How to troubleshoot RS-232 #2 communication error on Titan Logix Corp Measuring Instruments?
If you are experiencing an RS-232 #2 communication error with your Titan Logix Corp Measuring Instruments, check the RS-232 #2 connector and wiring connections. The display or the remote RS-232 device might be defective.
Why does my Titan Logix Corp Measuring Instruments display restart at erratic intervals?
If your Titan Logix Corp Measuring Instruments display restarts at erratic intervals, check the power supply wiring for intermittent or corroded connections. Also, ensure that the battery voltage is at least 8VDC and steady. If the issue persists, the Finch II Display may be faulty, and you may need to replace the unit.
What causes loss of power in Titan Logix Corp TD100?
If you experience a loss of power and no system operation with a blank display on your Titan Logix Corp Measuring Instruments, check the fuses, cable connections, wiring, and power switches. Ensure the power supply provides adequate operating voltage. Use a DMM to test points for battery voltage. If fuses keep blowing, verify that the fuse type and rating are appropriate for the application.
What to do if Titan Logix Corp Measuring Instruments input voltage is too high?
If the Titan Logix Corp Measuring Instruments indicates that the input voltage is too high, check the power supply for adequate operating voltage.
How to fix 'No strapping table' error on Titan Logix Corp TD100?
If the Titan Logix Corp Measuring Instruments displays 'Internal strapping table error, Alarms set, No strapping table', program the transmitter with a strapping table. The transmitter might be defective.
How to fix failure during Finch II system initialization on Titan Logix Corp Measuring Instruments?
If you experience a failure during Finch II system initialization with Titan Logix Corp Measuring Instruments, restart the display. If the problem persists, replace the display board or the entire display.
How to reduce turbulence affecting sample readings on Titan Logix Corp TD100?
To address the issue of too many samples being rejected due to turbulence in your Titan Logix Corp Measuring Instruments, move the probe to a less turbulent area of the tank.
Why Titan Logix Corp TD100 could not measure level?
If you are unable to measure the level with your Titan Logix Corp Measuring Instruments, it could be due to a bent or damaged probe. Try moving the probe location to a less turbulent area of the tank. Alternatively, the transmitter might be defective and need replacement.
What does 'Unknown fault condition has occurred' mean on Titan Logix Corp TD100 Measuring Instruments?
If the Titan Logix Corp Measuring Instruments displays an 'Unknown fault condition has occurred', replace the display.
What does '2 LO' during calibration mean on Titan Logix Corp TD100?
If the Titan Logix Corp Measuring Instruments display shows '2 LO' during calibration, power down the system, add more liquid to the tank, and recalibrate.
General| Brand | Titan Logix Corp |
|---|---|
| Model | TD100 |
| Category | Measuring Instruments |
| Language | English |
Procedures and requirements for returning products for service or credit.
Details regarding product warranty terms and conditions.
Information about document changes and company representations.
Disclosure of proprietary rights and restrictions on document usage.
Standard safety terms and conventions used in the manual.
Details on the TD100 Transmitter, Current Loop Transmitter, and Dual-Rod Probe.
Overview of optional components like Gateway, MIC 10, and Rack Control Module.
Technical specifications including power, accuracy, resolution, materials, and approvals.
Explains the safety spill prevention feature of the transmitter shear point.
Discusses how the probe senses liquid levels.
Defines the unreliable measurement zones at the top and bottom of the probe.
Explains the band clear region and its function in clearing Spill alarms.
Describes how the system learns and calibrates volume data.
Details alarm points on the probe for alerting critical levels.
Lists and explains alarms generated by the Finch II display.
Explains the Fail alarm source and indication for the Finch II.
Describes the 2Lo indication for low tank levels on the Finch II.
Lists and explains alarms generated by the 5332INT display.
Details the Fail alarm source and indication for the 5332INT.
Explains the 2Lo indication on the 5332INT display.
Overview of the Finch II display interface and functionality.
Describes how the Finch II display receives and shows data and controls relays.
Explains compartment select, horn bypass, and acknowledge button functions.
Outlines the different operating modes of the Finch II display.
Describes the sleep mode functionality and conditions.
Explains the 2Lo display indication in sleep mode.
Details the Fill/Fall alarm display indications and clearing.
Describes how the HH alarm is indicated and acknowledged.
Explains the Spill alarm indication and clearing procedure.
Details how to enter and perform calibration mode on the Finch II.
Explains the four independently controlled relays and their functions.
Shows factory settings for relay assignments and alarming states.
Overview of the 5332INT In-Cab display interface and functionality.
Describes how the 5332INT display receives and shows data and controls relays.
Explains arrow button use for alarms/acknowledgement on 5332INT.
Describes the 4-digit display and units overlay on the 5332INT.
Outlines the different operating modes of the 5332INT display.
Describes the sleep mode for the 5332INT display.
Explains the Monitor Mode for the 5332INT display.
Details how to set Fill/Fall alarms on the 5332INT display.
Explains the 2Lo display indication on the 5332INT.
Details how to enter and perform calibration mode on the 5332INT.
Preparations and requirements before starting installation.
Lists required tools and Titan Logix supplied parts for installation.
Steps for physically mounting the TD100 system components.
Detailed instructions for installing the dual-rod probe into the tank.
Instructions for aligning and welding tank fittings for probe mounting.
Instructions for mounting the anchor cone to support the probe.
Steps for cutting the probe to the correct length and installing it.
Instructions for mounting and connecting the TD100 transmitter to the probe.
Guidelines for installing the Finch II or 5332INT displays.
Instructions for installing optional accessories like lights and horns.
General guidelines and precautions for electrical connections.
Basic system wiring diagram and instructions for connecting components.
Detailed wiring schematic for connecting the TD100 transmitter.
Wiring instructions for connecting Finch II relays.
Wiring diagram and instructions for the 5332INT display.
Wiring instructions for the optional 4-20mA current loop.
Specific wiring steps for the current loop without Finch II.
Initial setup and programming of the TD100 transmitter using software or displays.
Configuration and programming details for the Finch II display.
Configuration of the 4-20mA current loop option.
Steps to follow after installation and configuration for system startup.
Procedures for calibrating the TD100 transmitter offset.
Calibration using a loaded and metered volume.
Calibration using an unloaded and metered volume.
Calibration using a measured level.
Procedure for resetting the Spill alarm.
Describes how offset calibration can bypass the Spill alarm.
Lists tools and equipment needed for troubleshooting.
Lists TD100 error codes, descriptions, and possible solutions.
General troubleshooting for system wiring and component failures.
Troubleshooting for the 4-20mA current loop system.
Recommendations for repairing damaged components or cabling.
Periodic visual inspection guidelines for system components.
Visual diagram showing the location of TD100 system components.
To Next Page
