How to fix calibration coefficient out of range on LACO Technologies Security Sensors?
If your LACO Technologies Security Sensors display 'Calibration coefficient is out of range', check that dynamic calibration is done under the specified conditions.
What to do if ambient temperature is too high and pump fan is obstructed in LACO Technologies Security Sensors?
If the ambient temperature is too high and the pump fan is obstructed in your LACO Technologies Security Sensors, allow the pump to cool down, check the room temperature, and clean the fan.
What to do if ambient temperature is too high and fan is defective in LACO Technologies Security Sensors?
If the ambient temperature is too high and the fan is defective in your LACO Technologies Security Sensors, ensure the leak detector is used in the required temperature tolerance and replace the fan.
How to troubleshoot lack of sensitivity in LACO Technologies Security Sensors?
If your LACO Technologies Security Sensors show a lack of sensitivity, first, place the switch to the ON position. Second, check the calibrated leak parameters.
What to do if the measured leak value is too high on LACO Technologies Security Sensors?
If your LACO Technologies Security Sensors have a measured leak value that is too high, check the calibrated leak parameters.
What to do if background is too high for calibration in LACO Technologies Security Sensors?
If the background is higher than 20% of the calibrated leak value of reference for the calibration in your LACO Technologies Security Sensors, degas the analyzer cell by pumping in the cell for 10 minutes, and then launch a calibration.
How to fix Filament 2 defective error on LACO Technologies Security Sensors?
If your LACO Technologies Security Sensors display 'Filament 2 defective', change filament 2.
What to do if both filaments are defective in LACO Technologies Security Sensors?
If your LACO Technologies Security Sensors display 'Two filaments defective', change both filaments.
How to turn on filament in Spectro menu of LACO Technologies Security Sensors?
If your LACO Technologies Security Sensors display 'Filament switched off (OFF) in the Spectro menu', switch on the filament (ON) in the Spectro menu and launch an autocalibration.
What to do if analyzer cell pressure is too high in LACO Technologies Security Sensors?
If your LACO Technologies Security Sensors display 'Analyzer cell pressure too high', degas the analyzer cell by pumping in the cell for 10 minutes and then launch a calibration.
Identifies the intended audience for this operating manual.
Lists all applicable documents referenced within the manual.
Explains how warning messages are presented and their severity.
Defines the proper applications and limitations for the leak detector.
Details prohibited uses that may void warranties and cause damage.
Outlines responsibilities for operating and maintaining the equipment.
Specifies qualifications and duties for personnel operating the device.
Highlights significant hazards related to electrical and chemical substances.
Provides instructions and precautions for safely moving the leak detector.
Specifies the recommended environmental conditions for storing the device.
Explains the core capabilities and leak testing methods of the detector.
Lists the main components included with the leak detector assembly.
Details the different physical models and their specifications.
Presents detailed specifications and performance parameters for all models.
Guides on proper placement and environmental considerations for installation.
Details how to connect various ports and accessories to the detector.
Instructions for safely connecting the device to an electrical power source.
Overview of available ports and their functions for connectivity.
Checks and conditions required before powering on the leak detector.
Step-by-step guide for starting up the TITAN VERSA leak detector.
Procedure for safely shutting down the TITAN VERSA leak detector.
Covers essential operational principles and methods for leak testing.
Instructions for calibrating the leak detector for accurate measurements.
Explains methods for performing leak tests using vacuum techniques.
Details on how to perform leak detection using the sniff method.
Description of the touchscreen display, buttons, and navigation elements.
Configuration options for various test parameters and modes.
Menu for configuring calibrated leak standards and starting calibration.
Configuration options for mass spec, units, communication, and display.
Access to maintenance schedules, counters, and system information.
Access to advanced parameters for qualified technicians, use with caution.
Table of default parameter values and corresponding serial commands.
Guide to identifying and resolving common warnings and fault conditions.
Critical safety precautions and requirements before performing maintenance.
Lists essential personal protective equipment (PPE) for maintenance tasks.
Lists tools and parts included in the maintenance kit and their uses.
Schedule of recommended maintenance tasks and their required intervals.
Procedures for removing the front and back covers for access.
Details on fuse types, locations, and replacement procedures.
Procedures for recalibrating and replacing the calibrated leak standard.
Information and procedures for maintaining the turbo pump, including oil wick replacement.
Maintenance procedures specific to the VERSA T wet pump.
Maintenance procedures specific to the VERSA T dry pump.
List of available accessories for the TITAN VERSA leak detector.
Contains supplementary data including conversions and flow regimes.
Table for converting between different leak rate units.
Table for converting between various pressure units.
General| Brand | LACO Technologies |
|---|---|
| Model | TITAN VERSA C |
| Category | Security Sensors |
| Language | English |
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