshooting related to calibration files. It highlights the importance of accurate serial number entry, correct channel assignment, and the subsequent need for calibration to achieve precise measurements.

LaserLinc 122 Specifications